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UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
32, ENT35
90, ENT37
104, ENT124
src, edge_attr, dst
32, REL26, 90
104, REL26, 90
Question: In what context are ENT35 and ENT124 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT35", "ENT124"], "valid_edges": [["ENT35", "REL26", "ENT37"], ["ENT124", "REL26", "ENT37"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
4, ENT24
55, ENT29
61, ENT57
17, ENT71
36, ENT130
src, edge_attr, dst
4, REL26, 61
4, REL26, 17
55, REL34, 36
61, REL26, 17
36, REL10, 55
36, REL26, 17
Question: In what context are ENT24 and ENT29 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT24", "ENT29"], "valid_edges": [["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT29", "REL34", "ENT130"], ["ENT57", "REL26", "ENT71"], ["ENT130", "REL10", "ENT29"], ["ENT130", "REL26", "ENT71"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
74, ENT9
87, ENT14
65, ENT39
62, ENT43
85, ENT46
41, ENT48
34, ENT50
69, ENT61
101, ENT62
109, ENT64
7, ENT66
100, ENT67
29, ENT70
75, ENT83
70, ENT98
44, ENT104
93, ENT115
113, ENT116
104, ENT124
8, ENT126
116, ENT133
src, edge_attr, dst
112, REL26, 34
74, REL35, 116
87, REL2, 8
87, REL5, 69
87, REL5, 109
87, REL26, 112
87, REL26, 34
65, REL26, 112
65, REL26, 34
62, REL26, 112
62, REL26, 34
62, REL26, 70
85, REL26, 74
85, REL35, 116
41, REL26, 34
41, REL26, 29
41, REL43, 29
101, REL26, 112
101, REL26, 34
101, REL26, 70
7, REL26, 112
7, REL26, 34
7, REL26, 70
100, REL6, 62
100, REL6, 101
100, REL6, 7
100, REL6, 70
100, REL28, 62
100, REL28, 101
100, REL28, 7
100, REL28, 70
29, REL26, 34
29, REL43, 41
75, REL26, 112
75, REL26, 34
70, REL26, 112
70, REL26, 34
44, REL6, 62
44, REL6, 101
44, REL6, 7
44, REL6, 70
44, REL28, 62
44, REL28, 101
44, REL28, 7
44, REL28, 70
93, REL6, 62
93, REL6, 101
93, REL6, 7
93, REL6, 70
93, REL28, 62
93, REL28, 101
93, REL28, 7
93, REL28, 70
113, REL20, 112
113, REL20, 87
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 7
113, REL20, 75
113, REL20, 70
113, REL20, 8
104, REL6, 62
104, REL6, 101
104, REL6, 7
104, REL6, 70
104, REL28, 62
104, REL28, 101
104, REL28, 7
104, REL28, 70
8, REL2, 87
8, REL5, 69
8, REL5, 109
8, REL26, 112
8, REL26, 87
8, REL26, 34
116, REL21, 87
116, REL21, 8
Question: In what context are ENT50 and ENT133 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT50", "ENT133"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT9", "REL35", "ENT133"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL35", "ENT133"], ["ENT48", "REL26", "ENT50"], ["ENT48", "REL26", "ENT70"], ["ENT48", "REL43", "ENT70"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT70", "REL26", "ENT50"], ["ENT70", "REL43", "ENT48"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"], ["ENT133", "REL21", "ENT14"], ["ENT133", "REL21", "ENT126"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
115, ENT7
32, ENT35
src, edge_attr, dst
32, REL42, 115
Question: For what reason are ENT7 and ENT35 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT7", "ENT35"], "valid_edges": [["ENT35", "REL42", "ENT7"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
14, ENT4
74, ENT9
127, ENT12
87, ENT14
132, ENT34
51, ENT36
90, ENT37
65, ENT39
79, ENT42
62, ENT43
85, ENT46
3, ENT52
101, ENT62
15, ENT63
109, ENT64
7, ENT66
100, ENT67
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
18, ENT107
49, ENT110
129, ENT119
105, ENT121
27, ENT122
104, ENT124
8, ENT126
src, edge_attr, dst
10, REL21, 87
10, REL21, 8
10, REL24, 15
10, REL24, 18
10, REL26, 90
10, REL26, 15
10, REL36, 112
10, REL36, 87
10, REL36, 65
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 75
10, REL36, 70
10, REL36, 105
10, REL36, 8
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
14, REL24, 127
14, REL26, 49
74, REL26, 49
74, REL35, 14
74, REL35, 127
127, REL26, 49
87, REL5, 10
87, REL5, 3
87, REL5, 15
87, REL5, 18
87, REL26, 112
51, REL26, 49
65, REL26, 112
79, REL26, 49
62, REL26, 112
62, REL26, 70
85, REL26, 74
85, REL26, 49
85, REL35, 14
85, REL35, 127
3, REL21, 87
3, REL21, 8
3, REL24, 10
3, REL24, 15
3, REL24, 18
3, REL26, 90
3, REL26, 15
3, REL36, 112
3, REL36, 87
3, REL36, 65
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 75
3, REL36, 70
3, REL36, 105
3, REL36, 8
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
101, REL26, 112
101, REL26, 70
15, REL21, 87
15, REL21, 8
15, REL26, 90
15, REL36, 112
15, REL36, 87
15, REL36, 65
15, REL36, 62
15, REL36, 101
15, REL36, 7
15, REL36, 75
15, REL36, 70
15, REL36, 105
15, REL36, 8
15, REL41, 132
15, REL41, 51
15, REL41, 79
15, REL41, 91
15, REL41, 46
15, REL41, 53
15, REL41, 129
15, REL41, 27
15, REL46, 132
15, REL46, 51
15, REL46, 79
15, REL46, 91
15, REL46, 46
15, REL46, 53
15, REL46, 129
15, REL46, 27
109, REL42, 10
109, REL42, 3
109, REL42, 15
109, REL42, 18
7, REL26, 112
7, REL26, 70
100, REL6, 62
100, REL6, 101
100, REL6, 7
100, REL6, 70
100, REL6, 105
100, REL26, 90
100, REL28, 62
100, REL28, 101
100, REL28, 7
100, REL28, 70
100, REL28, 105
100, REL29, 18
100, REL41, 132
100, REL41, 91
100, REL41, 129
75, REL26, 112
46, REL26, 49
53, REL26, 49
70, REL26, 112
18, REL21, 87
18, REL21, 8
18, REL24, 15
18, REL26, 90
18, REL26, 15
18, REL36, 112
18, REL36, 87
18, REL36, 65
18, REL36, 62
18, REL36, 101
18, REL36, 7
18, REL36, 75
18, REL36, 70
18, REL36, 105
18, REL36, 8
18, REL41, 132
18, REL41, 51
18, REL41, 79
18, REL41, 91
18, REL41, 46
18, REL41, 53
18, REL41, 129
18, REL41, 27
18, REL46, 132
18, REL46, 51
18, REL46, 79
18, REL46, 91
18, REL46, 46
18, REL46, 53
18, REL46, 129
18, REL46, 27
129, REL2, 10
129, REL2, 3
129, REL2, 15
129, REL2, 100
129, REL2, 18
129, REL2, 104
105, REL26, 112
105, REL26, 70
105, REL46, 27
27, REL26, 46
27, REL26, 49
104, REL6, 62
104, REL6, 101
104, REL6, 7
104, REL6, 70
104, REL6, 105
104, REL26, 90
104, REL28, 62
104, REL28, 101
104, REL28, 7
104, REL28, 70
104, REL28, 105
104, REL29, 18
104, REL41, 132
104, REL41, 91
104, REL41, 129
8, REL5, 10
8, REL5, 3
8, REL5, 15
8, REL5, 18
8, REL26, 112
Question: How are ENT4 and ENT121 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT4", "ENT121"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT121"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT4", "REL24", "ENT12"], ["ENT4", "REL26", "ENT110"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT4"], ["ENT9", "REL35", "ENT12"], ["ENT12", "REL26", "ENT110"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT4"], ["ENT46", "REL35", "ENT12"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT121"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT121"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL6", "ENT121"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL28", "ENT121"], ["ENT67", "REL29", "ENT107"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT83", "REL26", "ENT2"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT121"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT107"], ["ENT119", "REL2", "ENT124"], ["ENT121", "REL26", "ENT2"], ["ENT121", "REL26", "ENT98"], ["ENT121", "REL46", "ENT122"], ["ENT122", "REL26", "ENT85"], ["ENT122", "REL26", "ENT110"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL6", "ENT121"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL28", "ENT121"], ["ENT124", "REL29", "ENT107"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
132, ENT34
90, ENT37
65, ENT39
62, ENT43
123, ENT53
101, ENT62
109, ENT64
100, ENT67
91, ENT77
75, ENT83
70, ENT98
44, ENT104
119, ENT114
93, ENT115
113, ENT116
129, ENT119
104, ENT124
src, edge_attr, dst
132, REL26, 90
132, REL26, 91
65, REL26, 112
62, REL26, 112
62, REL26, 70
123, REL26, 90
101, REL26, 112
101, REL26, 70
109, REL26, 90
109, REL42, 119
100, REL6, 62
100, REL6, 101
100, REL6, 70
100, REL26, 90
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL28, 70
100, REL41, 132
100, REL41, 91
100, REL41, 129
91, REL26, 90
75, REL26, 112
70, REL26, 112
44, REL6, 62
44, REL6, 101
44, REL6, 70
44, REL26, 90
44, REL28, 62
44, REL28, 101
44, REL28, 70
44, REL41, 132
44, REL41, 91
44, REL41, 129
119, REL26, 90
119, REL29, 100
119, REL29, 44
119, REL29, 93
119, REL29, 104
119, REL36, 112
119, REL36, 65
119, REL36, 62
119, REL36, 101
119, REL36, 75
119, REL36, 70
119, REL41, 132
119, REL41, 91
119, REL41, 129
119, REL46, 132
119, REL46, 91
119, REL46, 129
93, REL6, 62
93, REL6, 101
93, REL6, 70
93, REL26, 90
93, REL26, 44
93, REL28, 62
93, REL28, 101
93, REL28, 70
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 112
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 75
113, REL20, 70
113, REL26, 90
129, REL2, 100
129, REL2, 44
129, REL2, 119
129, REL2, 93
129, REL2, 104
129, REL26, 90
129, REL26, 91
104, REL6, 62
104, REL6, 101
104, REL6, 70
104, REL26, 90
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL28, 70
104, REL41, 132
104, REL41, 91
104, REL41, 129
Question: How are ENT53 and ENT114 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT53", "ENT114"], "valid_edges": [["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT53", "REL26", "ENT37"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT114"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT98", "REL26", "ENT2"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT114", "REL26", "ENT37"], ["ENT114", "REL29", "ENT67"], ["ENT114", "REL29", "ENT104"], ["ENT114", "REL29", "ENT115"], ["ENT114", "REL29", "ENT124"], ["ENT114", "REL36", "ENT2"], ["ENT114", "REL36", "ENT39"], ["ENT114", "REL36", "ENT43"], ["ENT114", "REL36", "ENT62"], ["ENT114", "REL36", "ENT83"], ["ENT114", "REL36", "ENT98"], ["ENT114", "REL41", "ENT34"], ["ENT114", "REL41", "ENT77"], ["ENT114", "REL41", "ENT119"], ["ENT114", "REL46", "ENT34"], ["ENT114", "REL46", "ENT77"], ["ENT114", "REL46", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT114"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
14, ENT4
87, ENT14
132, ENT34
51, ENT36
90, ENT37
65, ENT39
79, ENT42
62, ENT43
3, ENT52
101, ENT62
15, ENT63
109, ENT64
7, ENT66
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
18, ENT107
49, ENT110
129, ENT119
27, ENT122
8, ENT126
src, edge_attr, dst
10, REL21, 87
10, REL21, 8
10, REL24, 15
10, REL24, 18
10, REL26, 90
10, REL26, 15
10, REL36, 112
10, REL36, 87
10, REL36, 65
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 75
10, REL36, 70
10, REL36, 8
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
14, REL26, 49
87, REL5, 10
87, REL5, 3
87, REL5, 15
87, REL5, 18
87, REL26, 112
51, REL26, 49
65, REL26, 112
79, REL26, 49
62, REL26, 112
62, REL26, 70
3, REL21, 87
3, REL21, 8
3, REL24, 10
3, REL24, 15
3, REL24, 18
3, REL26, 90
3, REL26, 15
3, REL36, 112
3, REL36, 87
3, REL36, 65
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 75
3, REL36, 70
3, REL36, 8
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
101, REL26, 112
101, REL26, 70
15, REL21, 87
15, REL21, 8
15, REL26, 90
15, REL36, 112
15, REL36, 87
15, REL36, 65
15, REL36, 62
15, REL36, 101
15, REL36, 7
15, REL36, 75
15, REL36, 70
15, REL36, 8
15, REL41, 132
15, REL41, 51
15, REL41, 79
15, REL41, 91
15, REL41, 46
15, REL41, 53
15, REL41, 129
15, REL41, 27
15, REL46, 132
15, REL46, 51
15, REL46, 79
15, REL46, 91
15, REL46, 46
15, REL46, 53
15, REL46, 129
15, REL46, 27
109, REL42, 10
109, REL42, 3
109, REL42, 15
109, REL42, 18
7, REL26, 112
7, REL26, 70
75, REL26, 112
46, REL26, 49
53, REL26, 49
70, REL26, 112
18, REL21, 87
18, REL21, 8
18, REL24, 15
18, REL26, 90
18, REL26, 15
18, REL36, 112
18, REL36, 87
18, REL36, 65
18, REL36, 62
18, REL36, 101
18, REL36, 7
18, REL36, 75
18, REL36, 70
18, REL36, 8
18, REL41, 132
18, REL41, 51
18, REL41, 79
18, REL41, 91
18, REL41, 46
18, REL41, 53
18, REL41, 129
18, REL41, 27
18, REL46, 132
18, REL46, 51
18, REL46, 79
18, REL46, 91
18, REL46, 46
18, REL46, 53
18, REL46, 129
18, REL46, 27
129, REL2, 10
129, REL2, 3
129, REL2, 15
129, REL2, 18
27, REL26, 49
8, REL5, 10
8, REL5, 3
8, REL5, 15
8, REL5, 18
8, REL26, 112
Question: How are ENT4 and ENT66 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT4", "ENT66"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT4", "REL26", "ENT110"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT98"], ["ENT83", "REL26", "ENT2"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT122", "REL26", "ENT110"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
132, ENT34
62, ENT43
34, ENT50
101, ENT62
100, ENT67
91, ENT77
11, ENT90
44, ENT104
93, ENT115
113, ENT116
129, ENT119
104, ENT124
src, edge_attr, dst
112, REL26, 34
132, REL26, 91
62, REL26, 112
62, REL26, 34
101, REL26, 112
101, REL26, 34
100, REL6, 62
100, REL6, 101
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL41, 132
100, REL41, 91
100, REL41, 129
11, REL26, 34
44, REL6, 62
44, REL6, 101
44, REL28, 62
44, REL28, 101
44, REL41, 132
44, REL41, 91
44, REL41, 129
93, REL6, 62
93, REL6, 101
93, REL26, 44
93, REL28, 62
93, REL28, 101
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 62
113, REL20, 101
129, REL2, 100
129, REL2, 44
129, REL2, 93
129, REL2, 104
129, REL26, 91
104, REL6, 62
104, REL6, 101
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL41, 132
104, REL41, 91
104, REL41, 129
Question: How are ENT90 and ENT124 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT90", "ENT124"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT34", "REL26", "ENT77"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT90", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
111, ENT23
125, ENT25
src, edge_attr, dst
111, REL13, 125
Question: In what context are ENT23 and ENT25 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT23", "ENT25"], "valid_edges": [["ENT23", "REL13", "ENT25"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
132, ENT34
65, ENT39
100, ENT67
75, ENT83
134, ENT113
113, ENT116
src, edge_attr, dst
100, REL41, 132
134, REL36, 65
134, REL36, 75
134, REL41, 132
134, REL46, 132
113, REL20, 65
113, REL20, 75
Question: For what reason are ENT67 and ENT113 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT67", "ENT113"], "valid_edges": [["ENT67", "REL41", "ENT34"], ["ENT113", "REL36", "ENT39"], ["ENT113", "REL36", "ENT83"], ["ENT113", "REL41", "ENT34"], ["ENT113", "REL46", "ENT34"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT83"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
132, ENT34
51, ENT36
90, ENT37
79, ENT42
62, ENT43
34, ENT50
3, ENT52
101, ENT62
7, ENT66
100, ENT67
91, ENT77
46, ENT85
53, ENT86
70, ENT98
44, ENT104
49, ENT110
93, ENT115
113, ENT116
129, ENT119
27, ENT122
104, ENT124
src, edge_attr, dst
10, REL26, 90
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 70
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
132, REL26, 90
132, REL26, 91
51, REL26, 46
51, REL26, 49
79, REL14, 51
79, REL26, 46
79, REL26, 53
79, REL26, 49
62, REL26, 112
62, REL26, 34
62, REL26, 70
3, REL26, 90
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 70
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
101, REL26, 112
101, REL26, 34
101, REL26, 70
7, REL26, 112
7, REL26, 34
7, REL26, 70
100, REL6, 62
100, REL6, 101
100, REL6, 7
100, REL6, 70
100, REL26, 90
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL28, 7
100, REL28, 70
100, REL41, 132
100, REL41, 91
100, REL41, 129
91, REL26, 90
46, REL26, 49
53, REL26, 46
53, REL26, 49
70, REL26, 112
70, REL26, 34
44, REL6, 62
44, REL6, 101
44, REL6, 7
44, REL6, 70
44, REL26, 90
44, REL28, 62
44, REL28, 101
44, REL28, 7
44, REL28, 70
44, REL41, 132
44, REL41, 91
44, REL41, 129
93, REL6, 62
93, REL6, 101
93, REL6, 7
93, REL6, 70
93, REL26, 90
93, REL26, 44
93, REL28, 62
93, REL28, 101
93, REL28, 7
93, REL28, 70
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 62
113, REL20, 101
113, REL20, 7
113, REL20, 70
113, REL26, 90
129, REL2, 10
129, REL2, 3
129, REL2, 100
129, REL2, 44
129, REL2, 93
129, REL2, 104
129, REL26, 90
129, REL26, 91
27, REL26, 46
27, REL26, 49
104, REL6, 62
104, REL6, 101
104, REL6, 7
104, REL6, 70
104, REL26, 90
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL28, 7
104, REL28, 70
104, REL41, 132
104, REL41, 91
104, REL41, 129
Question: How are ENT67 and ENT110 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT67", "ENT110"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT77", "REL26", "ENT37"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT85"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT85"], ["ENT122", "REL26", "ENT110"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
88, ENT93
92, ENT118
src, edge_attr, dst
88, REL41, 92
92, REL2, 88
92, REL7, 88
92, REL9, 88
Question: In what context are ENT93 and ENT118 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT93", "ENT118"], "valid_edges": [["ENT93", "REL41", "ENT118"], ["ENT118", "REL2", "ENT93"], ["ENT118", "REL7", "ENT93"], ["ENT118", "REL9", "ENT93"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
115, ENT7
74, ENT9
127, ENT12
87, ENT14
126, ENT19
86, ENT21
85, ENT46
41, ENT48
34, ENT50
106, ENT54
124, ENT74
49, ENT110
0, ENT120
8, ENT126
src, edge_attr, dst
115, REL21, 87
115, REL21, 124
115, REL21, 8
115, REL24, 127
115, REL24, 126
115, REL24, 106
115, REL24, 0
115, REL26, 49
74, REL26, 49
74, REL35, 115
74, REL35, 127
74, REL35, 126
74, REL35, 106
74, REL35, 0
127, REL26, 49
87, REL26, 34
126, REL21, 87
126, REL21, 124
126, REL21, 8
126, REL24, 127
126, REL24, 106
126, REL24, 0
126, REL26, 49
86, REL26, 74
86, REL26, 49
86, REL35, 115
86, REL35, 127
86, REL35, 126
86, REL35, 106
86, REL35, 0
85, REL17, 86
85, REL26, 74
85, REL26, 49
85, REL35, 115
85, REL35, 127
85, REL35, 126
85, REL35, 106
85, REL35, 0
41, REL26, 34
106, REL21, 87
106, REL21, 124
106, REL21, 8
106, REL24, 127
106, REL24, 0
106, REL26, 49
124, REL26, 34
0, REL21, 87
0, REL21, 124
0, REL21, 8
0, REL24, 127
0, REL26, 49
8, REL26, 34
Question: How are ENT21 and ENT48 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT21", "ENT48"], "valid_edges": [["ENT7", "REL21", "ENT14"], ["ENT7", "REL21", "ENT74"], ["ENT7", "REL21", "ENT126"], ["ENT7", "REL24", "ENT12"], ["ENT7", "REL24", "ENT19"], ["ENT7", "REL24", "ENT54"], ["ENT7", "REL24", "ENT120"], ["ENT7", "REL26", "ENT110"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT7"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT19"], ["ENT9", "REL35", "ENT54"], ["ENT9", "REL35", "ENT120"], ["ENT12", "REL26", "ENT110"], ["ENT14", "REL26", "ENT50"], ["ENT19", "REL21", "ENT14"], ["ENT19", "REL21", "ENT74"], ["ENT19", "REL21", "ENT126"], ["ENT19", "REL24", "ENT12"], ["ENT19", "REL24", "ENT54"], ["ENT19", "REL24", "ENT120"], ["ENT19", "REL26", "ENT110"], ["ENT21", "REL26", "ENT9"], ["ENT21", "REL26", "ENT110"], ["ENT21", "REL35", "ENT7"], ["ENT21", "REL35", "ENT12"], ["ENT21", "REL35", "ENT19"], ["ENT21", "REL35", "ENT54"], ["ENT21", "REL35", "ENT120"], ["ENT46", "REL17", "ENT21"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT7"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT19"], ["ENT46", "REL35", "ENT54"], ["ENT46", "REL35", "ENT120"], ["ENT48", "REL26", "ENT50"], ["ENT54", "REL21", "ENT14"], ["ENT54", "REL21", "ENT74"], ["ENT54", "REL21", "ENT126"], ["ENT54", "REL24", "ENT12"], ["ENT54", "REL24", "ENT120"], ["ENT54", "REL26", "ENT110"], ["ENT74", "REL26", "ENT50"], ["ENT120", "REL21", "ENT14"], ["ENT120", "REL21", "ENT74"], ["ENT120", "REL21", "ENT126"], ["ENT120", "REL24", "ENT12"], ["ENT120", "REL26", "ENT110"], ["ENT126", "REL26", "ENT50"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
23, ENT5
128, ENT6
132, ENT34
90, ENT37
65, ENT39
62, ENT43
3, ENT52
101, ENT62
109, ENT64
100, ENT67
17, ENT71
91, ENT77
75, ENT83
130, ENT91
70, ENT98
44, ENT104
93, ENT115
113, ENT116
94, ENT117
129, ENT119
104, ENT124
76, ENT127
src, edge_attr, dst
128, REL26, 90
128, REL26, 17
128, REL26, 130
128, REL26, 76
128, REL42, 23
132, REL26, 90
132, REL26, 91
65, REL26, 112
62, REL26, 112
62, REL26, 70
3, REL26, 90
3, REL36, 112
3, REL36, 65
3, REL36, 62
3, REL36, 101
3, REL36, 75
3, REL36, 70
3, REL41, 132
3, REL41, 91
3, REL41, 129
3, REL46, 132
3, REL46, 91
3, REL46, 129
101, REL26, 112
101, REL26, 70
109, REL26, 90
109, REL42, 3
100, REL6, 62
100, REL6, 101
100, REL6, 70
100, REL26, 90
100, REL28, 62
100, REL28, 101
100, REL28, 70
100, REL41, 132
100, REL41, 91
100, REL41, 129
17, REL26, 90
91, REL26, 90
75, REL26, 112
130, REL26, 90
70, REL26, 112
44, REL6, 62
44, REL6, 101
44, REL6, 70
44, REL26, 90
44, REL28, 62
44, REL28, 101
44, REL28, 70
44, REL41, 132
44, REL41, 91
44, REL41, 129
93, REL6, 62
93, REL6, 101
93, REL6, 70
93, REL26, 90
93, REL28, 62
93, REL28, 101
93, REL28, 70
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 112
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 75
113, REL20, 70
113, REL26, 90
94, REL26, 90
94, REL31, 128
129, REL2, 3
129, REL2, 100
129, REL2, 44
129, REL2, 93
129, REL2, 104
129, REL26, 90
129, REL26, 91
104, REL6, 62
104, REL6, 101
104, REL6, 70
104, REL26, 90
104, REL28, 62
104, REL28, 101
104, REL28, 70
104, REL41, 132
104, REL41, 91
104, REL41, 129
76, REL26, 90
Question: How are ENT5 and ENT52 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT5", "ENT52"], "valid_edges": [["ENT6", "REL26", "ENT37"], ["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT6", "REL42", "ENT5"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT119"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT52"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT91", "REL26", "ENT37"], ["ENT98", "REL26", "ENT2"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL31", "ENT6"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT127", "REL26", "ENT37"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
87, ENT14
96, ENT31
51, ENT36
34, ENT50
3, ENT52
69, ENT61
109, ENT64
113, ENT116
0, ENT120
8, ENT126
src, edge_attr, dst
10, REL21, 87
10, REL21, 8
10, REL36, 87
10, REL36, 8
10, REL41, 51
10, REL46, 51
87, REL2, 8
87, REL5, 10
87, REL5, 3
87, REL5, 69
87, REL5, 109
87, REL26, 112
87, REL26, 34
96, REL23, 51
3, REL21, 87
3, REL21, 8
3, REL36, 87
3, REL36, 8
3, REL41, 51
3, REL46, 51
113, REL20, 87
113, REL20, 8
0, REL21, 87
0, REL21, 8
8, REL2, 87
8, REL5, 10
8, REL5, 3
8, REL5, 69
8, REL5, 109
8, REL26, 112
8, REL26, 87
8, REL26, 34
Question: How are ENT31 and ENT120 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT31", "ENT120"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT61"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT31", "REL23", "ENT36"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT126"], ["ENT120", "REL21", "ENT14"], ["ENT120", "REL21", "ENT126"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT61"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT126", "REL26", "ENT50"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
107, ENT40
64, ENT105
src, edge_attr, dst
107, REL3, 64
107, REL4, 64
107, REL32, 64
Question: For what reason are ENT40 and ENT105 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT40", "ENT105"], "valid_edges": [["ENT40", "REL3", "ENT105"], ["ENT40", "REL4", "ENT105"], ["ENT40", "REL32", "ENT105"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
128, ENT6
107, ENT40
121, ENT59
17, ENT71
130, ENT91
1, ENT96
113, ENT116
76, ENT127
src, edge_attr, dst
128, REL26, 17
128, REL26, 130
128, REL26, 76
128, REL42, 121
1, REL26, 17
1, REL26, 130
1, REL26, 76
1, REL42, 121
113, REL20, 107
113, REL26, 17
Question: In what context are ENT40 and ENT59 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT40", "ENT59"], "valid_edges": [["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT6", "REL42", "ENT59"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT96", "REL42", "ENT59"], ["ENT116", "REL20", "ENT40"], ["ENT116", "REL26", "ENT71"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
87, ENT14
132, ENT34
51, ENT36
90, ENT37
65, ENT39
79, ENT42
62, ENT43
3, ENT52
101, ENT62
15, ENT63
109, ENT64
7, ENT66
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
97, ENT101
18, ENT107
49, ENT110
129, ENT119
27, ENT122
8, ENT126
src, edge_attr, dst
10, REL21, 87
10, REL21, 8
10, REL24, 15
10, REL24, 18
10, REL26, 90
10, REL26, 15
10, REL36, 112
10, REL36, 87
10, REL36, 65
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 75
10, REL36, 70
10, REL36, 8
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
87, REL5, 10
87, REL5, 3
87, REL5, 15
87, REL5, 18
87, REL26, 112
51, REL26, 49
65, REL26, 112
79, REL26, 49
62, REL26, 112
3, REL21, 87
3, REL21, 8
3, REL24, 10
3, REL24, 15
3, REL24, 18
3, REL26, 90
3, REL26, 15
3, REL36, 112
3, REL36, 87
3, REL36, 65
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 75
3, REL36, 70
3, REL36, 8
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
101, REL26, 112
15, REL21, 87
15, REL21, 8
15, REL26, 90
15, REL36, 112
15, REL36, 87
15, REL36, 65
15, REL36, 62
15, REL36, 101
15, REL36, 7
15, REL36, 75
15, REL36, 70
15, REL36, 8
15, REL41, 132
15, REL41, 51
15, REL41, 79
15, REL41, 91
15, REL41, 46
15, REL41, 53
15, REL41, 129
15, REL41, 27
15, REL46, 132
15, REL46, 51
15, REL46, 79
15, REL46, 91
15, REL46, 46
15, REL46, 53
15, REL46, 129
15, REL46, 27
109, REL42, 10
109, REL42, 3
109, REL42, 15
109, REL42, 18
7, REL26, 112
75, REL26, 112
46, REL26, 49
53, REL26, 49
70, REL26, 112
97, REL26, 49
18, REL21, 87
18, REL21, 8
18, REL24, 15
18, REL26, 90
18, REL26, 15
18, REL36, 112
18, REL36, 87
18, REL36, 65
18, REL36, 62
18, REL36, 101
18, REL36, 7
18, REL36, 75
18, REL36, 70
18, REL36, 8
18, REL41, 132
18, REL41, 51
18, REL41, 79
18, REL41, 91
18, REL41, 46
18, REL41, 53
18, REL41, 129
18, REL41, 27
18, REL46, 132
18, REL46, 51
18, REL46, 79
18, REL46, 91
18, REL46, 46
18, REL46, 53
18, REL46, 129
18, REL46, 27
129, REL2, 10
129, REL2, 3
129, REL2, 15
129, REL2, 18
27, REL26, 49
8, REL5, 10
8, REL5, 3
8, REL5, 15
8, REL5, 18
8, REL26, 112
Question: For what reason are ENT39 and ENT101 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT39", "ENT101"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT83", "REL26", "ENT2"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT101", "REL26", "ENT110"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT122", "REL26", "ENT110"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
51, ENT36
46, ENT85
103, ENT89
27, ENT122
59, ENT129
src, edge_attr, dst
51, REL26, 46
103, REL46, 27
27, REL26, 46
59, REL23, 51
Question: For what reason are ENT89 and ENT129 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT89", "ENT129"], "valid_edges": [["ENT36", "REL26", "ENT85"], ["ENT89", "REL46", "ENT122"], ["ENT122", "REL26", "ENT85"], ["ENT129", "REL23", "ENT36"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
87, ENT14
65, ENT39
69, ENT61
17, ENT71
113, ENT116
76, ENT127
src, edge_attr, dst
87, REL5, 69
69, REL26, 17
69, REL26, 76
17, REL10, 87
113, REL20, 87
113, REL20, 65
113, REL26, 17
76, REL26, 17
Question: In what context are ENT14 and ENT39 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT14", "ENT39"], "valid_edges": [["ENT14", "REL5", "ENT61"], ["ENT61", "REL26", "ENT71"], ["ENT61", "REL26", "ENT127"], ["ENT71", "REL10", "ENT14"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL26", "ENT71"], ["ENT127", "REL26", "ENT71"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
42, ENT28
118, ENT106
src, edge_attr, dst
42, REL28, 118
Question: How are ENT28 and ENT106 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT28", "ENT106"], "valid_edges": [["ENT28", "REL28", "ENT106"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
118, ENT106
39, ENT131
src, edge_attr, dst
118, REL43, 39
39, REL2, 118
39, REL5, 118
39, REL9, 118
39, REL39, 118
39, REL45, 118
Question: For what reason are ENT106 and ENT131 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT106", "ENT131"], "valid_edges": [["ENT106", "REL43", "ENT131"], ["ENT131", "REL2", "ENT106"], ["ENT131", "REL5", "ENT106"], ["ENT131", "REL9", "ENT106"], ["ENT131", "REL39", "ENT106"], ["ENT131", "REL45", "ENT106"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
55, ENT29
95, ENT112
src, edge_attr, dst
55, REL2, 95
55, REL40, 95
Question: For what reason are ENT29 and ENT112 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT29", "ENT112"], "valid_edges": [["ENT29", "REL2", "ENT112"], ["ENT29", "REL40", "ENT112"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
42, ENT28
116, ENT133
src, edge_attr, dst
42, REL35, 116
Question: In what context are ENT28 and ENT133 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT28", "ENT133"], "valid_edges": [["ENT28", "REL35", "ENT133"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
10, ENT3
125, ENT25
51, ENT36
90, ENT37
3, ENT52
13, ENT81
src, edge_attr, dst
10, REL26, 90
10, REL41, 51
10, REL46, 51
125, REL23, 51
3, REL26, 90
3, REL41, 51
3, REL46, 51
13, REL26, 90
Question: How are ENT25 and ENT81 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT25", "ENT81"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT25", "REL23", "ENT36"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT81", "REL26", "ENT37"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
10, ENT3
37, ENT22
51, ENT36
90, ENT37
3, ENT52
69, ENT61
17, ENT71
63, ENT76
113, ENT116
src, edge_attr, dst
10, REL26, 90
10, REL41, 51
10, REL46, 51
37, REL26, 90
37, REL26, 17
3, REL26, 90
3, REL41, 51
3, REL46, 51
69, REL26, 90
69, REL26, 17
17, REL26, 90
63, REL23, 51
113, REL26, 90
113, REL26, 17
Question: In what context are ENT22 and ENT76 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT22", "ENT76"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT22", "REL26", "ENT37"], ["ENT22", "REL26", "ENT71"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT61", "REL26", "ENT37"], ["ENT61", "REL26", "ENT71"], ["ENT71", "REL26", "ENT37"], ["ENT76", "REL23", "ENT36"], ["ENT116", "REL26", "ENT37"], ["ENT116", "REL26", "ENT71"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
65, ENT39
17, ENT71
75, ENT83
18, ENT107
113, ENT116
src, edge_attr, dst
18, REL36, 65
18, REL36, 75
113, REL20, 65
113, REL20, 75
113, REL26, 17
Question: In what context are ENT71 and ENT107 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT71", "ENT107"], "valid_edges": [["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT83"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL26", "ENT71"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
33, ENT20
4, ENT24
132, ENT34
90, ENT37
62, ENT43
61, ENT57
101, ENT62
100, ENT67
17, ENT71
91, ENT77
70, ENT98
44, ENT104
93, ENT115
113, ENT116
94, ENT117
129, ENT119
104, ENT124
76, ENT127
35, ENT132
src, edge_attr, dst
33, REL10, 4
33, REL26, 90
33, REL26, 17
33, REL26, 76
33, REL28, 35
4, REL26, 90
4, REL26, 61
4, REL26, 17
132, REL26, 90
132, REL26, 91
62, REL26, 70
61, REL26, 90
101, REL26, 70
100, REL6, 62
100, REL6, 101
100, REL6, 70
100, REL26, 90
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL28, 70
100, REL41, 132
100, REL41, 91
100, REL41, 129
17, REL26, 90
91, REL26, 90
44, REL6, 62
44, REL6, 101
44, REL6, 70
44, REL26, 90
44, REL28, 62
44, REL28, 101
44, REL28, 70
44, REL41, 132
44, REL41, 91
44, REL41, 129
93, REL6, 62
93, REL6, 101
93, REL6, 70
93, REL26, 90
93, REL26, 44
93, REL28, 62
93, REL28, 101
93, REL28, 70
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 62
113, REL20, 101
113, REL20, 70
113, REL26, 90
94, REL26, 90
94, REL31, 33
129, REL2, 100
129, REL2, 44
129, REL2, 93
129, REL2, 104
129, REL26, 90
129, REL26, 91
104, REL6, 62
104, REL6, 101
104, REL6, 70
104, REL26, 90
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL28, 70
104, REL41, 132
104, REL41, 91
104, REL41, 129
76, REL26, 90
35, REL10, 4
Question: In what context are ENT115 and ENT132 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT115", "ENT132"], "valid_edges": [["ENT20", "REL10", "ENT24"], ["ENT20", "REL26", "ENT37"], ["ENT20", "REL26", "ENT71"], ["ENT20", "REL26", "ENT127"], ["ENT20", "REL28", "ENT132"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT43", "REL26", "ENT98"], ["ENT57", "REL26", "ENT37"], ["ENT62", "REL26", "ENT98"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT117", "REL26", "ENT37"], ["ENT117", "REL31", "ENT20"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT127", "REL26", "ENT37"], ["ENT132", "REL10", "ENT24"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
10, ENT3
26, ENT32
51, ENT36
90, ENT37
3, ENT52
123, ENT53
src, edge_attr, dst
10, REL26, 90
10, REL41, 51
10, REL46, 51
26, REL23, 51
3, REL26, 90
3, REL41, 51
3, REL46, 51
123, REL26, 90
Question: For what reason are ENT32 and ENT53 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT32", "ENT53"], "valid_edges": [["ENT3", "REL26", "ENT37"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL46", "ENT36"], ["ENT32", "REL23", "ENT36"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL46", "ENT36"], ["ENT53", "REL26", "ENT37"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
87, ENT14
132, ENT34
51, ENT36
90, ENT37
65, ENT39
79, ENT42
62, ENT43
56, ENT44
34, ENT50
3, ENT52
30, ENT55
101, ENT62
109, ENT64
7, ENT66
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
113, ENT116
129, ENT119
27, ENT122
8, ENT126
59, ENT129
src, edge_attr, dst
112, REL26, 34
10, REL21, 87
10, REL21, 8
10, REL26, 90
10, REL36, 112
10, REL36, 87
10, REL36, 65
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 75
10, REL36, 70
10, REL36, 8
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
87, REL5, 10
87, REL5, 3
87, REL26, 112
87, REL26, 34
51, REL26, 46
65, REL26, 112
65, REL26, 34
79, REL14, 51
62, REL26, 112
62, REL26, 34
56, REL23, 51
56, REL26, 59
3, REL21, 87
3, REL21, 8
3, REL24, 10
3, REL26, 90
3, REL36, 112
3, REL36, 87
3, REL36, 65
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 75
3, REL36, 70
3, REL36, 8
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
30, REL23, 51
30, REL26, 59
101, REL26, 112
101, REL26, 34
109, REL42, 10
109, REL42, 3
7, REL26, 112
7, REL26, 34
75, REL26, 112
75, REL26, 34
70, REL26, 112
70, REL26, 34
113, REL20, 112
113, REL20, 87
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 7
113, REL20, 75
113, REL20, 70
113, REL20, 8
113, REL26, 90
129, REL2, 10
129, REL2, 3
8, REL5, 10
8, REL5, 3
8, REL26, 112
8, REL26, 34
59, REL23, 51
Question: In what context are ENT39 and ENT44 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT39", "ENT44"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT44", "REL23", "ENT36"], ["ENT44", "REL26", "ENT129"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT50"], ["ENT129", "REL23", "ENT36"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
33, ENT20
4, ENT24
5, ENT27
132, ENT34
90, ENT37
65, ENT39
62, ENT43
61, ENT57
101, ENT62
15, ENT63
109, ENT64
100, ENT67
17, ENT71
91, ENT77
75, ENT83
70, ENT98
44, ENT104
93, ENT115
113, ENT116
129, ENT119
104, ENT124
src, edge_attr, dst
33, REL10, 4
33, REL26, 90
4, REL26, 90
4, REL26, 61
4, REL26, 17
5, REL10, 4
132, REL26, 90
132, REL26, 91
65, REL26, 112
62, REL26, 112
62, REL26, 70
61, REL26, 90
101, REL26, 112
101, REL26, 70
15, REL26, 90
15, REL36, 112
15, REL36, 65
15, REL36, 62
15, REL36, 101
15, REL36, 75
15, REL36, 70
15, REL41, 132
15, REL41, 91
15, REL41, 129
15, REL46, 132
15, REL46, 91
15, REL46, 129
109, REL26, 90
109, REL42, 15
100, REL6, 62
100, REL6, 101
100, REL6, 70
100, REL26, 90
100, REL28, 62
100, REL28, 101
100, REL28, 70
100, REL41, 132
100, REL41, 91
100, REL41, 129
17, REL26, 90
91, REL26, 90
75, REL26, 112
70, REL26, 112
44, REL6, 62
44, REL6, 101
44, REL6, 70
44, REL26, 90
44, REL28, 62
44, REL28, 101
44, REL28, 70
44, REL41, 132
44, REL41, 91
44, REL41, 129
93, REL6, 62
93, REL6, 101
93, REL6, 70
93, REL26, 90
93, REL28, 62
93, REL28, 101
93, REL28, 70
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 112
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 75
113, REL20, 70
113, REL26, 90
129, REL2, 15
129, REL2, 100
129, REL2, 44
129, REL2, 93
129, REL2, 104
129, REL26, 90
129, REL26, 91
104, REL6, 62
104, REL6, 101
104, REL6, 70
104, REL26, 90
104, REL28, 62
104, REL28, 101
104, REL28, 70
104, REL41, 132
104, REL41, 91
104, REL41, 129
Question: For what reason are ENT27 and ENT63 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT27", "ENT63"], "valid_edges": [["ENT20", "REL10", "ENT24"], ["ENT20", "REL26", "ENT37"], ["ENT24", "REL26", "ENT37"], ["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT27", "REL10", "ENT24"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT57", "REL26", "ENT37"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT119"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT63"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT71", "REL26", "ENT37"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT98", "REL26", "ENT2"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
114, ENT111
35, ENT132
src, edge_attr, dst
35, REL28, 114
Question: In what context are ENT111 and ENT132 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT111", "ENT132"], "valid_edges": [["ENT132", "REL28", "ENT111"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
74, ENT9
127, ENT12
87, ENT14
132, ENT34
51, ENT36
90, ENT37
65, ENT39
107, ENT40
79, ENT42
62, ENT43
85, ENT46
3, ENT52
30, ENT55
101, ENT62
15, ENT63
109, ENT64
7, ENT66
100, ENT67
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
18, ENT107
49, ENT110
129, ENT119
27, ENT122
82, ENT123
104, ENT124
8, ENT126
59, ENT129
src, edge_attr, dst
10, REL21, 87
10, REL21, 8
10, REL24, 15
10, REL24, 18
10, REL26, 90
10, REL26, 15
10, REL36, 112
10, REL36, 87
10, REL36, 65
10, REL36, 107
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 75
10, REL36, 70
10, REL36, 8
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
74, REL26, 49
74, REL28, 82
74, REL35, 127
74, REL35, 82
127, REL26, 49
87, REL5, 10
87, REL5, 3
87, REL5, 15
87, REL5, 18
87, REL26, 112
132, REL26, 91
51, REL26, 46
51, REL26, 49
65, REL26, 112
107, REL2, 18
107, REL26, 112
107, REL26, 7
107, REL26, 70
107, REL46, 51
107, REL46, 79
107, REL46, 46
107, REL46, 53
107, REL46, 27
79, REL14, 51
79, REL26, 46
79, REL26, 53
79, REL26, 49
62, REL26, 112
62, REL26, 70
85, REL26, 74
85, REL26, 49
85, REL28, 82
85, REL35, 127
85, REL35, 82
3, REL21, 87
3, REL21, 8
3, REL24, 10
3, REL24, 15
3, REL24, 18
3, REL26, 90
3, REL26, 15
3, REL36, 112
3, REL36, 87
3, REL36, 65
3, REL36, 107
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 75
3, REL36, 70
3, REL36, 8
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
30, REL23, 51
30, REL26, 49
101, REL26, 112
101, REL26, 70
15, REL21, 87
15, REL21, 8
15, REL26, 90
15, REL36, 112
15, REL36, 87
15, REL36, 65
15, REL36, 107
15, REL36, 62
15, REL36, 101
15, REL36, 7
15, REL36, 75
15, REL36, 70
15, REL36, 8
15, REL41, 132
15, REL41, 51
15, REL41, 79
15, REL41, 91
15, REL41, 46
15, REL41, 53
15, REL41, 129
15, REL41, 27
15, REL46, 132
15, REL46, 51
15, REL46, 79
15, REL46, 91
15, REL46, 46
15, REL46, 53
15, REL46, 129
15, REL46, 27
109, REL42, 10
109, REL42, 3
109, REL42, 15
109, REL42, 18
7, REL26, 112
7, REL26, 70
100, REL6, 107
100, REL6, 62
100, REL6, 101
100, REL6, 7
100, REL6, 70
100, REL26, 90
100, REL28, 107
100, REL28, 62
100, REL28, 101
100, REL28, 7
100, REL28, 70
100, REL29, 18
100, REL41, 132
100, REL41, 91
100, REL41, 129
91, REL10, 107
91, REL26, 90
75, REL26, 112
75, REL33, 107
46, REL26, 49
53, REL26, 46
53, REL26, 49
70, REL26, 112
18, REL21, 87
18, REL21, 8
18, REL24, 15
18, REL26, 90
18, REL26, 15
18, REL36, 112
18, REL36, 87
18, REL36, 65
18, REL36, 107
18, REL36, 62
18, REL36, 101
18, REL36, 7
18, REL36, 75
18, REL36, 70
18, REL36, 8
18, REL41, 132
18, REL41, 51
18, REL41, 79
18, REL41, 91
18, REL41, 46
18, REL41, 53
18, REL41, 129
18, REL41, 27
18, REL46, 132
18, REL46, 51
18, REL46, 79
18, REL46, 91
18, REL46, 46
18, REL46, 53
18, REL46, 129
18, REL46, 27
129, REL2, 10
129, REL2, 3
129, REL2, 15
129, REL2, 100
129, REL2, 18
129, REL2, 104
129, REL26, 91
27, REL26, 46
27, REL26, 49
82, REL24, 127
82, REL26, 49
104, REL6, 107
104, REL6, 62
104, REL6, 101
104, REL6, 7
104, REL6, 70
104, REL26, 90
104, REL28, 107
104, REL28, 62
104, REL28, 101
104, REL28, 7
104, REL28, 70
104, REL29, 18
104, REL41, 132
104, REL41, 91
104, REL41, 129
8, REL5, 10
8, REL5, 3
8, REL5, 15
8, REL5, 18
8, REL26, 112
59, REL23, 51
59, REL26, 49
Question: How are ENT40 and ENT123 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT40", "ENT123"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT40"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL28", "ENT123"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT123"], ["ENT12", "REL26", "ENT110"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT40", "REL2", "ENT107"], ["ENT40", "REL26", "ENT2"], ["ENT40", "REL26", "ENT66"], ["ENT40", "REL26", "ENT98"], ["ENT40", "REL46", "ENT36"], ["ENT40", "REL46", "ENT42"], ["ENT40", "REL46", "ENT85"], ["ENT40", "REL46", "ENT86"], ["ENT40", "REL46", "ENT122"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL28", "ENT123"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT123"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT40"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT110"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT40"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT98"], ["ENT67", "REL6", "ENT40"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL28", "ENT40"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL29", "ENT107"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT77", "REL10", "ENT40"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL33", "ENT40"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT85"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT40"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT107"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT85"], ["ENT122", "REL26", "ENT110"], ["ENT123", "REL24", "ENT12"], ["ENT123", "REL26", "ENT110"], ["ENT124", "REL6", "ENT40"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL28", "ENT40"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL29", "ENT107"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
51, ENT36
79, ENT42
30, ENT55
117, ENT65
46, ENT85
53, ENT86
59, ENT129
src, edge_attr, dst
51, REL26, 46
79, REL14, 51
79, REL26, 46
79, REL26, 53
30, REL23, 51
30, REL26, 59
117, REL23, 51
117, REL26, 59
53, REL26, 46
59, REL23, 51
Question: In what context are ENT65 and ENT85 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT65", "ENT85"], "valid_edges": [["ENT36", "REL26", "ENT85"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT65", "REL23", "ENT36"], ["ENT65", "REL26", "ENT129"], ["ENT86", "REL26", "ENT85"], ["ENT129", "REL23", "ENT36"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
133, ENT51
134, ENT113
src, edge_attr, dst
133, REL34, 134
134, REL5, 133
Question: For what reason are ENT51 and ENT113 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT51", "ENT113"], "valid_edges": [["ENT51", "REL34", "ENT113"], ["ENT113", "REL5", "ENT51"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
132, ENT34
51, ENT36
90, ENT37
65, ENT39
79, ENT42
62, ENT43
34, ENT50
30, ENT55
101, ENT62
109, ENT64
117, ENT65
100, ENT67
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
44, ENT104
18, ENT107
93, ENT115
113, ENT116
129, ENT119
27, ENT122
104, ENT124
59, ENT129
src, edge_attr, dst
112, REL26, 34
132, REL26, 90
132, REL26, 91
51, REL26, 46
65, REL26, 112
65, REL26, 34
79, REL14, 51
79, REL26, 46
79, REL26, 53
62, REL26, 112
62, REL26, 34
62, REL26, 70
30, REL23, 51
30, REL26, 59
101, REL26, 112
101, REL26, 34
101, REL26, 70
109, REL26, 90
109, REL42, 18
117, REL23, 51
117, REL26, 59
100, REL6, 62
100, REL6, 101
100, REL6, 70
100, REL26, 90
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL28, 70
100, REL29, 18
100, REL41, 132
100, REL41, 91
100, REL41, 129
91, REL26, 90
75, REL26, 112
75, REL26, 34
53, REL26, 46
70, REL26, 112
70, REL26, 34
44, REL6, 62
44, REL6, 101
44, REL6, 70
44, REL26, 90
44, REL28, 62
44, REL28, 101
44, REL28, 70
44, REL41, 132
44, REL41, 91
44, REL41, 129
18, REL26, 90
18, REL36, 112
18, REL36, 65
18, REL36, 62
18, REL36, 101
18, REL36, 75
18, REL36, 70
18, REL41, 132
18, REL41, 51
18, REL41, 79
18, REL41, 91
18, REL41, 46
18, REL41, 53
18, REL41, 129
18, REL41, 27
18, REL46, 132
18, REL46, 51
18, REL46, 79
18, REL46, 91
18, REL46, 46
18, REL46, 53
18, REL46, 129
18, REL46, 27
93, REL6, 62
93, REL6, 101
93, REL6, 70
93, REL26, 90
93, REL28, 62
93, REL28, 101
93, REL28, 70
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 112
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 75
113, REL20, 70
113, REL26, 90
129, REL2, 100
129, REL2, 44
129, REL2, 18
129, REL2, 93
129, REL2, 104
129, REL26, 90
129, REL26, 91
27, REL26, 46
104, REL6, 62
104, REL6, 101
104, REL6, 70
104, REL26, 90
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL28, 70
104, REL29, 18
104, REL41, 132
104, REL41, 91
104, REL41, 129
59, REL23, 51
Question: For what reason are ENT65 and ENT107 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT65", "ENT107"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT43", "REL26", "ENT98"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT62", "REL26", "ENT98"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT107"], ["ENT65", "REL23", "ENT36"], ["ENT65", "REL26", "ENT129"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL29", "ENT107"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT86", "REL26", "ENT85"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT107"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT85"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL29", "ENT107"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT129", "REL23", "ENT36"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
45, ENT26
62, ENT43
101, ENT62
100, ENT67
17, ENT71
44, ENT104
93, ENT115
113, ENT116
104, ENT124
src, edge_attr, dst
45, REL26, 17
62, REL26, 112
101, REL26, 112
100, REL6, 62
100, REL6, 101
100, REL26, 44
100, REL28, 62
100, REL28, 101
44, REL6, 62
44, REL6, 101
44, REL28, 62
44, REL28, 101
93, REL6, 62
93, REL6, 101
93, REL26, 44
93, REL28, 62
93, REL28, 101
113, REL20, 62
113, REL20, 101
113, REL26, 17
104, REL6, 62
104, REL6, 101
104, REL26, 44
104, REL28, 62
104, REL28, 101
Question: For what reason are ENT26 and ENT67 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT26", "ENT67"], "valid_edges": [["ENT26", "REL26", "ENT71"], ["ENT43", "REL26", "ENT2"], ["ENT62", "REL26", "ENT2"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL26", "ENT71"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
87, ENT14
132, ENT34
51, ENT36
90, ENT37
65, ENT39
79, ENT42
62, ENT43
34, ENT50
3, ENT52
101, ENT62
109, ENT64
7, ENT66
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
113, ENT116
129, ENT119
27, ENT122
8, ENT126
src, edge_attr, dst
112, REL26, 34
10, REL21, 87
10, REL21, 8
10, REL26, 90
10, REL36, 112
10, REL36, 87
10, REL36, 65
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 75
10, REL36, 70
10, REL36, 8
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
87, REL5, 10
87, REL5, 3
87, REL26, 112
87, REL26, 34
51, REL26, 46
65, REL26, 112
65, REL26, 34
79, REL14, 51
79, REL26, 46
79, REL26, 53
62, REL26, 112
62, REL26, 34
3, REL21, 87
3, REL21, 8
3, REL24, 10
3, REL26, 90
3, REL36, 112
3, REL36, 87
3, REL36, 65
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 75
3, REL36, 70
3, REL36, 8
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
101, REL26, 112
101, REL26, 34
109, REL42, 10
109, REL42, 3
7, REL26, 112
7, REL26, 34
75, REL26, 112
75, REL26, 34
53, REL26, 46
70, REL26, 112
70, REL26, 34
113, REL20, 112
113, REL20, 87
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 7
113, REL20, 75
113, REL20, 70
113, REL20, 8
113, REL26, 90
129, REL2, 10
129, REL2, 3
27, REL26, 46
8, REL5, 10
8, REL5, 3
8, REL26, 112
8, REL26, 34
Question: How are ENT83 and ENT85 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT83", "ENT85"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL26", "ENT2"], ["ENT14", "REL26", "ENT50"], ["ENT36", "REL26", "ENT85"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT50"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT86", "REL26", "ENT85"], ["ENT98", "REL26", "ENT2"], ["ENT98", "REL26", "ENT50"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT14"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT66"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL20", "ENT98"], ["ENT116", "REL20", "ENT126"], ["ENT116", "REL26", "ENT37"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT122", "REL26", "ENT85"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT50"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
74, ENT9
127, ENT12
125, ENT25
51, ENT36
79, ENT42
85, ENT46
30, ENT55
22, ENT58
46, ENT85
49, ENT110
59, ENT129
src, edge_attr, dst
74, REL26, 49
74, REL28, 22
74, REL35, 127
74, REL35, 22
127, REL26, 49
125, REL23, 51
125, REL26, 49
125, REL26, 59
51, REL26, 46
51, REL26, 49
79, REL14, 51
79, REL26, 49
85, REL26, 74
85, REL26, 49
85, REL28, 22
85, REL35, 127
85, REL35, 22
30, REL23, 51
30, REL26, 49
30, REL26, 59
22, REL24, 127
22, REL26, 49
46, REL26, 49
59, REL23, 51
59, REL26, 49
Question: How are ENT25 and ENT58 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT25", "ENT58"], "valid_edges": [["ENT9", "REL26", "ENT110"], ["ENT9", "REL28", "ENT58"], ["ENT9", "REL35", "ENT12"], ["ENT9", "REL35", "ENT58"], ["ENT12", "REL26", "ENT110"], ["ENT25", "REL23", "ENT36"], ["ENT25", "REL26", "ENT110"], ["ENT25", "REL26", "ENT129"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT110"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL28", "ENT58"], ["ENT46", "REL35", "ENT12"], ["ENT46", "REL35", "ENT58"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT110"], ["ENT55", "REL26", "ENT129"], ["ENT58", "REL24", "ENT12"], ["ENT58", "REL26", "ENT110"], ["ENT85", "REL26", "ENT110"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
87, ENT14
132, ENT34
51, ENT36
90, ENT37
65, ENT39
79, ENT42
62, ENT43
3, ENT52
30, ENT55
101, ENT62
109, ENT64
7, ENT66
100, ENT67
31, ENT72
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
44, ENT104
93, ENT115
129, ENT119
27, ENT122
104, ENT124
8, ENT126
59, ENT129
src, edge_attr, dst
10, REL21, 87
10, REL21, 8
10, REL26, 90
10, REL36, 112
10, REL36, 87
10, REL36, 65
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 75
10, REL36, 70
10, REL36, 8
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
87, REL5, 10
87, REL5, 3
132, REL26, 90
132, REL26, 91
51, REL26, 46
79, REL14, 51
3, REL21, 87
3, REL21, 8
3, REL24, 10
3, REL26, 90
3, REL36, 112
3, REL36, 87
3, REL36, 65
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 75
3, REL36, 70
3, REL36, 8
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
30, REL23, 51
30, REL26, 59
109, REL26, 90
109, REL42, 10
109, REL42, 3
100, REL6, 62
100, REL6, 101
100, REL6, 7
100, REL6, 70
100, REL26, 90
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL28, 7
100, REL28, 70
100, REL41, 132
100, REL41, 91
100, REL41, 129
31, REL23, 51
31, REL26, 59
91, REL26, 90
44, REL6, 62
44, REL6, 101
44, REL6, 7
44, REL6, 70
44, REL26, 90
44, REL28, 62
44, REL28, 101
44, REL28, 7
44, REL28, 70
44, REL41, 132
44, REL41, 91
44, REL41, 129
93, REL6, 62
93, REL6, 101
93, REL6, 7
93, REL6, 70
93, REL26, 90
93, REL26, 44
93, REL28, 62
93, REL28, 101
93, REL28, 7
93, REL28, 70
93, REL41, 132
93, REL41, 91
93, REL41, 129
129, REL2, 10
129, REL2, 3
129, REL2, 100
129, REL2, 44
129, REL2, 93
129, REL2, 104
129, REL26, 90
129, REL26, 91
104, REL6, 62
104, REL6, 101
104, REL6, 7
104, REL6, 70
104, REL26, 90
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL28, 7
104, REL28, 70
104, REL41, 132
104, REL41, 91
104, REL41, 129
8, REL5, 10
8, REL5, 3
59, REL23, 51
Question: How are ENT34 and ENT72 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT34", "ENT72"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT85"], ["ENT42", "REL14", "ENT36"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL6", "ENT66"], ["ENT67", "REL6", "ENT98"], ["ENT67", "REL26", "ENT37"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL28", "ENT66"], ["ENT67", "REL28", "ENT98"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT72", "REL23", "ENT36"], ["ENT72", "REL26", "ENT129"], ["ENT77", "REL26", "ENT37"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL6", "ENT66"], ["ENT104", "REL6", "ENT98"], ["ENT104", "REL26", "ENT37"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL28", "ENT66"], ["ENT104", "REL28", "ENT98"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL6", "ENT66"], ["ENT115", "REL6", "ENT98"], ["ENT115", "REL26", "ENT37"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL28", "ENT66"], ["ENT115", "REL28", "ENT98"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL6", "ENT66"], ["ENT124", "REL6", "ENT98"], ["ENT124", "REL26", "ENT37"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL28", "ENT66"], ["ENT124", "REL28", "ENT98"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT129", "REL23", "ENT36"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
128, ENT6
4, ENT24
45, ENT26
61, ENT57
17, ENT71
130, ENT91
1, ENT96
94, ENT117
76, ENT127
src, edge_attr, dst
128, REL26, 17
128, REL26, 130
128, REL26, 76
4, REL26, 61
4, REL26, 17
45, REL26, 17
45, REL26, 130
45, REL26, 76
61, REL26, 17
130, REL26, 17
130, REL26, 76
1, REL26, 17
1, REL26, 130
1, REL26, 76
94, REL26, 17
94, REL31, 128
94, REL31, 45
94, REL31, 130
94, REL31, 1
94, REL31, 76
76, REL26, 17
Question: In what context are ENT24 and ENT117 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT24", "ENT117"], "valid_edges": [["ENT6", "REL26", "ENT71"], ["ENT6", "REL26", "ENT91"], ["ENT6", "REL26", "ENT127"], ["ENT24", "REL26", "ENT57"], ["ENT24", "REL26", "ENT71"], ["ENT26", "REL26", "ENT71"], ["ENT26", "REL26", "ENT91"], ["ENT26", "REL26", "ENT127"], ["ENT57", "REL26", "ENT71"], ["ENT91", "REL26", "ENT71"], ["ENT91", "REL26", "ENT127"], ["ENT96", "REL26", "ENT71"], ["ENT96", "REL26", "ENT91"], ["ENT96", "REL26", "ENT127"], ["ENT117", "REL26", "ENT71"], ["ENT117", "REL31", "ENT6"], ["ENT117", "REL31", "ENT26"], ["ENT117", "REL31", "ENT91"], ["ENT117", "REL31", "ENT96"], ["ENT117", "REL31", "ENT127"], ["ENT127", "REL26", "ENT71"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
23, ENT5
127, ENT12
33, ENT20
37, ENT22
111, ENT23
4, ENT24
125, ENT25
90, ENT37
56, ENT44
19, ENT56
13, ENT81
12, ENT82
73, ENT95
68, ENT100
64, ENT105
49, ENT110
38, ENT128
src, edge_attr, dst
23, REL26, 49
127, REL26, 49
33, REL10, 19
33, REL26, 90
37, REL10, 19
37, REL26, 90
111, REL26, 49
4, REL10, 19
4, REL26, 90
125, REL26, 49
56, REL26, 49
19, REL14, 111
19, REL26, 49
19, REL35, 127
19, REL41, 23
19, REL41, 111
19, REL41, 125
19, REL41, 56
19, REL41, 12
19, REL41, 73
19, REL41, 68
19, REL41, 64
19, REL41, 38
13, REL26, 90
12, REL26, 49
73, REL26, 49
68, REL26, 49
64, REL26, 49
38, REL26, 49
Question: How are ENT12 and ENT81 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT12", "ENT81"], "valid_edges": [["ENT5", "REL26", "ENT110"], ["ENT12", "REL26", "ENT110"], ["ENT20", "REL10", "ENT56"], ["ENT20", "REL26", "ENT37"], ["ENT22", "REL10", "ENT56"], ["ENT22", "REL26", "ENT37"], ["ENT23", "REL26", "ENT110"], ["ENT24", "REL10", "ENT56"], ["ENT24", "REL26", "ENT37"], ["ENT25", "REL26", "ENT110"], ["ENT44", "REL26", "ENT110"], ["ENT56", "REL14", "ENT23"], ["ENT56", "REL26", "ENT110"], ["ENT56", "REL35", "ENT12"], ["ENT56", "REL41", "ENT5"], ["ENT56", "REL41", "ENT23"], ["ENT56", "REL41", "ENT25"], ["ENT56", "REL41", "ENT44"], ["ENT56", "REL41", "ENT82"], ["ENT56", "REL41", "ENT95"], ["ENT56", "REL41", "ENT100"], ["ENT56", "REL41", "ENT105"], ["ENT56", "REL41", "ENT128"], ["ENT81", "REL26", "ENT37"], ["ENT82", "REL26", "ENT110"], ["ENT95", "REL26", "ENT110"], ["ENT100", "REL26", "ENT110"], ["ENT105", "REL26", "ENT110"], ["ENT128", "REL26", "ENT110"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
66, ENT87
78, ENT135
src, edge_attr, dst
66, REL41, 78
78, REL2, 66
78, REL7, 66
78, REL9, 66
Question: In what context are ENT87 and ENT135 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT87", "ENT135"], "valid_edges": [["ENT87", "REL41", "ENT135"], ["ENT135", "REL2", "ENT87"], ["ENT135", "REL7", "ENT87"], ["ENT135", "REL9", "ENT87"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
20, ENT18
51, ENT36
79, ENT42
30, ENT55
46, ENT85
53, ENT86
89, ENT125
59, ENT129
src, edge_attr, dst
20, REL23, 51
20, REL26, 59
51, REL26, 46
79, REL14, 51
79, REL26, 46
79, REL26, 53
79, REL45, 89
30, REL23, 51
30, REL26, 59
53, REL26, 46
53, REL45, 89
59, REL23, 51
Question: For what reason are ENT18 and ENT125 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT18", "ENT125"], "valid_edges": [["ENT18", "REL23", "ENT36"], ["ENT18", "REL26", "ENT129"], ["ENT36", "REL26", "ENT85"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT42", "REL45", "ENT125"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT86", "REL26", "ENT85"], ["ENT86", "REL45", "ENT125"], ["ENT129", "REL23", "ENT36"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
23, ENT5
59, ENT129
src, edge_attr, dst
23, REL26, 59
Question: How are ENT5 and ENT129 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT5", "ENT129"], "valid_edges": [["ENT5", "REL26", "ENT129"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
43, ENT75
70, ENT98
src, edge_attr, dst
70, REL5, 43
Question: How are ENT75 and ENT98 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT75", "ENT98"], "valid_edges": [["ENT98", "REL5", "ENT75"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
132, ENT34
65, ENT39
62, ENT43
69, ENT61
101, ENT62
100, ENT67
17, ENT71
124, ENT74
91, ENT77
75, ENT83
44, ENT104
93, ENT115
113, ENT116
129, ENT119
104, ENT124
src, edge_attr, dst
132, REL26, 91
65, REL26, 112
62, REL26, 112
69, REL26, 17
101, REL26, 112
100, REL6, 62
100, REL6, 101
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL41, 132
100, REL41, 91
100, REL41, 129
124, REL5, 69
124, REL11, 17
124, REL26, 112
75, REL26, 112
44, REL6, 62
44, REL6, 101
44, REL28, 62
44, REL28, 101
44, REL41, 132
44, REL41, 91
44, REL41, 129
93, REL6, 62
93, REL6, 101
93, REL26, 44
93, REL28, 62
93, REL28, 101
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 112
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 124
113, REL20, 75
113, REL26, 17
129, REL2, 100
129, REL2, 44
129, REL2, 93
129, REL2, 104
129, REL26, 91
104, REL6, 62
104, REL6, 101
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL41, 132
104, REL41, 91
104, REL41, 129
Question: For what reason are ENT67 and ENT74 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT67", "ENT74"], "valid_edges": [["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT43", "REL26", "ENT2"], ["ENT61", "REL26", "ENT71"], ["ENT62", "REL26", "ENT2"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT74", "REL5", "ENT61"], ["ENT74", "REL11", "ENT71"], ["ENT74", "REL26", "ENT2"], ["ENT83", "REL26", "ENT2"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT74"], ["ENT116", "REL20", "ENT83"], ["ENT116", "REL26", "ENT71"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
132, ENT34
65, ENT39
62, ENT43
34, ENT50
77, ENT60
101, ENT62
100, ENT67
91, ENT77
75, ENT83
44, ENT104
18, ENT107
93, ENT115
113, ENT116
129, ENT119
104, ENT124
src, edge_attr, dst
112, REL26, 34
132, REL26, 91
65, REL26, 112
65, REL26, 34
62, REL26, 112
62, REL26, 34
77, REL26, 34
101, REL26, 112
101, REL26, 34
100, REL6, 62
100, REL6, 101
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL29, 18
100, REL41, 132
100, REL41, 91
100, REL41, 129
75, REL26, 112
75, REL26, 34
44, REL6, 62
44, REL6, 101
44, REL28, 62
44, REL28, 101
44, REL41, 132
44, REL41, 91
44, REL41, 129
18, REL36, 112
18, REL36, 65
18, REL36, 62
18, REL36, 101
18, REL36, 75
18, REL41, 132
18, REL41, 91
18, REL41, 129
18, REL46, 132
18, REL46, 91
18, REL46, 129
93, REL6, 62
93, REL6, 101
93, REL28, 62
93, REL28, 101
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 112
113, REL20, 65
113, REL20, 62
113, REL20, 101
113, REL20, 75
129, REL2, 100
129, REL2, 44
129, REL2, 18
129, REL2, 93
129, REL2, 104
129, REL26, 91
104, REL6, 62
104, REL6, 101
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL29, 18
104, REL41, 132
104, REL41, 91
104, REL41, 129
Question: For what reason are ENT60 and ENT107 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT60", "ENT107"], "valid_edges": [["ENT2", "REL26", "ENT50"], ["ENT34", "REL26", "ENT77"], ["ENT39", "REL26", "ENT2"], ["ENT39", "REL26", "ENT50"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT50"], ["ENT60", "REL26", "ENT50"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT50"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL29", "ENT107"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT83", "REL26", "ENT2"], ["ENT83", "REL26", "ENT50"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT2"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT116", "REL20", "ENT83"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT107"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL29", "ENT107"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
51, ENT36
79, ENT42
30, ENT55
63, ENT76
46, ENT85
53, ENT86
59, ENT129
src, edge_attr, dst
51, REL26, 46
79, REL14, 51
79, REL26, 46
79, REL26, 53
30, REL23, 51
30, REL26, 59
63, REL23, 51
63, REL26, 59
53, REL26, 46
59, REL23, 51
Question: How are ENT42 and ENT76 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT42", "ENT76"], "valid_edges": [["ENT36", "REL26", "ENT85"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT129"], ["ENT76", "REL23", "ENT36"], ["ENT76", "REL26", "ENT129"], ["ENT86", "REL26", "ENT85"], ["ENT129", "REL23", "ENT36"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
98, ENT1
84, ENT41
src, edge_attr, dst
98, REL28, 84
98, REL30, 84
98, REL43, 84
84, REL8, 98
84, REL9, 98
84, REL43, 98
Question: For what reason are ENT1 and ENT41 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT1", "ENT41"], "valid_edges": [["ENT1", "REL28", "ENT41"], ["ENT1", "REL30", "ENT41"], ["ENT1", "REL43", "ENT41"], ["ENT41", "REL8", "ENT1"], ["ENT41", "REL9", "ENT1"], ["ENT41", "REL43", "ENT1"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
132, ENT34
65, ENT39
62, ENT43
101, ENT62
100, ENT67
43, ENT75
91, ENT77
46, ENT85
44, ENT104
93, ENT115
113, ENT116
129, ENT119
27, ENT122
104, ENT124
src, edge_attr, dst
132, REL26, 91
65, REL5, 43
65, REL26, 112
62, REL5, 43
62, REL26, 112
101, REL5, 43
101, REL26, 112
100, REL6, 62
100, REL6, 101
100, REL26, 44
100, REL28, 62
100, REL28, 101
100, REL41, 132
100, REL41, 91
100, REL41, 129
46, REL7, 43
44, REL6, 62
44, REL6, 101
44, REL28, 62
44, REL28, 101
44, REL41, 132
44, REL41, 91
44, REL41, 129
93, REL6, 62
93, REL6, 101
93, REL26, 44
93, REL28, 62
93, REL28, 101
93, REL41, 132
93, REL41, 91
93, REL41, 129
113, REL20, 65
113, REL20, 62
113, REL20, 101
129, REL2, 100
129, REL2, 44
129, REL2, 93
129, REL2, 104
129, REL26, 91
27, REL7, 43
27, REL26, 46
104, REL6, 62
104, REL6, 101
104, REL26, 44
104, REL28, 62
104, REL28, 101
104, REL41, 132
104, REL41, 91
104, REL41, 129
Question: How are ENT75 and ENT115 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT75", "ENT115"], "valid_edges": [["ENT34", "REL26", "ENT77"], ["ENT39", "REL5", "ENT75"], ["ENT39", "REL26", "ENT2"], ["ENT43", "REL5", "ENT75"], ["ENT43", "REL26", "ENT2"], ["ENT62", "REL5", "ENT75"], ["ENT62", "REL26", "ENT2"], ["ENT67", "REL6", "ENT43"], ["ENT67", "REL6", "ENT62"], ["ENT67", "REL26", "ENT104"], ["ENT67", "REL28", "ENT43"], ["ENT67", "REL28", "ENT62"], ["ENT67", "REL41", "ENT34"], ["ENT67", "REL41", "ENT77"], ["ENT67", "REL41", "ENT119"], ["ENT85", "REL7", "ENT75"], ["ENT104", "REL6", "ENT43"], ["ENT104", "REL6", "ENT62"], ["ENT104", "REL28", "ENT43"], ["ENT104", "REL28", "ENT62"], ["ENT104", "REL41", "ENT34"], ["ENT104", "REL41", "ENT77"], ["ENT104", "REL41", "ENT119"], ["ENT115", "REL6", "ENT43"], ["ENT115", "REL6", "ENT62"], ["ENT115", "REL26", "ENT104"], ["ENT115", "REL28", "ENT43"], ["ENT115", "REL28", "ENT62"], ["ENT115", "REL41", "ENT34"], ["ENT115", "REL41", "ENT77"], ["ENT115", "REL41", "ENT119"], ["ENT116", "REL20", "ENT39"], ["ENT116", "REL20", "ENT43"], ["ENT116", "REL20", "ENT62"], ["ENT119", "REL2", "ENT67"], ["ENT119", "REL2", "ENT104"], ["ENT119", "REL2", "ENT115"], ["ENT119", "REL2", "ENT124"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL7", "ENT75"], ["ENT122", "REL26", "ENT85"], ["ENT124", "REL6", "ENT43"], ["ENT124", "REL6", "ENT62"], ["ENT124", "REL26", "ENT104"], ["ENT124", "REL28", "ENT43"], ["ENT124", "REL28", "ENT62"], ["ENT124", "REL41", "ENT34"], ["ENT124", "REL41", "ENT77"], ["ENT124", "REL41", "ENT119"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
17, ENT71
76, ENT127
src, edge_attr, dst
76, REL26, 17
Question: How are ENT71 and ENT127 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT71", "ENT127"], "valid_edges": [["ENT127", "REL26", "ENT71"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
112, ENT2
10, ENT3
74, ENT9
127, ENT12
87, ENT14
132, ENT34
51, ENT36
90, ENT37
65, ENT39
79, ENT42
62, ENT43
85, ENT46
3, ENT52
30, ENT55
101, ENT62
15, ENT63
109, ENT64
7, ENT66
91, ENT77
75, ENT83
46, ENT85
53, ENT86
70, ENT98
18, ENT107
49, ENT110
129, ENT119
27, ENT122
8, ENT126
59, ENT129
src, edge_attr, dst
10, REL21, 87
10, REL21, 8
10, REL24, 15
10, REL24, 18
10, REL26, 90
10, REL26, 15
10, REL36, 112
10, REL36, 87
10, REL36, 65
10, REL36, 62
10, REL36, 101
10, REL36, 7
10, REL36, 75
10, REL36, 70
10, REL36, 8
10, REL41, 132
10, REL41, 51
10, REL41, 79
10, REL41, 91
10, REL41, 46
10, REL41, 53
10, REL41, 129
10, REL41, 27
10, REL46, 132
10, REL46, 51
10, REL46, 79
10, REL46, 91
10, REL46, 46
10, REL46, 53
10, REL46, 129
10, REL46, 27
74, REL26, 49
74, REL35, 127
127, REL26, 49
87, REL2, 8
87, REL5, 10
87, REL5, 3
87, REL5, 15
87, REL5, 109
87, REL5, 18
87, REL26, 112
132, REL26, 90
132, REL26, 91
51, REL26, 46
51, REL26, 49
65, REL26, 112
79, REL14, 51
79, REL26, 46
79, REL26, 53
79, REL26, 49
62, REL26, 112
62, REL26, 70
85, REL26, 74
85, REL26, 49
85, REL35, 127
3, REL21, 87
3, REL21, 8
3, REL24, 10
3, REL24, 15
3, REL24, 18
3, REL26, 90
3, REL26, 15
3, REL36, 112
3, REL36, 87
3, REL36, 65
3, REL36, 62
3, REL36, 101
3, REL36, 7
3, REL36, 75
3, REL36, 70
3, REL36, 8
3, REL41, 132
3, REL41, 51
3, REL41, 79
3, REL41, 91
3, REL41, 46
3, REL41, 53
3, REL41, 129
3, REL41, 27
3, REL46, 132
3, REL46, 51
3, REL46, 79
3, REL46, 91
3, REL46, 46
3, REL46, 53
3, REL46, 129
3, REL46, 27
30, REL23, 51
30, REL26, 49
101, REL26, 112
101, REL26, 70
15, REL21, 87
15, REL21, 8
15, REL26, 90
15, REL36, 112
15, REL36, 87
15, REL36, 65
15, REL36, 62
15, REL36, 101
15, REL36, 7
15, REL36, 75
15, REL36, 70
15, REL36, 8
15, REL41, 132
15, REL41, 51
15, REL41, 79
15, REL41, 91
15, REL41, 46
15, REL41, 53
15, REL41, 129
15, REL41, 27
15, REL46, 132
15, REL46, 51
15, REL46, 79
15, REL46, 91
15, REL46, 46
15, REL46, 53
15, REL46, 129
15, REL46, 27
109, REL26, 90
109, REL42, 10
109, REL42, 3
109, REL42, 15
109, REL42, 18
7, REL26, 112
7, REL26, 70
91, REL26, 90
75, REL26, 112
46, REL26, 49
53, REL26, 46
53, REL26, 49
70, REL26, 112
18, REL21, 87
18, REL21, 8
18, REL24, 15
18, REL26, 90
18, REL26, 15
18, REL36, 112
18, REL36, 87
18, REL36, 65
18, REL36, 62
18, REL36, 101
18, REL36, 7
18, REL36, 75
18, REL36, 70
18, REL36, 8
18, REL41, 132
18, REL41, 51
18, REL41, 79
18, REL41, 91
18, REL41, 46
18, REL41, 53
18, REL41, 129
18, REL41, 27
18, REL46, 132
18, REL46, 51
18, REL46, 79
18, REL46, 91
18, REL46, 46
18, REL46, 53
18, REL46, 129
18, REL46, 27
129, REL2, 10
129, REL2, 3
129, REL2, 15
129, REL2, 18
129, REL26, 90
129, REL26, 91
27, REL26, 46
27, REL26, 49
8, REL2, 87
8, REL5, 10
8, REL5, 3
8, REL5, 15
8, REL5, 109
8, REL5, 18
8, REL26, 112
8, REL26, 87
59, REL23, 51
59, REL26, 49
Question: For what reason are ENT12 and ENT107 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT12", "ENT107"], "valid_edges": [["ENT3", "REL21", "ENT14"], ["ENT3", "REL21", "ENT126"], ["ENT3", "REL24", "ENT63"], ["ENT3", "REL24", "ENT107"], ["ENT3", "REL26", "ENT37"], ["ENT3", "REL26", "ENT63"], ["ENT3", "REL36", "ENT2"], ["ENT3", "REL36", "ENT14"], ["ENT3", "REL36", "ENT39"], ["ENT3", "REL36", "ENT43"], ["ENT3", "REL36", "ENT62"], ["ENT3", "REL36", "ENT66"], ["ENT3", "REL36", "ENT83"], ["ENT3", "REL36", "ENT98"], ["ENT3", "REL36", "ENT126"], ["ENT3", "REL41", "ENT34"], ["ENT3", "REL41", "ENT36"], ["ENT3", "REL41", "ENT42"], ["ENT3", "REL41", "ENT77"], ["ENT3", "REL41", "ENT85"], ["ENT3", "REL41", "ENT86"], ["ENT3", "REL41", "ENT119"], ["ENT3", "REL41", "ENT122"], ["ENT3", "REL46", "ENT34"], ["ENT3", "REL46", "ENT36"], ["ENT3", "REL46", "ENT42"], ["ENT3", "REL46", "ENT77"], ["ENT3", "REL46", "ENT85"], ["ENT3", "REL46", "ENT86"], ["ENT3", "REL46", "ENT119"], ["ENT3", "REL46", "ENT122"], ["ENT9", "REL26", "ENT110"], ["ENT9", "REL35", "ENT12"], ["ENT12", "REL26", "ENT110"], ["ENT14", "REL2", "ENT126"], ["ENT14", "REL5", "ENT3"], ["ENT14", "REL5", "ENT52"], ["ENT14", "REL5", "ENT63"], ["ENT14", "REL5", "ENT64"], ["ENT14", "REL5", "ENT107"], ["ENT14", "REL26", "ENT2"], ["ENT34", "REL26", "ENT37"], ["ENT34", "REL26", "ENT77"], ["ENT36", "REL26", "ENT85"], ["ENT36", "REL26", "ENT110"], ["ENT39", "REL26", "ENT2"], ["ENT42", "REL14", "ENT36"], ["ENT42", "REL26", "ENT85"], ["ENT42", "REL26", "ENT86"], ["ENT42", "REL26", "ENT110"], ["ENT43", "REL26", "ENT2"], ["ENT43", "REL26", "ENT98"], ["ENT46", "REL26", "ENT9"], ["ENT46", "REL26", "ENT110"], ["ENT46", "REL35", "ENT12"], ["ENT52", "REL21", "ENT14"], ["ENT52", "REL21", "ENT126"], ["ENT52", "REL24", "ENT3"], ["ENT52", "REL24", "ENT63"], ["ENT52", "REL24", "ENT107"], ["ENT52", "REL26", "ENT37"], ["ENT52", "REL26", "ENT63"], ["ENT52", "REL36", "ENT2"], ["ENT52", "REL36", "ENT14"], ["ENT52", "REL36", "ENT39"], ["ENT52", "REL36", "ENT43"], ["ENT52", "REL36", "ENT62"], ["ENT52", "REL36", "ENT66"], ["ENT52", "REL36", "ENT83"], ["ENT52", "REL36", "ENT98"], ["ENT52", "REL36", "ENT126"], ["ENT52", "REL41", "ENT34"], ["ENT52", "REL41", "ENT36"], ["ENT52", "REL41", "ENT42"], ["ENT52", "REL41", "ENT77"], ["ENT52", "REL41", "ENT85"], ["ENT52", "REL41", "ENT86"], ["ENT52", "REL41", "ENT119"], ["ENT52", "REL41", "ENT122"], ["ENT52", "REL46", "ENT34"], ["ENT52", "REL46", "ENT36"], ["ENT52", "REL46", "ENT42"], ["ENT52", "REL46", "ENT77"], ["ENT52", "REL46", "ENT85"], ["ENT52", "REL46", "ENT86"], ["ENT52", "REL46", "ENT119"], ["ENT52", "REL46", "ENT122"], ["ENT55", "REL23", "ENT36"], ["ENT55", "REL26", "ENT110"], ["ENT62", "REL26", "ENT2"], ["ENT62", "REL26", "ENT98"], ["ENT63", "REL21", "ENT14"], ["ENT63", "REL21", "ENT126"], ["ENT63", "REL26", "ENT37"], ["ENT63", "REL36", "ENT2"], ["ENT63", "REL36", "ENT14"], ["ENT63", "REL36", "ENT39"], ["ENT63", "REL36", "ENT43"], ["ENT63", "REL36", "ENT62"], ["ENT63", "REL36", "ENT66"], ["ENT63", "REL36", "ENT83"], ["ENT63", "REL36", "ENT98"], ["ENT63", "REL36", "ENT126"], ["ENT63", "REL41", "ENT34"], ["ENT63", "REL41", "ENT36"], ["ENT63", "REL41", "ENT42"], ["ENT63", "REL41", "ENT77"], ["ENT63", "REL41", "ENT85"], ["ENT63", "REL41", "ENT86"], ["ENT63", "REL41", "ENT119"], ["ENT63", "REL41", "ENT122"], ["ENT63", "REL46", "ENT34"], ["ENT63", "REL46", "ENT36"], ["ENT63", "REL46", "ENT42"], ["ENT63", "REL46", "ENT77"], ["ENT63", "REL46", "ENT85"], ["ENT63", "REL46", "ENT86"], ["ENT63", "REL46", "ENT119"], ["ENT63", "REL46", "ENT122"], ["ENT64", "REL26", "ENT37"], ["ENT64", "REL42", "ENT3"], ["ENT64", "REL42", "ENT52"], ["ENT64", "REL42", "ENT63"], ["ENT64", "REL42", "ENT107"], ["ENT66", "REL26", "ENT2"], ["ENT66", "REL26", "ENT98"], ["ENT77", "REL26", "ENT37"], ["ENT83", "REL26", "ENT2"], ["ENT85", "REL26", "ENT110"], ["ENT86", "REL26", "ENT85"], ["ENT86", "REL26", "ENT110"], ["ENT98", "REL26", "ENT2"], ["ENT107", "REL21", "ENT14"], ["ENT107", "REL21", "ENT126"], ["ENT107", "REL24", "ENT63"], ["ENT107", "REL26", "ENT37"], ["ENT107", "REL26", "ENT63"], ["ENT107", "REL36", "ENT2"], ["ENT107", "REL36", "ENT14"], ["ENT107", "REL36", "ENT39"], ["ENT107", "REL36", "ENT43"], ["ENT107", "REL36", "ENT62"], ["ENT107", "REL36", "ENT66"], ["ENT107", "REL36", "ENT83"], ["ENT107", "REL36", "ENT98"], ["ENT107", "REL36", "ENT126"], ["ENT107", "REL41", "ENT34"], ["ENT107", "REL41", "ENT36"], ["ENT107", "REL41", "ENT42"], ["ENT107", "REL41", "ENT77"], ["ENT107", "REL41", "ENT85"], ["ENT107", "REL41", "ENT86"], ["ENT107", "REL41", "ENT119"], ["ENT107", "REL41", "ENT122"], ["ENT107", "REL46", "ENT34"], ["ENT107", "REL46", "ENT36"], ["ENT107", "REL46", "ENT42"], ["ENT107", "REL46", "ENT77"], ["ENT107", "REL46", "ENT85"], ["ENT107", "REL46", "ENT86"], ["ENT107", "REL46", "ENT119"], ["ENT107", "REL46", "ENT122"], ["ENT119", "REL2", "ENT3"], ["ENT119", "REL2", "ENT52"], ["ENT119", "REL2", "ENT63"], ["ENT119", "REL2", "ENT107"], ["ENT119", "REL26", "ENT37"], ["ENT119", "REL26", "ENT77"], ["ENT122", "REL26", "ENT85"], ["ENT122", "REL26", "ENT110"], ["ENT126", "REL2", "ENT14"], ["ENT126", "REL5", "ENT3"], ["ENT126", "REL5", "ENT52"], ["ENT126", "REL5", "ENT63"], ["ENT126", "REL5", "ENT64"], ["ENT126", "REL5", "ENT107"], ["ENT126", "REL26", "ENT2"], ["ENT126", "REL26", "ENT14"], ["ENT129", "REL23", "ENT36"], ["ENT129", "REL26", "ENT110"]]}
|
UMLS
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
71, ENT84
99, ENT88
src, edge_attr, dst
99, REL2, 71
99, REL40, 71
Question: In what context are ENT84 and ENT88 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT84", "ENT88"], "valid_edges": [["ENT88", "REL2", "ENT84"], ["ENT88", "REL40", "ENT84"]]}
|
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