bxw315-umd/image-rft · Datasets at Hugging Face

first_amino_acid stringclasses 21 values	second_amino_acid stringclasses 21 values	unknown_amino_acid stringclasses 21 values	problem stringclasses 1 value	solution stringclasses 21 values
Val	Glu	Glu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Glu</answer>
Phe	Trp	Trp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Trp</answer>
Arg	Pro	Pro	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Pro</answer>
Asn	Thr	Asn	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asn</answer>
Trp	His	Trp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Trp</answer>
Thr	Ser	Ser	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ser</answer>
His	Arg	Arg	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Arg</answer>
Ser	Asn	Asn	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asn</answer>
Glu	Lys	Lys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Lys</answer>
Ile	Thr	Ile	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ile</answer>
Tyr	Val	Tyr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Tyr</answer>
Gln	Tyr	Tyr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Tyr</answer>
Phe	Val	Phe	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Phe</answer>
Asn	Gly	Gly	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gly</answer>
Leu	Gln	Gln	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gln</answer>
Gln	Pro	Gln	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gln</answer>
Gln	Leu	Gln	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gln</answer>
Arg	Gln	Gln	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gln</answer>
Gly	Asp	Asp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asp</answer>
Asn	BLANK	Asn	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asn</answer>
Pro	Gln	Pro	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Pro</answer>
Met	Thr	Met	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Met</answer>
Pro	Ile	Ile	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ile</answer>
Thr	Ile	Ile	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ile</answer>
Glu	BLANK	Glu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Glu</answer>
BLANK	Phe	BLANK	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>BLANK</answer>
Ile	Lys	Ile	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ile</answer>
Trp	BLANK	Trp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Trp</answer>
Asp	Leu	Leu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Leu</answer>
Gln	Asp	Asp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asp</answer>
Ile	Trp	Ile	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ile</answer>
Pro	Lys	Pro	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Pro</answer>
Gln	Glu	Gln	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gln</answer>
Met	Tyr	Tyr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Tyr</answer>
Val	Lys	Lys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Lys</answer>
Tyr	Met	Tyr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Tyr</answer>
Val	His	His	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>His</answer>
His	Tyr	Tyr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Tyr</answer>
Gly	Met	Met	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Met</answer>
Ile	Arg	Arg	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Arg</answer>
Asn	Arg	Arg	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Arg</answer>
Lys	Thr	Thr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Thr</answer>
Asn	Met	Met	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Met</answer>
Phe	Gly	Phe	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Phe</answer>
Asp	Asn	Asp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asp</answer>
Val	Ser	Val	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Val</answer>
Ser	Phe	Ser	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ser</answer>
BLANK	Ile	Ile	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ile</answer>
Leu	Glu	Leu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Leu</answer>
Leu	BLANK	Leu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Leu</answer>
Cys	Glu	Glu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Glu</answer>
Ala	Pro	Pro	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Pro</answer>
Trp	Asp	Asp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asp</answer>
Lys	Pro	Lys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Lys</answer>
Thr	Gln	Thr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Thr</answer>
BLANK	Thr	BLANK	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>BLANK</answer>
His	Ser	His	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>His</answer>
Val	BLANK	BLANK	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>BLANK</answer>
Pro	Leu	Leu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Leu</answer>
Phe	Ser	Ser	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ser</answer>
His	Pro	Pro	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Pro</answer>
Gln	Met	Gln	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gln</answer>
Gln	Thr	Thr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Thr</answer>
Glu	His	Glu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Glu</answer>
Ser	Asp	Ser	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ser</answer>
Lys	Gln	Lys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Lys</answer>
Ile	Leu	Leu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Leu</answer>
Thr	Asp	Asp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asp</answer>
BLANK	Gly	Gly	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gly</answer>
Asn	His	Asn	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asn</answer>
Lys	Phe	Lys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Lys</answer>
Val	Ile	Val	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Val</answer>
Leu	Met	Leu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Leu</answer>
Leu	Lys	Leu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Leu</answer>
Phe	Ala	Phe	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Phe</answer>
Arg	Pro	Arg	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Arg</answer>
Val	Asn	Val	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Val</answer>
Leu	Ser	Leu	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Leu</answer>
Lys	Ser	Ser	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ser</answer>
Asp	Ile	Asp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asp</answer>
Lys	Asn	Lys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Lys</answer>
Tyr	Pro	Tyr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Tyr</answer>
Asn	Ser	Ser	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ser</answer>
Met	Cys	Met	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Met</answer>
Glu	Cys	Cys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Cys</answer>
Ser	Cys	Cys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Cys</answer>
Phe	Arg	Arg	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Arg</answer>
His	Asn	His	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>His</answer>
Asp	BLANK	BLANK	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>BLANK</answer>
Cys	Tyr	Tyr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Tyr</answer>
Thr	Leu	Thr	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Thr</answer>
Ile	Arg	Ile	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Ile</answer>
Glu	Trp	Trp	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Trp</answer>
Met	Ser	Met	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Met</answer>
Gln	Ser	Gln	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gln</answer>
BLANK	Pro	BLANK	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>BLANK</answer>
Lys	Arg	Lys	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Lys</answer>
BLANK	Gly	BLANK	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>BLANK</answer>
His	Gln	Gln	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Gln</answer>
Thr	Asn	Asn	I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.	<answer>Asn</answer>

Val

Glu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Phe

Trp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Arg

Pro

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asn

Thr

Asn

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Trp

His

Trp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Thr

Ser

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

His

Arg

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ser

Asn

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Glu

Lys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ile

Thr

Ile

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Tyr

Val

Tyr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gln

Tyr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Phe

Val

Phe

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asn

Gly

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Leu

Gln

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gln

Pro

Gln

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gln

Leu

Gln

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Arg

Gln

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gly

Asp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asn

BLANK

Asn

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Pro

Gln

Pro

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Met

Thr

Met

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Pro

Ile

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Thr

Ile

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Glu

BLANK

Glu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

BLANK

Phe

BLANK

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

<answer>BLANK</answer>

Ile

Lys

Ile

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Trp

BLANK

Trp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asp

Leu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gln

Asp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ile

Trp

Ile

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Pro

Lys

Pro

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gln

Glu

Gln

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Met

Tyr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Val

Lys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Tyr

Met

Tyr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Val

His

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

His

Tyr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gly

Met

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ile

Arg

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asn

Arg

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Lys

Thr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asn

Met

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Phe

Gly

Phe

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asp

Asn

Asp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Val

Ser

Val

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ser

Phe

Ser

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

BLANK

Ile

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Leu

Glu

Leu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Leu

BLANK

Leu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Cys

Glu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ala

Pro

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Trp

Asp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Lys

Pro

Lys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Thr

Gln

Thr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

BLANK

Thr

BLANK

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

<answer>BLANK</answer>

His

Ser

His

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Val

BLANK

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

<answer>BLANK</answer>

Pro

Leu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Phe

Ser

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

His

Pro

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gln

Met

Gln

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gln

Thr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Glu

His

Glu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ser

Asp

Ser

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Lys

Gln

Lys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ile

Leu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Thr

Asp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

BLANK

Gly

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asn

His

Asn

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Lys

Phe

Lys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Val

Ile

Val

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Leu

Met

Leu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Leu

Lys

Leu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Phe

Ala

Phe

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Arg

Pro

Arg

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Val

Asn

Val

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Leu

Ser

Leu

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Lys

Ser

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asp

Ile

Asp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Lys

Asn

Lys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Tyr

Pro

Tyr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asn

Ser

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Met

Cys

Met

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Glu

Cys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ser

Cys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Phe

Arg

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

His

Asn

His

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Asp

BLANK

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

<answer>BLANK</answer>

Cys

Tyr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Thr

Leu

Thr

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Ile

Arg

Ile

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Glu

Trp

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Met

Ser

Met

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Gln

Ser

Gln

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

BLANK

Pro

BLANK

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

<answer>BLANK</answer>

Lys

Arg

Lys

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

BLANK

Gly

BLANK

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

<answer>BLANK</answer>

His

Gln

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.

Thr

Asn

I've provided CVs of two known amino acids, and the unknown is one of them. It'll be the known amino acid with the closest shape to the unknown one. If a known CV overlaps even partially with the unknown CV, that's probably the identity of the unknown amino acid. Think step by step about the shapes of the CVs and the overlaps. Then, provide your answer within <answer></answer> tags, e.g. <answer>Gly</answer> if the unknown amino acid is Glycine.