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 | image imagewidth (px) 379 392 |
|---|---|---|---|---|---|
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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <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 o... | <answer>Asn</answer> |
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