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methyl group Question #2 Copy the structures of the following amino acids from page 40 in your text: aspartic acid, cysteine, and serine. Circle and identify (name) all of the functional groups present in the amino acid molecules you have drawn, even if they are not involved in chemical bonding between amino acids. Use an asterisk (*) to identify the functional groups that are involved in peptide bond formation. Finally, draw a box around the variable group of the amino acid.

methyl group Question #2 Copy the structures of the following amino acids from page 40 in your text: aspartic acid, cysteine, and serine. Circle and identify (name) all of the functional groups present in the amino acid molecules you have drawn, even if they are not involved in chemical bonding between amino acids. Use an asterisk (*) to identify the functional groups that are involved in peptide bond formation. Finally, draw a box around the variable group of the amino acid.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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%00L ||"" 22:23 -H methyl group Question #2 Copy the structures of the following amino acids from page 40 in your text: aspartic acid, cysteine, and serine. Circle and identify (name) all of the functional groups present in the amino acid molecules you have drawn, even if they are not involved in chemical bonding between amino acids. Use an asterisk (*) to identify the functional groups that are involved in peptide bond formation. Finally, draw a box around the variable group of the amino acid. O ミ |||
Transcribed Image Text:%00L ||"" 22:23 -H methyl group Question #2 Copy the structures of the following amino acids from page 40 in your text: aspartic acid, cysteine, and serine. Circle and identify (name) all of the functional groups present in the amino acid molecules you have drawn, even if they are not involved in chemical bonding between amino acids. Use an asterisk (*) to identify the functional groups that are involved in peptide bond formation. Finally, draw a box around the variable group of the amino acid. O ミ |||
Hydrogen atom Serine (Ser, S) H₂N-C-C 2-2 Hydroxyl (-OH) group '' me Aspartic acid (Asp. D) HO H H₂N-C Additional Carboxyl (-COCHI group, acidic Phenylalanine (Phe, F) Unbranched chain Threonine (Thet, T) |H₂N-C-C CH 2-0-1 pot OH CH. Hydroxyl (-OH) group H C CH Lysine (Lys, K) CH, CH, CH. NH. HO mas U 0/400 Additional A (-NH₂) group, basic Tyrosine (Tyr. Y) Branched chain Cysteine (Cys. C) H H_N—C—C CH. SH H Sulphur-containing (–SH) group Arginine (Arg. R) H_₂_N-C co H₂ CH, HO Det C-N- Ncclara, anire (-NH₂,) group, basic Histidino (His. H) CH, CH₂ Branched chain Methionine (Met, M) H_N—C—C S CH, Thicether (SC) group HI Asparagine (Asn, N) H_N—C threads (14) NH. HO 0 HO Additional amino (-NH₂) group, basic Tryptophan (Trp. W) CH, Brasched chalin Glutamic acid (Glu, E) H H₂N-C-C CH₂ H (-COOH) group, acidic Glutamine (Gin, Q) H₂N-C 0 0 CH Additional amino (-NH₂) group, basic Proline (Pro. P)
Transcribed Image Text:Hydrogen atom Serine (Ser, S) H₂N-C-C 2-2 Hydroxyl (-OH) group '' me Aspartic acid (Asp. D) HO H H₂N-C Additional Carboxyl (-COCHI group, acidic Phenylalanine (Phe, F) Unbranched chain Threonine (Thet, T) |H₂N-C-C CH 2-0-1 pot OH CH. Hydroxyl (-OH) group H C CH Lysine (Lys, K) CH, CH, CH. NH. HO mas U 0/400 Additional A (-NH₂) group, basic Tyrosine (Tyr. Y) Branched chain Cysteine (Cys. C) H H_N—C—C CH. SH H Sulphur-containing (–SH) group Arginine (Arg. R) H_₂_N-C co H₂ CH, HO Det C-N- Ncclara, anire (-NH₂,) group, basic Histidino (His. H) CH, CH₂ Branched chain Methionine (Met, M) H_N—C—C S CH, Thicether (SC) group HI Asparagine (Asn, N) H_N—C threads (14) NH. HO 0 HO Additional amino (-NH₂) group, basic Tryptophan (Trp. W) CH, Brasched chalin Glutamic acid (Glu, E) H H₂N-C-C CH₂ H (-COOH) group, acidic Glutamine (Gin, Q) H₂N-C 0 0 CH Additional amino (-NH₂) group, basic Proline (Pro. P)
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