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Which one of the these primary protein structures is most likely to form an alpha helix that would would cross a plasma membrane from the extracellular side to the cytoplasmic side? Use the diagram provided to decode the one letter amino acid abbreviations. Nonpolar side chains H HN*-C CH H,N* H,N -C C. H,C -CH O CH, H,N*- H,N* - -C- C CH CH, CH H,C CH, H,C CH, CH, Glycine (G) Gly Alanine (A) Ala Valine (V) Val Leucine (L) Leu Isoleucine () lle H H. H,N*. CH, CH, H,N* No charged or electro- negative atoms to form hydrogen bonds; not soluble in CH, H,N-c- CH, H,C CH, CH2 NH CH, water Methionine (M) Met Phenylalanine (F) Phe Tryptophan (W) Trp Proline (P) Pro H H Polar side H. chains H HN* -C-C H,N*-C- H,N* -C CH, CH, H,N* -C- H,N* -C- -C, CH2 CH, Partial charges ô*CH, CH2 CH can form но CH, SH C. hydrogen bonds; soluble in water 6 OH H,N OH он H,N Serine (S) Ser Threonine (T) Thr Cysteine (C) Сys Tyrosine (Y) Tyr Asparagine (N) Asn Glutamine (Q) Gin Electrically charged side chains Acidic Basic H H H,N* -C CH H,N* -C H,N* H,N*- CH, CH, CH, Charged side chains form hydrogen bonds; highly soluble in CH, CH, CH2 CH, NH CH, CH, CH, "NH, NH NH water c='NH, NH2 Aspartate (D) Asp Glutamate (E) Glu Lysine (K) Lys Arginine (R) Arg Histidine (H) His O 2011 Pearson Education, Inc. O N-DTNLVLLRAGLLIRHKKE - COOH O N-DTNLRRSIAGLLIRHKKE - COOH O N-DTNLVLLIAGLLIRHKKE - COOH

Which one of the these primary protein structures is most likely to form an alpha helix that would would cross a plasma membrane from the extracellular side to the cytoplasmic side? Use the diagram provided to decode the one letter amino acid abbreviations. Nonpolar side chains H HN*-C CH H,N* H,N -C C. H,C -CH O CH, H,N*- H,N* - -C- C CH CH, CH H,C CH, H,C CH, CH, Glycine (G) Gly Alanine (A) Ala Valine (V) Val Leucine (L) Leu Isoleucine () lle H H. H,N*. CH, CH, H,N* No charged or electro- negative atoms to form hydrogen bonds; not soluble in CH, H,N-c- CH, H,C CH, CH2 NH CH, water Methionine (M) Met Phenylalanine (F) Phe Tryptophan (W) Trp Proline (P) Pro H H Polar side H. chains H HN* -C-C H,N*-C- H,N* -C CH, CH, H,N* -C- H,N* -C- -C, CH2 CH, Partial charges ô*CH, CH2 CH can form но CH, SH C. hydrogen bonds; soluble in water 6 OH H,N OH он H,N Serine (S) Ser Threonine (T) Thr Cysteine (C) Сys Tyrosine (Y) Tyr Asparagine (N) Asn Glutamine (Q) Gin Electrically charged side chains Acidic Basic H H H,N* -C CH H,N* -C H,N* H,N*- CH, CH, CH, Charged side chains form hydrogen bonds; highly soluble in CH, CH, CH2 CH, NH CH, CH, CH, "NH, NH NH water c='NH, NH2 Aspartate (D) Asp Glutamate (E) Glu Lysine (K) Lys Arginine (R) Arg Histidine (H) His O 2011 Pearson Education, Inc. O N-DTNLVLLRAGLLIRHKKE - COOH O N-DTNLRRSIAGLLIRHKKE - COOH O N-DTNLVLLIAGLLIRHKKE - COOH

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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Which one of the these primary protein structures is most likely to form an alpha helix that would would cross a plasma membrane from the extracellular side to the cytoplasmic side? Use the diagram provided to decode the one letter amino acid abbreviations. Nonpolar side chains H HN*-C H,N* C. H,C -CH CH, H,N*- H,N* - -C- CH, - CH CH, CH H,C CH, H,C CH, CH, Glycine (G) Gly Alanine (A) Ala Valine (V) Val Leucine (L) Leu Isoleucine (I) lle H H. H,N* CH. H,N -C H,N* No charged or electro- negative atoms to form hydrogen bonds; not soluble in CH, CH, CH, H,C CH, NH CH2 CH water Methionine (M) Met Phenylalanine (F) Phe Tryptophan (W) Trp Proline (P) Pro H H Polar side H. H,N* -C chains H HN* -C -C-C H,N*-C- H,N* -C CH2 H,N* -C- H,N*-C- CH, CH2 -C, CH, Partial charges 6*CH, CH2 CH can form C. но CH SH C. hydrogen bonds; soluble in water 6 OH H,N OH H,N Serine (S) Ser Threonine (T) Thr Cysteine (C) Сys Tyrosine (Y) Tyr Asparagine (N) Asn Glutamine (Q) Gin Electrically charged side chains Acidic Basic H H H,N* -C H,N* -C H,N* CH. CH, CH, CH, Charged side chains form hydrogen bonds; highly soluble in CH, CH, CH CH, CH2 NH CH, CH, *NH, NH NH water c="NH, NH2 Aspartate (D) Asp Glutamate (E) Glu Lysine (K) Lys Arginine (R) Arg Histidine (H) His O 2011 Pearson Education, Inc. O N-DTNLVLLRAGLLIRHKKE - COOH O N-DTNLRRSIAGLLIRHKKE - COOH O N-DTNLVLLIAGLLIRHKKE - COOH
Transcribed Image Text:Which one of the these primary protein structures is most likely to form an alpha helix that would would cross a plasma membrane from the extracellular side to the cytoplasmic side? Use the diagram provided to decode the one letter amino acid abbreviations. Nonpolar side chains H HN*-C H,N* C. H,C -CH CH, H,N*- H,N* - -C- CH, - CH CH, CH H,C CH, H,C CH, CH, Glycine (G) Gly Alanine (A) Ala Valine (V) Val Leucine (L) Leu Isoleucine (I) lle H H. H,N* CH. H,N -C H,N* No charged or electro- negative atoms to form hydrogen bonds; not soluble in CH, CH, CH, H,C CH, NH CH2 CH water Methionine (M) Met Phenylalanine (F) Phe Tryptophan (W) Trp Proline (P) Pro H H Polar side H. H,N* -C chains H HN* -C -C-C H,N*-C- H,N* -C CH2 H,N* -C- H,N*-C- CH, CH2 -C, CH, Partial charges 6*CH, CH2 CH can form C. но CH SH C. hydrogen bonds; soluble in water 6 OH H,N OH H,N Serine (S) Ser Threonine (T) Thr Cysteine (C) Сys Tyrosine (Y) Tyr Asparagine (N) Asn Glutamine (Q) Gin Electrically charged side chains Acidic Basic H H H,N* -C H,N* -C H,N* CH. CH, CH, CH, Charged side chains form hydrogen bonds; highly soluble in CH, CH, CH CH, CH2 NH CH, CH, *NH, NH NH water c="NH, NH2 Aspartate (D) Asp Glutamate (E) Glu Lysine (K) Lys Arginine (R) Arg Histidine (H) His O 2011 Pearson Education, Inc. O N-DTNLVLLRAGLLIRHKKE - COOH O N-DTNLRRSIAGLLIRHKKE - COOH O N-DTNLVLLIAGLLIRHKKE - COOH
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