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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? The N terminus is outside the cell and the C terminus is inside the cell in this example. Use the diagram provided to decode the one letter amino acid abbreviations.

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? The N terminus is outside the cell and the C terminus is inside the cell in this example. Use the diagram provided to decode the one letter amino acid abbreviations.

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
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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? The N terminus is outside the cell and the C terminus is inside the cell in this example. Use the diagram provided to decode the one letter amino acid abbreviations. Nonpolar side chains No charged or electro- negative atoms to form hydrogen bonds; not soluble in water Polar side chains Partial charges can form hydrogen bonds; soluble in water Electrically charged side chains Charged side chains form hydrogen bonds; highly soluble in water H H₂N-C-C H₂N-C- H₂N+ Glycine (G) Gly H H H₂N* Methionine (M) Met C 8*CH₂ 6 OH 2011 Pearson Education, Inc. CH₂ CH₂ S CH₂ =0 Serine (S) Ser c=0 O O Aspartate (D) Asp 20 H₂N-C- с CH₂ H₂N* HO Acidic Alanine (A) Ala H L CH C H₂N-C C CH₂ CH₂ Threonine (T Thr H₂N C Phenylalanine (F) Phe O 0=0 CH₂ CH₂ Glutamate (E) Glu ON-DTNLRRSIAGLLIRHKKE - COOH H₂N+ ON-DTNLVLLIAGLLIRHKKE-COOH ON-DTNLVLLRAGLLIRHKKE - COOH H H₂N-C- CH₂ SH H₂C C Cysteine (C) Cys H 0 H₂N CH C Valine (V) Val CH₂ H₂N* O O H₂N+ H C C CH₂ CH₂ CH₂ CH₂ NH₂ Lysine (K) Lys Tyrosine (Y) Tyr C CH₂ OH 20 H₂N-C C H Tryptophan (W) Trp C CH₂ O H₂C CH₂ Leucine (L) Leu NH H CH₂ CH H₂N H₂N- H H₂N-C-C Basic H O O CH₂ C Asparagine (N) Asn CH₂ CH₂ CH₂ NH =0 Arginine (R) Arg O 010 10 CNH, NH₂ H₂N* C- H₂CCH Isoleucine (1) lle CH₂ CH₂ H H₂N* -C- с H₂C CH₂ CH₂ H₂N Proline (P) Pro H₂N-C- H H₂N-C -C-C CH₂ CH₂ C C CH₂ Glutamine (Q) Gin =0 C NH =0 NH Histidine (H) His O o =0 O
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? The N terminus is outside the cell and the C terminus is inside the cell in this example. Use the diagram provided to decode the one letter amino acid abbreviations. Nonpolar side chains No charged or electro- negative atoms to form hydrogen bonds; not soluble in water Polar side chains Partial charges can form hydrogen bonds; soluble in water Electrically charged side chains Charged side chains form hydrogen bonds; highly soluble in water H H₂N-C-C H₂N-C- H₂N+ Glycine (G) Gly H H H₂N* Methionine (M) Met C 8*CH₂ 6 OH 2011 Pearson Education, Inc. CH₂ CH₂ S CH₂ =0 Serine (S) Ser c=0 O O Aspartate (D) Asp 20 H₂N-C- с CH₂ H₂N* HO Acidic Alanine (A) Ala H L CH C H₂N-C C CH₂ CH₂ Threonine (T Thr H₂N C Phenylalanine (F) Phe O 0=0 CH₂ CH₂ Glutamate (E) Glu ON-DTNLRRSIAGLLIRHKKE - COOH H₂N+ ON-DTNLVLLIAGLLIRHKKE-COOH ON-DTNLVLLRAGLLIRHKKE - COOH H H₂N-C- CH₂ SH H₂C C Cysteine (C) Cys H 0 H₂N CH C Valine (V) Val CH₂ H₂N* O O H₂N+ H C C CH₂ CH₂ CH₂ CH₂ NH₂ Lysine (K) Lys Tyrosine (Y) Tyr C CH₂ OH 20 H₂N-C C H Tryptophan (W) Trp C CH₂ O H₂C CH₂ Leucine (L) Leu NH H CH₂ CH H₂N H₂N- H H₂N-C-C Basic H O O CH₂ C Asparagine (N) Asn CH₂ CH₂ CH₂ NH =0 Arginine (R) Arg O 010 10 CNH, NH₂ H₂N* C- H₂CCH Isoleucine (1) lle CH₂ CH₂ H H₂N* -C- с H₂C CH₂ CH₂ H₂N Proline (P) Pro H₂N-C- H H₂N-C -C-C CH₂ CH₂ C C CH₂ Glutamine (Q) Gin =0 C NH =0 NH Histidine (H) His O o =0 O
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