PROTEIN AMINO ACID SEQUENCE Methionine –Threonine – Cystine – Glycine Methionine Methionine Glycine Methionine Arginine – PhenylalanineIsoleucine 1 - - - Valine Proline-Lysine Alanine Serine - 3 4

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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this is for my anatomy class but is a more biology based question.
PROTEIN
AMINO ACID SEQUENCE
Methionine-Threonine-Cystine – Glycine
Proline-Lysine
Methionine- Glycine Alanine-Serine
Methionine-Arginine – Phenylalanine Isoleucine
1
Methionine - Valine
4
Part II
1. In the second part of the lesion, you will draw the chemical structure of each amino acid in
the space provided below. Use the handout to complete this exercise.
2. To create a protein the amino acids must form a peptide bond between each amino acid.
REMEMBER: A peptide bond is a bond between the hydroxyl (OH') from the carboxyl group
(COOH) from one amino acid and the hydrogen (H*) from the amine group (NH2) from another
amino acid. This bond forms a water molecule (OH + H* = H2O or HOH). To complete the
peptide bond the water molecule must be removed through a process called dehydration
synthesis. To reverse the process and break the bond, you add a water molecule through a
process called hydrolysis.
Transcribed Image Text:PROTEIN AMINO ACID SEQUENCE Methionine-Threonine-Cystine – Glycine Proline-Lysine Methionine- Glycine Alanine-Serine Methionine-Arginine – Phenylalanine Isoleucine 1 Methionine - Valine 4 Part II 1. In the second part of the lesion, you will draw the chemical structure of each amino acid in the space provided below. Use the handout to complete this exercise. 2. To create a protein the amino acids must form a peptide bond between each amino acid. REMEMBER: A peptide bond is a bond between the hydroxyl (OH') from the carboxyl group (COOH) from one amino acid and the hydrogen (H*) from the amine group (NH2) from another amino acid. This bond forms a water molecule (OH + H* = H2O or HOH). To complete the peptide bond the water molecule must be removed through a process called dehydration synthesis. To reverse the process and break the bond, you add a water molecule through a process called hydrolysis.
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