1. Membrane proteins are key components of a typical cell membrane. Explain the importance of the proteins inside membranes to the cell membrane itself, and overall life. Include a diagram that illustrates . Your labelled diagram needs to show two different types of transport proteins embedded within a typical cell membrane.

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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Membrane proteins are key components of a typical cell membrane. Explain the importance of the
proteins inside membranes to the cell membrane itself, and overall life. Include a diagram that illustrates . Your
labelled diagram needs to show two different types of transport proteins embedded within a typical cell
1.
membrane.
2.
Serine is an uncharged, polar amino acid (below and left). Threonine (below and right) is another
uncharged, polar amino acid. Illustrate the hydrolysis of a dipeptide that was made from these two amino
acids. Be sure to write all involved reactants and products in the structural form like Serine, and as a proper
chemical equation; e.g. reactant(s) - product(s). Your diagram of the dipeptide must show the N-terminal
and C-terminal ends at opposite sides of the dimer molecule, and you need to indicate where the peptide bond
is with an arrow/highlighter.
„H
C-N
OH NH2
но
CH — CH -с-соон
он
H
Transcribed Image Text:Membrane proteins are key components of a typical cell membrane. Explain the importance of the proteins inside membranes to the cell membrane itself, and overall life. Include a diagram that illustrates . Your labelled diagram needs to show two different types of transport proteins embedded within a typical cell 1. membrane. 2. Serine is an uncharged, polar amino acid (below and left). Threonine (below and right) is another uncharged, polar amino acid. Illustrate the hydrolysis of a dipeptide that was made from these two amino acids. Be sure to write all involved reactants and products in the structural form like Serine, and as a proper chemical equation; e.g. reactant(s) - product(s). Your diagram of the dipeptide must show the N-terminal and C-terminal ends at opposite sides of the dimer molecule, and you need to indicate where the peptide bond is with an arrow/highlighter. „H C-N OH NH2 но CH — CH -с-соон он H
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