explain how the three-dimensional structure of a cytosolic protein differs from a transmembrane protein in terms...

explain how the three-dimensional structure of a cytosolic protein differs from a transmembrane protein in terms of the amino acid distribution and folding.

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gladiator answered 2 years ago

1. The three-dimensional shape of a protein determines its function. Briefly explain these terms as they...

1. The three-dimensional shape of a protein determines its function. Briefly explain these terms as they relate to protein shape and provide a supporting example for each: denature, conformational change, genetic mutation. Each example must include a specific protein. 2. Compare and contrast simple diffusion and facilitated diffusion. In other words, how are they similar and how are they different? Provide supporting examples for each. 3. (a) What is the osmolarity of a solution containing 85 mM C6H12O6, 120 mM...

Explain how protein synthesis in Eukaryotes differs from protein synthesis in prokaryotes (10 marks)

Explain how protein synthesis in Eukaryotes differs from protein synthesis in prokaryotes

Quaternary Structure Quaternary structure represents the three-dimensional (3D) structure of one functional protein. 25. The 3D...

Quaternary Structure Quaternary structure represents the three-dimensional (3D) structure of one functional protein. 25. The 3D quaternary structure is facilitated by interactions between which portions of the polypeptide chain? (Select one) Backbone atoms Side chains/R groups 26. List the different types of interactions that can occur at the level of quaternary protein structure. Covalent bonds Interactions between individual amino acid R units that are near to each other in the linear sequence interactions of individual amino acid R groups between...

1) The three-dimensional structure of a protein is determined by its primary, secondary, or tertiarty structures....

1) The three-dimensional structure of a protein is determined by its primary, secondary, or tertiarty structures. What are some of the common secondary structures? What are the foreces that hold together the secondary and tertiary structures? 2) The function of proteins can be regulated in a number of ways. Describe how protein phosphorylation and GTP binding proteins can modulate protein function.

Explain how an issue network differs from an iron triangle in terms of which groups are...

Explain how an issue network differs from an iron triangle in terms of which groups are involved and their relationships with one another.

Question 8. A transmembrane protein uses a β barrel structure to span the cell membrane. How can amino...

Question 8. A transmembrane protein uses a β barrel structure to span the cell membrane. How can amino acid mutations in a protein within this β barrel structure affect interactions with the membrane and why? (Up to 50 words) Question 9. Haemoglobin is a protein that carries oxygen in our red blood cells. Sickle cell anaemia is a genetic disease in which Glu at position 6 of haemoglobin is mutated to a Val, rendering haemoglobin non-functional. What type of amino acid change is this? (1...

Describe how the internal structure of the ovary differs from the internal structure of the testis...

Describe how the internal structure of the ovary differs from the internal structure of the testis and how these organs differ in reproductive potential.

What are the levels of protein structure for the Cystic Fibrosis Transmembrane conductance regulator? Including primary,...

What are the levels of protein structure for the Cystic Fibrosis Transmembrane conductance regulator? Including primary, secondary, tertiary, and quaternary.

structure and function of G-protein coupled receptors: binding of neurotransmitter/ hormone to 7-transmembrane receptor, activation of...

structure and function of G-protein coupled receptors: binding of neurotransmitter/ hormone to 7-transmembrane receptor, activation of G protein (3 subunits- what happens with each subunit), role of GTP/GDP (AH domain)

Explain how gas chromatography differs from liquid chromatography.

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