BIOCHEMISTRY
BIOCHEMISTRY
8th Edition
ISBN: 9781319296186
Author: BERG
Publisher: MAC HIGHER
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Chapter 12, Problem 4P
Interpretation Introduction

Interpretation:

The diffusion coefficient at BIOCHEMISTRY, Chapter 12, Problem 4P , additional homework tip  1if protein in a membrane of 100 KDa has an effective viscosity of 1 poise and the average distance traveled by 100 kDa protein in BIOCHEMISTRY, Chapter 12, Problem 4P , additional homework tip  2BIOCHEMISTRY, Chapter 12, Problem 4P , additional homework tip  3and BIOCHEMISTRY, Chapter 12, Problem 4P , additional homework tip  4needs to be calculated.

Concept introduction:

Diffusion coefficient also called diffusivity is the diffusing quantity from one region to another passing through unit cross-section area per unit time. It is denoted by D.

BIOCHEMISTRY, Chapter 12, Problem 4P , additional homework tip  5

Where,

K =Stefan Boltzmann constant BIOCHEMISTRY, Chapter 12, Problem 4P , additional homework tip  6

T = Absolute temperature

BIOCHEMISTRY, Chapter 12, Problem 4P , additional homework tip  7viscosity of the solvent

r = radius of the sphere.

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Compare and contrast primary and secondary active transport mechanisms in terms of energy utilisation and efficiency. Provide examples of each and discuss their physiological significance in maintaining ionic balance and nutrient uptake. Rubric Understanding the key concepts (clearly and accurately explains primary and secondary active transport mechanisms, showing a deep understanding of their roles) Energy utilisation analysis ( thoroughly compares energy utilisation in primary and secondary transport with specific and relevant examples Efficiency discussion Use of examples (provides relevant and accurate examples (e.g sodium potassium pump, SGLT1) with clear links to physiological significance. Clarity and structure (presents ideas logically and cohesively with clear organisation and smooth transition between sections)
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