Lecture 15: Energy Flow in the Life of a Cell cont.

10/04/2002


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Table of Contents

Lecture 15: Energy Flow in the Life of a Cell cont.

V. Chemical reactions in living organisms need to be catalyzed

V. Chemical reactions in living organisms need to be catalyzed

V. Chemical reactions in living organisms need to be catalyzed

V. Chemical reactions in living organisms need to be catalyzed

V. Chemical reactions in living organisms need to be catalyzed

PPT Slide

V. Chemical reactions in living organisms need to be catalyzed

V. Chemical reactions in living organisms need to be catalyzed

V. Chemical reactions in living organisms need to be catalyzed

V. Chemical reactions in living organisms need to be catalyzed

VI. Effects on Enzyme Activity

VI. Effects on Enzyme Activity

Harvesting Energy: Intro Cell Respiration

Phagocytosis of large particles

Paramecium Digestion

Hydra Capturing prey

Fluid feeding

Substrate feeding

Filter feeding

Bulk feeding

Hungry?

Basic process of nutritional acquisition in higher animals

Tongue

Epiglottis

Stomach

Small intestine

Intestine

Jejunum blood circulation

Digestion & Absorption

Catabolism (molecules broken down)

Anabolism (complex molecules are synthesized)

PPT Slide

Energy Concept

PPT Slide

PPT Slide

I. Definition of cellular respiration

I. Definition of cellular respiration

Cellular Respiration

Overview

Electron transport chain

Why oxygen?

Digestion & Absorption

Energy Metabolism

Author: Brian Bergstrom

Email: Brianb@muskingum.edu

Home Page: http://muskingum.edu/~brianb/CellMolecular/cell.html