'Acetyl coa' presentation slideshows

CARNITINE for FOD meeting

1.04k views • 72 slides

Review of Bioenergetics

Review of Bioenergetics . SP5005 Physiology Alex Nowicky power point slides: Powers and Howley- Exercise Physiology Ch 3 and 4. What is bioenergetics?. Study of energy in living systems what it is? Where does it come from? How is it measured?

1.74k views • 71 slides

Terpenes are the building blocks for a number of molecules Phytol tail on chlorophyll Ubiquinone tail Gibberellins Cytok

Terpenes are the building blocks for a number of molecules Phytol tail on chlorophyll Ubiquinone tail Gibberellins Cytokinin Steroids Many secondary products. Terpenes are the building blocks for a number of molecules Phytol tail on chlorophyll Ubiquinone tail Gibberellins Cytokinin

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Cellular Metabolism

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Metabolism of cardiac muscle

2.54k views • 47 slides

Cell Respiration

Cell Respiration . Topic 3.7 Cell Respiration Topic 8.1 Cell Respiration. Cell Respiration. Who does it? All living things (including plants!) What is it? Carbohydrates and O 2 are used to make ATP (energy). CO 2 and H 2 0 are waste products. The opposite of photosynthesis.

529 views • 35 slides

Citric Acid Cycle

Citric Acid Cycle. Gylcolysis. Electron Transport and Oxidative phosphorylation. TCA Cycle. The TCA Cycle. (aka Citric Acid Cycle, Krebs Cycle) Pyruvate (actually acetate) from glycolysis is degraded to CO 2 Some ATP is produced More NADH is made

1.22k views • 30 slides

Diabetic Ketoacidosis (DKA)

Diabetic Ketoacidosis (DKA). Dr. Reem Sallam , MD, MSc, PhD Clinical Chemistry Unit, Pathology Dept. College of Medicine, King Saud University. Diabetic emergencies. Diabetic Ketoacidosis (DKA) Hyperosmolar hyperglycaemic state (HHS)= Hypperosmolar non- ketotic acidosis (HONK)

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2. Cellular Respiration

573 views • 28 slides

Table of Contents

Section 1 Glycolysis and Fermentation Section 2 Aerobic Respiration. Chapter 7. Cellular Respiration. Table of Contents. Identify the two major steps of cellular respiration. Describe the major events in glycolysis. Compare lactic acid fermentation with alcoholic fermentation.

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Glycolysis = breakdown of sugars; glycogen, glucose, fructose

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Lecture 6 Respiration

Lecture 6 Respiration. Cellular respiration is the harvesting of energy from breakdown of organic molecules produced by plants The overall process may be summarized as. +. energy. +. +. 6 CO 2. C 6 H 12 O 6. 6 H 2 O. 6 O 2. (heat or ATP). carbon dioxide. glucose. water. oxygen.

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Metabolism

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Clostridial fermentations

Clostridial fermentations. Clostridia: physiologically and phylogenically diverse group. 14 related families, at least 7 have organisms traditionally called Clostridium (Collins et al. IJSB 44:812-826, 1994) Genus characteristics: Gram positive Spore formers Butyric acid production.

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Primary metabolites

Primary metabolites. Despite the extremely varied characteristics of living organisms , the pathways for generally modifying and synthesizing carbohydrates, proteins , fats , and nucleic acids are essentially the same in all organisms, apart from minor variations .

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Questions 26 - 35

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Cellular Respiration

Cellular Respiration. What is cellular respiration?. What do you notice about this equation?. How is the energy stored?. Where does it happen?. Starts in cytoplasm Finishes in the mitochondria. Step One: Glycolysis. Where? Glucose is split in half, making two pyruvates .

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Cellular Respiration in the Mitochondria

Cellular Respiration in the Mitochondria. Eukaryotes use mitochondria to produce the majority of the cell's ATP. The cellular respiration reactions that occur in the mitochondria are: Pyruvate Oxidation (Link reaction), Krebs Cycle and the Electron Transport Chain (ETC)

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Pre-Krebs and Krebs Cycle

Pre-Krebs and Krebs Cycle. Take place in the mitochondria 2 pyruvate molecules enter the mitochondria from the cytoplasm 3 Functions: Produces NADH and FADH2 Produces ATP Produces oxaloacetate. Pre-Krebs 1. Pyruvate enters the mitochondria from the cytoplasm

1.77k views • 5 slides

Glyoxylate Cycle

Glyoxylate Cycle. Dr. Sooad Al-Daihan Biochemistry department . Overview. An anabolic metabolic pathway occuring in plants, and several microoragnisms , BUT not animals . Occurs in glyoxysome

5.82k views • 4 slides