Course Content
Terminology of Animal Nutrition
0/1
Terminologies
Comparative composition of plant and animal cells and tissues
0/1
Chemical Composition of Plant and Animal
Classification, Function, requirement and food sources of protein, carbohydrate, Lipid , Macro and micro minerals, Vitamins and water
0/12
Introduction
Carbohydrates
Classification of Carbohydrate
Protein
Composition of protein
Classification of protein
Amino acids
Fats
Classification of lipid
Some naturally occurring Fatty acids
Vitamins
Minerals
Digestion of food in ruminants and non-ruminants
0/12
Introduction
Digestive enzymes
Ruminant Digestive System Parts
Functions of the Ruminant Stomach
Digestion Process in Ruminants
Parts of the Monogastric (non-ruminants) Digestive System
Functions of the Monogastric Digestive System
Digestion process in non-ruminants
Microbial population in the Rumen
Digestion of carbohydrate in the reticulo-rumen
Digestion of protein in the reticulo-rumen
Digestion of lipids in the reticulo-rumen
Absorption of food nutrients in animals
0/5
Absorption of food nutrients in monogastric animals
Phenomenon of absorption of food nutrients in monogastric animals
Absorption of Fat in Monogastric animals
Absorption of food nutrients in ruminant animals
Nutrients and their absorption center
Metabolism of nutrients
0/5
Introduction
Phenomenon of metabolism
Metabolism of carbohydrate
Metabolism of Fat
Metabolism of protein
Feed ingredients and their classification
0/4
Forages and roughages
Concentrates
Classification of feed ingredients
Classes
Feeding standard for cattle, buffalo, Sheep, goat, Pig and poultry
0/4
Introduction
Units used for feeding standards
Classification of feeding standards
Merits and Limitations of feeding standards
Learn Animal Nutrition and Feeding Practices with Rahul
About Lesson

Metabolism of Fat

  • Occurs through beta oxidation.
  • Results into production of acetyl CoA molecules
  • These enters the Kreb’s cycle and are oxidized to carbon dioxide and water.
  • The glycerol is first converted to dihydroxy acetone phosphate which is then converted to acetyl ATP.
  • The net gain is 22 mole per mole of glycerol of ATP from ADP.
Previous
Next