Presentation is loading. Please wait.

Presentation is loading. Please wait.

Glucosa piruvato acetatobutirato propionato celulosa celobiosa glucosa celulasa celobiasa glicólisis fermentación acetatobutirato propionato.

Published byAna Paz Iglesias Modified over 8 years ago

Similar presentations

Presentation on theme: "Glucosa piruvato acetatobutirato propionato celulosa celobiosa glucosa celulasa celobiasa glicólisis fermentación acetatobutirato propionato."— Presentation transcript:

1 glucosa piruvato acetatobutirato propionato celulosa celobiosa glucosa celulasa celobiasa glicólisis fermentación acetatobutirato propionato

2 glucosa piruvato acetatobutirato propionato almidón maltosa glucosa amilasa maltasa glicólisis fermentación acetatobutirato propionato

3 aminoácidos proteínas péptidosproteasas urea NH 3

4 triglicéridos glicerol + ácidos grasos lipasas glicerol ácidos grasos insaturados ácidos grasos hidrogenados hidrogenación ácido propiónico ácidos grasos hidrogenados ácido propiónico

Download ppt "Glucosa piruvato acetatobutirato propionato celulosa celobiosa glucosa celulasa celobiasa glicólisis fermentación acetatobutirato propionato."

Similar presentations

GLICOSE. Vale 2 ATPs Vale 10 ATPs Vale 20 ATPs.

GLICOSE. Vale 2 ATPs Vale 10 ATPs Vale 20 ATPs.
- Introducción - Degradación de ácidos grasos:

- Introducción - Degradación de ácidos grasos:
Carbohydrates 1. Monosaccharides glucose, fructose, galactose 2. Disaccharides sucrose, maltose, lactose 3. Polysaccharides starch, glycogen, Agar.

Carbohydrates 1. Monosaccharides glucose, fructose, galactose 2. Disaccharides sucrose, maltose, lactose 3. Polysaccharides starch, glycogen, Agar.
Profesor: Jorge Cárdenas S.

Profesor: Jorge Cárdenas S.
Glucosa Piruvato Glucosa Piruvato Lactato Glucosa Piruvato Lactato Eucariotas.

Glucosa Piruvato Glucosa Piruvato Lactato Glucosa Piruvato Lactato Eucariotas.
Metabolismo: Glicólisis y oxidación-  Bioquímica Prof. J. Roberto Ramirez Vivoni, Ph.D. Prof. Alberto L. Vivoni Alonso, Ph.D. versión enero2015.

Metabolismo: Glicólisis y oxidación-  Bioquímica Prof. J. Roberto Ramirez Vivoni, Ph.D. Prof. Alberto L. Vivoni Alonso, Ph.D. versión enero2015.
Metabolismos: Glicólisis y oxidación-b

Metabolismos: Glicólisis y oxidación-b
Nutrition and Metabolism

Nutrition and Metabolism
THE HUMAN DIGESTIVE SYSTEM THE CHEMICAL DIGESTION.

THE HUMAN DIGESTIVE SYSTEM THE CHEMICAL DIGESTION.
THE ROLE OF ENZYMES ENZYMES ARE “BOSSY” PROTEINS.

THE ROLE OF ENZYMES ENZYMES ARE “BOSSY” PROTEINS.
Presentation title slide

Presentation title slide
Digestive Enzymes Throughout the digestive system, enzymes break down the food into useful substances.  Recall that enzymes are protein catalysts – they.

Digestive Enzymes Throughout the digestive system, enzymes break down the food into useful substances.  Recall that enzymes are protein catalysts – they.
Proteins. What are proteins? Chain of molecules of Amino Acids called a polypeptide chain Found in: muscle, hormones, enzymes Monomers of proteins are.

Proteins. What are proteins? Chain of molecules of Amino Acids called a polypeptide chain Found in: muscle, hormones, enzymes Monomers of proteins are.
Proteins. What are proteins? Chain of molecules of Amino Acids called a polypeptide chain Found in: muscle, hormones, enzymes Monomers of proteins.

Proteins. What are proteins? Chain of molecules of Amino Acids called a polypeptide chain Found in: muscle, hormones, enzymes Monomers of proteins.
Catalase Sources - plant tissues e.g. potato tuber, apple animal tissues e.g. liver, muscle hydrogen peroxide ----------  water + oxygen Speed up the.

Catalase Sources - plant tissues e.g. potato tuber, apple animal tissues e.g. liver, muscle hydrogen peroxide  water + oxygen Speed up the.
Digestive system – Quiz 1 (Difficult) Answers on the last slide.

Digestive system – Quiz 1 (Difficult) Answers on the last slide.
Aim: What are enzymes? I. Enzymes (Organic Catalysts) – proteins that change the rate of a chemical reaction (usually speeds it up). A. Characteristics.

Aim: What are enzymes? I. Enzymes (Organic Catalysts) – proteins that change the rate of a chemical reaction (usually speeds it up). A. Characteristics.
Mrs. Boorom’s MACROMOLECULE/ ENZYME Test Review Jeopardy Style!

Mrs. Boorom’s MACROMOLECULE/ ENZYME Test Review Jeopardy Style!
Digestive System Chemical Digestion of Food.

Digestive System Chemical Digestion of Food.
Molecular breakdown/absorption of Polysaccharides Lipids Proteins

Molecular breakdown/absorption of Polysaccharides Lipids Proteins

Similar presentations

Ads by Google