'Fructose 6 phosphate' diaporamas de présentation

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??? ? ? ?. Metabolism of Carbohydrates. ????? ???. ??? ? ?. ????. ????. ? (carbohydrates) ???????????????????????????????. ???????????????. ?????????????????????. ??????????????. ?????????????????????????????. ??????????????. ?????????????????????. ??????????.

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METABOLIC PATHWAYS

METABOLIC PATHWAYS. ALLOWS CELLS TO USE METABOLITES TO THEIR FULL POTENTIAL. METABOLISM. THE SUM OF ALL CELLULAR REACTIONS. TYPES OF METABOLIC REACTIONS. ANABOLIC VS CATABOLIC. CATABOLISM. AEROBIC VS ANAEROBIC. COUPLING AGENTS. ATP. ATP STRUCTURE. ADENINE RIBOSE THREE PHOSPHATE GROUPS.

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Metabolism of saccharides

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Metabolism of saccharides - exercise -

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You design lecture

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Biochemistry 3070

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LA BIOCHIMICA DEGLI ALIMENTI

LA BIOCHIMICA DEGLI ALIMENTI. 1- Cambiamenti biochimici nei carboidrati alimentari - cambiamenti dei carboidrati durante la germinazione dei semi; - metabolismo dei carboidrati complessi; - metabolismo del lattosio ed acidi organici nella produzione di formaggio;

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Ch. 23: Carbohydrate Metabolism

Ch. 23: Carbohydrate Metabolism. Introduction. Carbohydrate metabolism is mainly about how glucose is converted to acetyl-SCoA for entrance into the citric acid cycle stored and then released synthesized when carbohydrates are in short supply.

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Carbohydrate anabolism

Carbohydrate anabolism. We have covered some aspects of carbohydrate catabolism: glycolysis, PPP, citric acid cycle, etc. and now we turn to carbohydrate anabolic pathways that utilize ATP and reducing power for biosynthesis (ATP used to make favorable reactions)

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CARBOHYDRATE METABOLISM: GLYCOLYSIS

CARBOHYDRATE METABOLISM: GLYCOLYSIS. Khadijah hanim abdul rahman School of bioprocess engineering, UniMAp Week 14: 10/12/2012 Sem1, 2012/2013. Learning Outcomes.

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GLYCOLYSIS Glucose ATP Hexokinase ADP Glucose 6-phosphate P hosphogluco- i somerase

GLYCOLYSIS Glucose ATP Hexokinase ADP Glucose 6-phosphate P hosphogluco- i somerase Fructose 6-phosphate ATP Phosphofructokinase ADP Fructose 1.6- bis phosphate Aldolase Triose phosphate isomerase Dihydroxyacetone Glyceraldehyde phosphate 3-phosphate.

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KAPITOLA 11

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CELLULAR RESPIRATION

CELLULAR RESPIRATION. Glycolysis http://highered.mcgraw-hill.com/sites/0072507470/student_view0/chapter25/animation__how_glycolysis_works.html. Walsh Ingraham battle iron man http://www.youtube.com/watch?v=MTn1v5TGK_w. . C 6 H 12 O 6. +. 6O 2. 6CO 2. +. 6H 2 O. +. ATP.

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Integration of Metabolism

Integration of Metabolism. Biosynthetic and degradative pathways are almost always distinct. * NADPH is major electron donor in reductive biosynthesis. * ATP is the universal currency of energy. * Biomolecules are constructed from a small set of building blocks. Glycolysis

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Gluconeogenesis

Gluconeogenesis. Definition : Non Carbohydrate ? Glucose Site : Liver (80%), Kidney 20%) ? Small Intestine Why Glucose is very important! Brain always requires glucose In muscle as substrate for ATP production without oxygen Erythrocyte use only glucose for energy production

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Gluconeogenesis

p.543. Gluconeogenesis. How to synthesize glucose from noncarbohydrate precursors?. Gluconeogenesis. Gluconeogenesis happens in all animals, plants, and fungi. All the reactions are the same except the regulation.

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ATP

P. Glycolysis. 4 5. 2 ADP 2 ATP. 2 ADP 2 ATP. 1 2 3. glucose. 2 pyruvic acid. 2 2 2 2 2. ATP ADP. ATP ADP. 6 7 8 9 10. 2 NAD + 2 NADH. Step 1.

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