'Nadh' presentation slideshows

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??? ????. Biological Oxidation. ??? ????. ?????????. 1 ??? ???????????????????????????????????????????????????????????. 2 ????????. ??? ??? ???? ?????????? ???? ???? ???? ???? ????????? ???. ????. 3 ????????. ??? ??? ??? ???? ???.

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Departments of Bioengineering Departments of Chemical Engineering Rice University Houston, Texas

Metabolic Engineering and Systems Biotechnology. Ka-Yiu San. Departments of Bioengineering Departments of Chemical Engineering Rice University Houston, Texas. Recombined plasmid. Restriction cleavage. mRNA. Gene of interest. Translation. Restriction sites. Ligation.

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Cellular Respiration

Cellular Respiration. Review. Self Quiz. Review. Biocoach. Funny Song O verview of Cellular respiration. McGraw Hill Videos. Cellular R espiration Diagram. BACK. McGraw Hill Videos. How Glycolysis works How the Krebs Cycle Works Proton Pump How the NAD+ works

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Amino Acid Catabolism

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CHAPTER 9 CELLULAR RESPRIRATION: HARVESTING CHEMICAL ENERGY

CHAPTER 9 CELLULAR RESPRIRATION: HARVESTING CHEMICAL ENERGY. http://www.johnkyrk.com/mitochondrion.html. Energy flow and chemical recycling in ecosystems. NADH 2 or NADH - + H +. Almost 40% of the energy in glucose is converted to ATP. Each glucose uses 2 ATP then

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CHAPTER 9 CELLULAR RESPRIRATION: HARVESTING CHEMICAL ENERGY

CHAPTER 9 CELLULAR RESPRIRATION: HARVESTING CHEMICAL ENERGY. http://www.johnkyrk.com/mitochondrion.html. Energy flow and chemical recycling in ecosystems. NADH 2 or NADH - + H +. Almost 40% of the energy in glucose is converted to ATP. Each glucose uses 2 ATP then

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Analogous to Succinate dehydrogenase

Analogous to Succinate dehydrogenase. Analogous to fumarase. Analogous to malate dehydrogenase. Claisen cleavage reaction: reverse of citrate synthase. Thiolase. For a saturated fatty acid with n carbon atoms (even number). ? -oxidation yields. n-2/2 NADH n-2/2 FADH 2.

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Lecture 27

Lecture 27. Exam on Friday Up to glyoxalate cycle. For the exam. Metabolism Glycolysis Fermentation Gluconeogensis Glycogen Pentose Phosphate Pathway TCA Mechanisms! Regulation of pathways!. Page 851. 2Ac-CoA + 2NAD + + FAD OAA + 2CoA + 2NADH +FADH 2 + 2H +.

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Pathways related to cellular respiration

Pathways related to cellular respiration. Section 2.3 Pg. 117. Outline. CATABOLISM protein lipids ANAEROBIC PATHWAYS ethanol fermentation lactate fermentation EXERCISE PHYSIOLOGY VO 2 max. CATABOLISM. Nutrients are catabolised to obtain substrates for cellular respiration

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Lecture 27

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Cellular Respiration

Cellular Respiration. CR is the process by which cells convert the energy in food, in the form of glucose, into usable energy (ATP) Terms to know Oxidation=the loss of electrons, compound becomes more positive Reduction=the gain of electrons, compound becomes more negative

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Chapter 13: Carbohydrate Metabolism

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Fat Metabolism

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SURVEY OF BIOCHEMISTRY Electron Transport and Oxidative Phosphorylation

SURVEY OF BIOCHEMISTRY Electron Transport and Oxidative Phosphorylation. Redox Centers. Zoom in on the cristae:. The Mitochondrion. ~2000 per cell. How does electron transfer work?. NADH binds to Complex I on the matrix side of the membrane. Electron Transfer with NADH.

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If you have questions check out our facebook group!!

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An overview of bacterial catabolism

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OPTICAL CRYOIMAGING OF KIDNEY AND THE EFFECT OF SALT INTAKE IN SALT-SENSITIVE RATS

OPTICAL CRYOIMAGING OF KIDNEY AND THE EFFECT OF SALT INTAKE IN SALT-SENSITIVE RATS. Fahimeh Salehpour , Mohammad MasoudiMotlagh,Meredith M Skelton,Allen R. Cowley ? , Mahsa Ranji * *Department of Electrical Engineering, University of Wisconsin - Milwaukee

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ANAEROBIC PATHWAYS

ANAEROBIC PATHWAYS . NAD+ is in limited supply, so if the cell does not have a way to oxidize the NADH back to NAD+ glycolysis will come to a halt.

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ATP used and synthesized during extra-hepatic oxidation of fructose-derived tripalmitoyl-glycerol

ATP used and synthesized during extra-hepatic oxidation of fructose-derived tripalmitoyl-glycerol. Adipose. Glycerol. Gly3P. Glycerol. DHAP. ATP. NADH. NADH. ATP. Glycerol. 0.5 Glc. 0.5 Glc. 0.5 Glc. DHAP. Gly3P. Liver. 6 ATP. 3 C16:0. 3 Acyl-CoA. TG. 3 C16:0. 3 C16:0.

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