'Nadph' diaporamas de présentation

? KG + 3NADPH + NH 3 + 2ATP ---> proline + 3NADP + + 2ADP + 2P i

? KG + NADPH + NH 3 + ATP ---> glutamate + NADP + + ADP + P i. ? KG + 3NADPH + NH 3 + 2ATP ---> proline + 3NADP + + 2ADP + 2P i. Proline degradation. Proline. Pyrroline-5-carboxylate. Non-enzymatic. Glutamate semialdehyde dehydrogenase. Glutamate semialdehyde. Glutamate.

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Air Pollution from Household Fuel Use

Air Pollution from Household Fuel Use. Kirk R. Smith Professor of Global Environmental Health University of California, Berkeley. Expert Group. UC Berkeley: Kirk R. Smith, Heather Adair UC San Francisco: John Balmes Stanford: Sara Stern-Nezer Harvard: John McCracken, Joel Schwartz

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Lipid Metabolism 2: Acetyl-CoA carboxylase, fatty acid synthase reaction, and regulation of fatty acid synthesis

Lipid Metabolism 2: Acetyl-CoA carboxylase, fatty acid synthase reaction, and regulation of fatty acid synthesis. C247. Bioc 460 Spring 2008 - Lecture 36 (Miesfeld). The fatty acid synthase enzyme in eukaryotes is dimer of two very large polypeptide chains, each encoding seven functional units .

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Cholesterol

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What is a plant?

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END2.4 - Diabetes mellitus 4 Biochemistry of diabetic complications

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Photosynthesis!!!!

Photosynthesis!!!!. The Pathway of energy in living organisms. cellular respiration. Chemical energy for use in the form of ATP. photosynthesis. Chemical energy stored in glucose, fats, or carbohydrates. Light energy from the sun.

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Chapter 1: Outline

Chapter 1: Outline. The Living World Bacteria, Archaea, Eukarya, (Viruses) Biomolecules Functional Groups Major Classes of Biomolecules Biochemical Processes (We are here.) Reactions, Energy, Metabolism, Order Genetic Information Processing. 1.3 Biochemical Processes.

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PURINE & PYRIMIDINE METABOLISM

PURINE & PYRIMIDINE METABOLISM. dr Agus Budiman. Nucleotide consists purine / pyrimidine base, ribose/ deoxyribose and phosphates. Nucleoside consists purine / pyrimidine base and ribose/ deoxyribose . Purine base contains adenine, guanine and hypoxanthine.

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Chapter 7 Biological Pathways- Photosynthesis

Chapter 7 Biological Pathways- Photosynthesis. Biology 100. Energy Pathways. Ultimately, the source of all energy in almost all ecosystems is the energy of fusion in the sun. Primary Producers (autotrophs) capture this energy in photosynthesis and use it to create organic molecules.

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Energy in the Cell

Energy in the Cell. Energy is in two basic forms: 1. potential energy , which is energy stored up, ready to use, like a coiled spring, the capacity to do work. 2. kinetic energy , which is energy of motion, actually doing work. Food molecules contain potential energy in their chemical bonds.

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PENTOSE PHOSPHATE SHUNT

PENTOSE PHOSPHATE SHUNT. Pentose phosphate shunt is an anabolic pathway that occurs in the cytoplasm Generates 3 ,4, 5, 6 and 7 carbon sugars and NADPH Functions:

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Making more plant: the biosynthesis of sucrose and starch

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PHOTOSYNTHESIS (Part 1)

PHOTOSYNTHESIS (Part 1). The Basic Facts. It is the conversion of light energy into chemical potential energy. The energy is stored in organic molecules (e.g. ATP and glucose) Carbon dioxide is reduced to produce carbohydrate So, it needs a supply of electrons hydrogens and energy!.

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Physiology of mental illness

Physiology of mental illness. Schizophrenia Depression and mania Anxiety disorders. Schizophrenia. Broad set of symptoms Positive and negative symptoms Genetic factors in etiology 1% of general population 10% in first-degree relatives of probands 45% in identical twins of probands

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One-Carbon Metabolism

One-Carbon Metabolism. Derivatives of tetrahydrofolate Derivatives of methionine Vitamin B12 Betaine. H. CH 2. OH. H 2 N. H. H. H. H. FOLIC ACID. p -Aminobenzoic Acid (PABA). Pteridine. Tetrahydrofolate (THF). Glutamate. Folate + NADPH + H +. 7,8 Dihydrofolate + NADP +.

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The Calvin Cycle

The Calvin Cycle. Section 6.2. Carbon Fixation by the Calvin Cycle. Second set of reaction in photosynthesis involves a biochemical pathway known as the Calvin Cycle Pathway produces organic compounds, using energy stored in ATP and NADPH during the light reactions Named after Melvin Calvin.

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Warm-up

Warm-up. Where do the light-dependent reactions take place? Where do free e - s first gain E from the sun during the light-dependent reactions? Where do the free e - s come from? How do the free electrons use their E going from psII to psI? What molecule do the free e - s become a part of?

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What do all those letters stand for??

What do all those letters stand for??. ATP = Adenosine Triphosphate ADP = Adenosine Diphosphate NADP+ = Nicotinamide Adenine Dinucleotide Phosphate NADPH = reduced form of NADP+ G3P = Glyceraldehyde 3-Phosphate.

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p22 phox

cit C. Stimuli inducing increased mitochondrial generation of ROS: serum deprivation - hypoxia integrin signalling - ceramide apoptosis - p53 TNF ? - oncogenic Ras. I. III. II. IV. UQ UQ-H 2. ? -. ? -. 2O 2. 2O 2. mt SOD. ?-. O 2.

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