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anabolic pathways : • anabolism and catabolismacetyl CoA pathwayCalvin cycleC-3C-4CAM •: Crassulacean Acid Metabolism : eicosanoid biosynthesis : Hatch-Slack pathwayelectron transfer chain : redox reactionsHMG-CoA-reductase pathway : Isoprenoid biosynthesis in plants methylerythritol phosphate & HMG-CoA-reductase pathwayLight-reactions •: MEP pathway : mevalonate pathway : mevalonate-dependent (MAD) route : MVA independentPhotosynthesis Overview •: cyclic photophosphorylation :• Light-reactions •: noncyclic photophosphorylation :• Nonoxygenic photosynthesisOxygenic photosynthesisPhotophosphorylation •: cyclic photophosphorylation : noncyclic photophosphorylation :• Nonoxygenic photosynthesisOxygenic photosynthesis : redox reactions : electron transfer chain :

Carbon fixation in prokaryotes: • Calvin cycle = C-33-hydroxypropionate cyclereductive acetyl CoA pathwayreverse tricarboxyclic acid cycle • Carbon fixation in Cyanobacteria, prochlorophytes, algae: • Calvin cycle = C-3 = RuBP • Carbon fixation in Plants : • C-3C-4CAM •: Crassulacean Acid Metabolism ••

catabolic pathways: acetyl-CoA : aerobic respirationanabolism and catabolismanaplerotic reactionsbeta-oxidationglycolysisglyoxylate cycle : catabolism and anabolismcatabolism : citric acid cycleKrebs cycleoxidative phosporylation : respiration - aerobic ››› respiratory burst • : TCA cycle : tricarboxylic acid cycle • : image catabolism vs anabolism :

Prokaryote metabolism: Carbon fixation in Cyanobacteria, prochlorophytes: • Calvin cycle = C-3 = RuBP • Metabolism • glyoxylate cycle3-hydroxypropionate cyclerACAreductive acetyl CoA pathwayreverse tricarboxyclic acid cyclerTCARuBP
Prokaryote Physiology & CommunicationInteractions in BacteriaBacterial motilityPhosphorylation switchesPhotosynthetic bacteriaProkaryote Genetics & BiochemistryControl of gene expressionRecombinant DNA Restriction Enzmes Restriction EndonucleasesHorizontal Gene TransferConjugationTransductionTransformationSymbiosis

reactions : anaplerotic reactionsLight-reactions phosphorylationpyruvate dehydrogenase reaction •: redox reactions

redox reactions : • electron donorelectron transfer chain : redox reactions

Diagrams Section · Photosynthesis : ·· Z-scheme of noncyclic photophosphorylation Section · Metabolism : ·· autotroph ·· Denitrification ·· chemoautotroph chemoheterotroph chemolithotroph ·· heterotroph ·· lithotroph ·· Nitrification ·· Nitrogen cycle ·· noncyclic photophosphorylation ·· photoautotroph photoheterotroph phototroph ·· Trophism ·· Z-scheme of noncyclic photophosphorylation ··

Tables:  main table, ·· alternate alphabetic description. Section · Lipids  lipoproteins
 saturation of triacylglygerols : Section · Prokaryotes : ·· electron acceptors  Electron acceptors for respiration and methanogenesis in prokaryotes ·· Embden-Meyerhof ·· Entner-Doudoroff ·· glycolysis  Glycolysis in bacteria ·· lithotrophs ··  Lithotrophic prokaryotes ·· methanogenesis ·· phosphoketolase ·· respiration ·· bacterial photosynthesis ·· Section · Metabolism  Electron Transport vs Oxidative Phosphorylation  Enzymes Cofactors of Krebs Cycle ·· Section · Molecular Genetics  gene regulation in E.coli ·· ·· ·· Section· Photosynthesis :  Comparison of Photosynthesis and Respiration  Comparison of plant and bacterial photosynthesis  Comparison of C-3, C-4, CAM plants  Overview of Photosynthesis  Structure of bacteriochlorophylls ··

images: image ATP structure : image NAD structure : image CoA : image substrate level phosphorylation : image plasma membrane E.coli : image model fermentation :

Alphabetic : A acetyl CoA pathway : aerobic respiration :• anabolism and catabolism •: aspartate to oxaloacetate : B • beta-oxidation : C • Calvin cycleC-3C-4CAM • : carboxylation of pyruvate to oxalocetate : • catabolism : catabolism and anabolism :choline-folate-methionine : citric acid cycle : G • glycolysis : glutamate to α-ketoglutarate glyoxylate cycle : H : Hatch-Slack pathway3-hydroxypropionate cycleHMG-CoA-reductase pathway : I : Isoprenoid biosynthesis by MEP & Isoprenoid biosynthesis by HMG Co A : K • Krebs cycle : M : methylerythritol phosphate (MEP) pathway : mevalonate pathway : mevalonate-dependent (MAD) route • : N: nitrogen assimilation : P: • pentose-phosphate pathwayphotorespiration : pyruvate to oxalocetate : photosynthesis : • C-3C-4CAMCalvin cycle : Photosynthesis OverviewPhotophosphorylation •: cyclic photophosphorylation : noncyclic photophosphorylation :Nonoxygenic photosynthesisOxygenic photosynthesisLight-reactions : R • redox reactionsrACAreductive acetyl CoA pathway : respiration - aerobic ››› respiratory burstreverse tricarboxyclic acid cyclerTCARuBP : S • sulfur metabolism : T : TCA cycle : transamination of aspartate to oxaloacetate : tricarboxylic acid cycle : U • urea cycle : W : Wood Ljungdahl Pathway :
organelles : • chloroplast :

ghrelin, leptin, melanocortin, obestatin : internal :

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