Lectures related to Metabolic Diversity and Fe/Mn Cycles

Explores microbial metabolic diversity, including energy sources, redox reactions, and ATP generation.

Explores cell energy production, metabolic signaling pathways, and the coordination between TCA cycle and OXPHOS.

Explores glycolysis, ATP production, and metabolic signaling in cancer and drug discovery.

Explores metabolic diversity in microorganisms, emphasizing fermentation pathways and energy production.

Explores the Citric Acid Cycle, energy production, electron transfer, and metabolic pathways.

Explores the Electron Transport Chain in mitochondria, focusing on proton pumps and Coenzyme Q.

Explores respiration, fermentation, and energy generation processes in microorganisms, highlighting the diversity of fermentation pathways.

Explores microbial metabolism, focusing on energy generation, biomass production, redox reactions, and electron carriers.

Explores catabolism, anabolism, energy balance, ATP production, and cellular respiration processes.

Explores microbial metabolic diversity, enzyme catalysis, redox carriers, and Fe(III) reduction mechanisms.

Discusses methanogenesis pathways, energy generation, and the role of methylotrophy in carbon cycling.

Explores metabolic pathways for cell energy production, emphasizing glycolysis, TCA cycle, oxidative phosphorylation, and proton-motive force.

Explores glycolysis, the Krebs cycle, and ATP synthesis in cellular respiration.

Explores enzyme inhibition, metabolic signaling, glycolysis, and isotopic tracing in central carbon metabolism.

Explores cellular respiration, focusing on ATP generation through catabolic pathways and the role of enzymes in energy capture.

Explores ATP synthesis through glycolysis, fermentation, oxidation pathways, and oxidative phosphorylation in mitochondria.

Explores microbial metabolism, focusing on energy production, biomass synthesis, and redox reactions in cells.

Explores ETC-OXPHOS, ATP synthesis, ECAR, OCR, and metabolic modulators.

Explores cellular respiration, energy production from glucose, ATP synthesis, and metabolism of fuel sources.

Explores energy coupling reactions in metabolic pathways, ATP synthesis from food breakdown, and the role of coenzymes and oxidative phosphorylation.