Lectures related to Urea cycle

Explains the degradation of amino acids and the urea cycle.

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

Explores targeting glycolysis and cancer signaling switches, enzyme inhibition mechanisms, and the role of ATP as the body's energy currency.

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

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

Delves into the GAP to DPG transformation in the Krebs cycle, discussing reaction energetics and equilibrium manipulation.

Delves into renormalization, fractals, and strange attractors, exploring the properties of countable and uncountable sets.

Explores metabolic processes in different tissues and the role of hormones.

Focuses on calculating the standard enthalpy of formation of urea using bond energies and sublimation enthalpies.

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

Explores the absence and existence of periodic solutions in planar systems.

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

Explores energy transfer in biological systems, cellular work, vesicular traffic, and cellular respiration.

Explores glycolysis, TCA cycle, Oxphos, and drug discovery in cancer.

Explains glycolysis, fermentation, Krebs cycle, ATP production, and electron transport chain in mitochondria.

Explores ATP synthase, cellular energy production, and monitoring methods.

Explores enzyme inhibition, target modulation, and probing tools in chemical biology.

Explores metabolic signaling, the Warburg effect, and pathway rewiring in proliferating cells.

Discusses the electron transport chain in mitochondria and the role of Coenzyme Q.

Explores tracking metabolic pathways through isotope tracing for quantitative metabolomics profiling.