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Cori Cycle and Glucose Alanine Cycle Biochemistry
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This is the video on Cori's Cycle and Glucose Alanine Cycle with NEET PG MCQs • 00:00 - Introduction • 00:26 - Cori's Cycle • 01:07 - Cori's Cycle Steps • 02:50 - Cori's Cycle Significance • 03:12 - Glucose Alanine Cycle (Cahill Cycle) • 03:53 - Glucose Alanine Cycle Steps • 04:53 - Glucose Alanine Cycle Significance • 05:24 - NEET PG MCQs • Cori’s Cycle (Glucose-Lactate Cycle) • Lactate, formed by glycolysis in skeletal muscle, is transported to the liver via blood where it reforms glucose, which again becomes available via the circulation for oxidation in the tissues. This process is known as the Cori cycle, or the lactic acid cycle. • Glucose Alanine Cycle (Cahill Cycle) • In the fasting state, there is a considerable output of alanine from skeletal muscle formed by transamination of pyruvate produced by glycolysis of muscle glycogen, and is exported to the liver, where, after transamination back to pyruvate, it is a substrate for gluconeogenesis. • This is glucose-alanine cycle. • Subscribe my channel from - / biochemistrybasicsbydramit • For more interesting stuffs related to biochemistry visit - • https://www.biochemistrybasics.com/ • Follow me • On Twitter - / dr_biochemistry • On Instagram - / biochemisrybasics • On Facebook - / amit.v.m • #coricycle #glucosealaninecycle #biochemistry
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