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--- tca_cycle_is_amphibolic_in_nature [2025/12/30 05:49]
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+++ tca_cycle_is_amphibolic_in_nature [2025/12/30 05:55] (current)
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-*TCA cycle is amphibolic (both catabolic and anabolic) in nature. There is a continuous influx (pouring into) and a continuous efflux (removal) of4-carbon units from the TCA cycle.
+**TCA cycle is amphibolic (both catabolic and anabolic) in nature.**
+* TCA cycle is amphibolic (both catabolic and anabolic) in nature. There is a continuous influx (pouring into) and a continuous efflux (removal) of4-carbon units from the TCA cycle.
 *Catabolic role(energy production):
-     *Glucose -------> pyruvate ------->Acetyl CoA ------ > enters into TCA cycle
+  *Glucose -------- > pyruvate ------- > Acetyl CoA ------> enters into TCA cycle
-     *Oxaloacetate --------> precursor of aspartate
+  *Oxaloacetate --------> precursor of aspartate
-     *Glutamate ------>alpha ketoglutarate
+  *Glutamate ------ > alpha ketoglutarate
 *Anabolic role:
-     *Citrate ------->cholesterol and fatty acid synthesis
+  *Citrate ------->cholesterol and fatty acid synthesis
-     *Alpha ketoglutarate ------ > glutamuc acid –--- &gt; GABA
+  *Alpha ketoglutarate ------> glutamuc acid –---> GABA
-     *Succinyl CoA -------->heme synthesis and ketolysis
+  *Succinyl CoA -------- >heme synthesis and ketolysis
-     *Malate / oxaloacetate ---------- > gluconeogenesis
+  *Malate / oxaloacetate ----------> gluconeogenesis