Rejected
at 3:18 a.m. Mar, 09, 2025 ]
by
DillingerMed
Author:
jackpat
Type of change:
Content error
Rationale for change
As far as I can tell the process of amino acids being deaminated by a-ketogluterate to produce glutamate and a-ketoacids occurs in the muscle tissue, not in the liver. This is consistent with the AnKing diagram provided in the note.
Rejection reason
“Card is correct as written, look at image again. In the liver the NH3 group (e.g., alanine) is transferred to alpha-ketoglutarate forming glutamate and alpha-ketoacids (e.g., pyruvate)”
Current
Suggested
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Extra

- This reaction occurs via various aminotransferase enzymes
- In the diagram below, the NH3 group (e.g. alanine) is transferred to α-ketoglutarate forming glutamate and α-ketoacids (pyruvate)

Lecture Notes
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Pathoma
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Boards and Beyond
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First Aid


Sketchy



Watch Cahill Cori Cycles



Watch Cahill Cori Cycles
Sketchy 2
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Bootcamp
Watch associated Bootcamp video - Carbohydrates: Gluconeogenesis: Starting Substrates
Watch associated Bootcamp video - Ammonia Transport: Cahill (Alanine) Cycle
Watch associated Bootcamp video - Protein Metabolism : Ammonia Transport: Cori (Lactic Acid) Cycle, Glutamine Cycle, and Clinical Implications
Watch associated Bootcamp video - Metabolism of Charged Amino Acids
Watch associated Bootcamp video - Ammonia Transport: Cahill (Alanine) Cycle
Watch associated Bootcamp video - Protein Metabolism : Ammonia Transport: Cori (Lactic Acid) Cycle, Glutamine Cycle, and Clinical Implications
Watch associated Bootcamp video - Metabolism of Charged Amino Acids
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