How is Acetyl CoA transferred across the inner mitochondrial membrane?

CPT1 converts it to Acyl-O-Carnitine, then CPT uses Acyl CoA to transfer it back on the side of the matrix

Not gonna confuse you- that's the answer

Why does Malonyl CoA (produced by F.A production) inhibit CPT1?

Because if F.A's are being produced, the body needs them, so they don't get oxidized in the cell that produced them and waste the energy

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gina_evans0312 6 preguntas

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1Of the following, which is the rate limiting step of lipolyisis?
1. ATryglyceride lipase
2. BDiglyceride lipase
3. CMonoglyceride lipase
2Which of the following does NOT cause an increase in lipolytic activity?
1. AInsulin
2. BGlucagon/adrenaline
3. CCorticosteroids
4. DThe SNS
3The dephosphorylated form of Triglyceride Lipase is active
1. AVerdadero
2. BFalso
4What is CPT1?
1. ACarnitine Palmotyl Transferase 1
2. BCarnitine Phoasphate Transferase 1
3. CCoA Palmitoyl Transferase 1
5How is Acetyl CoA transferred across the inner mitochondrial membrane?
1. ACPT1 converts it to Acyl-O-Carnitine, then CPT uses Acyl CoA to transfer it back on the side of the matrix
2. BNot gonna confuse you- that's the answer
6Why does Malonyl CoA (produced by F.A production) inhibit CPT1?
1. ABecause if F.A's are being produced, the body needs them, so they don't get oxidized in the cell that produced them and waste the energy
2. BAgain, just go with it

Descripción: (Lipolysis) Year 2 Test sobre Lipases & Beta Oxidation, creado por gina_evans0312 el 03/04/2014.
Autor: gina_evans0312
Idioma: English
Visitas: 234
Etiquetas: clinical biochemistry lipolysis year 2 lipolysis
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