MRMAVERICK Forum Guru

Topics: 41 Posts: 729
| | 08/23/06 - 01:14 AM  
 
   
 
|   #2 |
fatty oxidation produces acetyl coA whic activates pyruvate carboxylase and inhibits pyruvate dehydropgenase-pyruvate carb is the mitochondrial enzyme and start point of gluconeogenesis-
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| MRMAVERICK Forum Guru

Topics: 41 Posts: 729
| | 08/23/06 - 01:14 AM  
 
   
 
|   #3 |
correct me if i am wrong
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| icemaiden Forum Elite
Topics: 9 Posts: 117
| | 08/23/06 - 05:24 AM  
 
   
 
|   #4 |
yeah and also provides the energy required to drive gluconeogenesis---ATP for the ABC enzyme Pyr: carboxylase etc
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| drpkaur Forum Guru

Topics: 195 Posts: 808
| | 08/25/06 - 07:55 AM  
 
   
 
|   #5 |
It means from your views that AcetylCoA is the linking factor...
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| vallia Forum Guru
Topics: 98 Posts: 889
| | 08/26/06 - 05:49 PM  
 
   
 
|   #6 |
I agree, Fatty acid b oxidation provide FADH2, NADH and Acetyl Coa. Acetyl CoA is the allosteric activator of pyruvate carboxilase .and FADH2 and NADH provide the energy. But also the realease of fatty acids from triacylglicerol yields glycerol which is transported in blood and can is converted to glycerol phosphate and then to DHAP which can enter gluconeogenesis.(but this is not the process of b oxidation). so yes the linking factor is Acetyl CoA
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