long chain fatty acids penetrate the inner mitochondria membrane
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Hyy
Explanation:
Involvement of carnitine in the entry of free fatty acids into the inner mitochondrial space. Fatty acids are combined with coenzyme A in a reaction that effectively costs 2 ATP molecules per reaction. The fatty acyl CoA is then converted to fatty acyl carnitine, which can penetrate the inner mitochondrial membrane.
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1
Explanation:
Involvement of carnitine in the entry of free fatty acids into the inner mitochondrial space. Fatty acids are combined with coenzyme A in a reaction that effectively costs 2 ATP molecules per reaction. The fatty acyl CoA is then converted to fatty acyl carnitine, which can penetrate the inner mitochondrial membrane.
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