Abstract:The synthesis of behenyl CoA by the reaction of coenzyme A with N-hydroxysuccinimide ester of behenic acid is reported. This method gives better yields of behenyl CoA when compared to the acid chloride or mixed anhydride method where side reactions seem to cause a decrease in yield.
The developmental profile of fatty acid elongation enzymes of rat brain microsomes and mitochondria and the consequences of pyridoxine deficiency have been investigated. The results suggest that a single enzyme system is responsible for elongation of the various fatty acids by mitochondria whereas the microsomal elongation system is diverse.
The developmental profile of fatty acid elongation enzymes of rat brain microsomes and mitochondria and the consequences of pyridoxine deficiency have been investigated. The results suggest that a single enzyme system is responsible for elongation of the various fatty acids by mitochondria whereas the microsomal elongation system is diverse.
Synthesis of alpha-hydroxy stearyl CoA from N-hydroxysuccinimide ester of a alpha-hydroxy stearic acid and coenzyme A is reported. The CoA derivative has been isolated, purified and characterized from its spectral data and chemical properties.
A convenient synthesis of erucyl CoA from N-hydroxysuccinimide ester of erucic acid and coenzyme A is reported. The product has been fully characterized from its spectral and hydrolysis data. The yield is superior to the acid chloride or mixed anhydride methods where side reactions seem to reduce the yield.
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