Glycerolipids
Learn MoreCoenzyme A and CoA esters are vital components in numerous metabolic pathways within living organisms Coenzyme A acts as a carrier molecule facilitating the transfer of acyl groups between different enzymes This process is crucial for the breakdown of fatty acids and the generation of energy CoA esters on the other hand are derivatives of coenzyme A that play essential roles in various biochemical reactions including the synthesis of fatty acids cholesterol and certain neurotransmitters These compounds are essential for maintaining proper cellular functions and are key players in the metabolic processes that drive life
Catalog Number | Chemical Name | CAS # | Price |
---|---|---|---|
LP-1334 | Acetyl Coenzyme A Li salt | 75520-41-1 | Online Inquiry |
LP-1335 | Propionyl Coenzyme A Li salt | 108321-21-7 | Online Inquiry |
LP-1336 | Butyryl Coenzyme A Li salt | 369651-89-8 | Online Inquiry |
LP-1337 | Crotonyl Coenzyme A Li salt | 116912-55-1 | Online Inquiry |
LP-1338 | Succinyl CoA | 604-98-8 | Online Inquiry |
LP-1339 | Hexanoyl Coenzyme A Li salt | 369656-99-5 | Online Inquiry |
LP-1340 | Octanoyl Coenzyme A free acid | 1264-52-4 | Online Inquiry |
LP-1341 | Decanoyl Coenzyme A free acid | 1264-57-9 | Online Inquiry |
LP-1342 | Coenzyme A free acid | 85-61-0 | Online Inquiry |
LP-1343 | Coenzyme A Li salt | 18439-24-2 | Online Inquiry |
LP-1344 | Dodecanoyl Coenzyme A free acid | 6244-92-4 | Online Inquiry |
LP-1345 | Tetradecanoyl Coenzyme A free acid | 3130-72-1 | Online Inquiry |
LP-1346 | Hexadecanoyl Coenzyme A K salt | 369657-00-1 | Online Inquiry |
LP-1347 | 3,7,11,15-Tetramethylhexadecanoyl Coenzyme A (NH4)3 salt | 146622-45-9 | Online Inquiry |
LP-1348 | Heptadecanoyl Coenzyme A free acid | 3546-17-6 | Online Inquiry |
Coenzyme A and its esters play crucial roles in various biological processes and have diverse applications in multiple fields In the realm of biochemistry Coenzyme A is utilized as a cofactor in numerous enzymatic reactions facilitating the transfer of acyl groups and serving as a key player in cellular metabolism CoA esters derived from Coenzyme A are essential intermediates in fatty acid synthesis and degradation
In medicine CoA esters are used as diagnostic tools to identify specific metabolic disorders By measuring the levels of certain CoA esters in the body healthcare professionals can detect abnormalities in metabolic pathways and provide targeted treatments Additionally CoA esters have potential therapeutic applications in treating various disorders such as mitochondrial diseases and neurodegenerative conditions by replenishing deficient Coenzyme A levels
In the field of synthetic biology and biotechnology Coenzyme A and its esters are essential components for the production of biofuels pharmaceuticals and biochemicals By engineering microorganisms to overproduce Coenzyme A or specific CoA esters researchers can enhance the efficiency of biochemical production processes and accelerate the development of sustainable solutions
Overall the applications of Coenzyme A and CoA esters span from fundamental biochemistry research to medical diagnostics and therapeutic interventions as well as industrial biotechnology showcasing their versatility and relevance in various biological-related fields
Please note that all services are for research use only. Not intended for any clinical use.
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