Title : Homeostasis of glucose level: in vivo changing glucose into amylose with the help of starch phosphorylase, a primer and glucose-1phosphate.
Abstract:
When glucose-1phosphate is added to a primer in presence of an enzyme, starch phosphorylase the glucose molecules produce a polymer amylose. I suggest recreation of this in vitro reaction complex into in vivo set of reactions, removing excess toxic glucose molecules from the cellular pool. I suggest, use of genetic engineering experiments if needed to amplify starch phosphorylase locus (or loci) from a donor and incorporation of the locus (or loci) in a mammal laboratory animal securing in vivo production of this enzyme (starch phosphorylase) in the recipient animal. the primer could be injected into the animal; after successful production of amylose from glucose monomers genetic engineering experiments to remove extra toxic glucose molecules in humans be tried. but this can be done, when all biological hazards in case of humans have been avoided. This scheme of glucose metabolism can have controls. The lesser the primer, the lesser the removal of glucoses.
Audience Takeaway:
- a novel and simple way of fighting diabetes.
- audience will take interest in genetic engineering.
- the knowledge of cytology and molecular biology.
