The first commercial application of genetic engineering was the use of bacteria
to make insulin, a medicine needed by diabetics. before the use of genetically-
engineered bacteria, insulin had to be harvested from the pancreases of
slaughtered animals. how has genetic engineering most likely improved the lives
of diabetics? *
o
it has made the incidence of diabetes decrease.
it has made it easier for diabetics to inject themselves with insulin.
it has made insulin cheaper and more readily available.
o
it has made the demand for insulin decrease.

It has made insulin cheaper and more readily available most likely improved the lives of diabetics

Explanation:

Ineffectual composition of the hormone recognized as insulin leads to an issue termed diabetes. Insulin permits the body's cells to consume glucose, which they utilize as food. Demand to discover a method to generate huge amounts of insulin economically raised when the number of crises of diabetes extended to rise. Genetic engineering procedures provide microorganisms for this plan.

Diabetes victims have to infuse insulin to regulate their blood sugar levels. A variety of insulin from yeast and bacteria like E. coli has been designed by Genetic engineering. This genetically mutated insulin, ‘Humulin’ was authorized for human application in 1982.

Examples of Fluid Technology include: Hydraulics- which exist in cars, planes, robots, etc. Other examples include: Fire Extinguishers, Steam Engines, Water Turbines, etc.

Explanation:

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