Answer: Genetic engineering is a tool in biotechnology wgich is beneficial to both the organism, the society and the environment.
What is genetic engineering?
Genetic engineering is a technique in biotechnology in which genes of organisms are manipulated to produce desirable effects in the organism.
Genetic engineering provided benefit to both the organism as well as the society.
To the organism, it gives the organism an advantage of increased chances for survival, for example producing disease-resistant crops.
To the society, it enhances food production as plants produce more food when healthy.
To the environment, it enables these disease to disappear as they can no longer affect organisms.
Explanation:
Answer:
E. glucosuria (glucose in the urine)
Explanation:
Generally, glycosuria occurs in patients with kidney changes due to diseases such as Wilson's disease or cystinosis, can also be a hereditary problem, but is not expected in patients with kidney damage caused by prolonged lithium use.
Normally, the kidneys filter the blood, eliminating all substances that are not necessary for the body to function, while glucose is reabsorbed in the blood because of its importance in energy production, but people with renal glycosuria do not reabsorb glucose. , which causes it to be eliminated in the urine, occurring glucosuria.
Answer:
Pleiotropy
Explanation:
Pleiotropy is a condition that occurs when one gene affect several other phenotypic traits that are not related. The autosomal dominant allele of the genetic disease called blue sclera, is pleiotropic. It has the potential of causing also fragile bones and deafness which are entirely unrelated traits. Genetic mutation of a gene is the most likely explainable reason for the connection of these traits together.
Buffalo eat whatever they can find in the woods
