Genetically modified grass varieties that carry genes for disease and drought resistance are now available. They were produced b
y recombinant DNA technology. However, the government has still not approved the sale of most of them, due to cautionary factors. What is the main reason for this concern?
These grasses can act as uncontrolled invasive species and can harm other useful species of plants.
Explanation:
The genetically modified grass are generated with the help of genetic engineering methods that comprise genes for disease and drought resistance. Due to the presence of these genes, these varieties of grasses exhibit greater chances to thrive in stressful situations and they disperse with a tremendous frequency.
The majority of the genetically modified varieties of grass are still didn't received approval by the government, as these species may function as uncontrolled invasive species and may result in harm to other useful species of plants, which can disperse fast and are tough to eradicate because of the presence of resistance against the stress conditions.
In incomplete dominance, neither of the alleles in an heterozygous condition is dominant, thing the organism will show a form of phenotype in which the physical trait expressed is a combination of the two alleles.
<span> 1.) Collect cheek cells. 2.) Burst cells open to release </span>DNA<span>. 3.) Separate </span>DNA<span> from proteins. and debris. </span>4<span>.) Isolate concentrated .</span>
If a major change in pH occurred, the protease enzymes would stop functioning or function very slowly, assuming the original pH was the most optimal pH for them.
