Answer:
Streptococcus is a genus of gram-positive coccus (plural cocci) or spherical bacteria that belongs to the family Streptococcaceae, within the order Lactobacillales (lactic acid bacteria), in the phylum Bacillota.
its a line
Answer:
As I am the member of the city council, I would prefer nuclear power plant as the best for community instead of using a new coal-burning plant.
Explanation:
- The nuclear plant don't emit harmful gasses like carbon dioxide, sulfur dioxide, nitrogen oxides, mercury, or other toxic gases which is harmful to the living beings.
- It is the alternate method to decrease the rate of air pollution so it is friendly to the environment as well as Eco-system.
- Although the nuclear plant is expensive but the requirement is less than Coal-burning plant.
<span>Virues are different from bacteria, fungi and parasites, beacuse they can not survive without the presence of a host organism.They need a host to reside into, replicate, obtain nutrition and thrive. Outside host, they are just present as proteins or capsids. </span>
The answer for this is D.
Think of phylo- as a group of organisms and -genetic as genes of these organisms. Put it into a tree formar and it’ll show how genetics will group these organisms and how they are related (like a family tree).
Answer:
Explained
Explanation:
Due to lack of of Triose phosphate isomerase cell will be unable to interconvert Dihydroxyacetone to glyceraldehyde 3 phosphate.
And the cells will be able to complete the glycolysis only in the presence of glyceraldehyde 3 phosphate which will generate 2 ATP and hence the net ATP gain during whole process in anaerobic condition will be Zero. This will lead to the dath of the mutant yeast.
a) While in case of aerobic condition, only one molecule of pyruvate will also be able to produce more ATP compared to anaerobic condition by further oxidation which is sufficient for yeast to survive.
b) the cells will be able to complete the glycolysis only in the presence of glyceraldehyde 3 phosphate which will generate 2 ATP and hence the net ATP gain during whole process in anaerobic condition will be Zero. This will lead to the death of the mutant yeast.