I would say A.
B and C can be eliminated because they have to do with using resources more efficiently. Now we're down to A and D, and of the two, I'd say A is most plausible. Globalization is the connection of the world with each other. With all this technology, companies see endless possibilities to sell their products. They use more and more natural resources, which can deplete those resources quickly.
To be alive an organism must be able to intake nutrients, respirate, grow, and reproduce
In determining species, it is best to differentiate in terms of the population that is being adapted in which, a certain niche. So, if it has a small gene pool, and the different species will be interbreeding each other with a much genetic variability in gene pool, it would most likely cause a less adaptation. The niche will be having a less adaptation if too much genetic variability will occur.
Human cells do not have cell walls is the statement which best describes antimicrobial drugs that affect cell wall synthesis
Explanation:
Human cell is very different from the bacteria and foreign materials which enters into the body. There are many bacteria and virus which tends to cause disease in the human body.
There are many medicines such as antibacterial, antimicrobial drugs which are helpful for dealing with these bacteria and viruses. Human cells do not have cell wall.
Some of the bacteria and virus too have cell walls. The antimicrobial and antibacterial which we take, takes action on the cell walls and try to destroy it.
Answer:
1. Malonyl CoA
2. Inhibits
3.fatty acil CoA
4. Carboxylase
5. Insulin
6. Synthesis
7. Glucagon
8. Oxidation
Explanation:
the oxidation of the mitochondria is blocked by the entry of fatty acid units, a reaction produced by stopping the carnitine acetyl transferase mediated by Malonyl CoA
A key intermediate in fatty acid synthesis ——-Malonyl CoA—-inhibits —-carnitine acyltransferase I, thereby blocking the entry of fatty acyl units into the mitochondrion for oxidation.
The substrates for fatty acid oxidation, ——Fatty acyl CoAs ——-, inhibit fatty acid synthesis by interfering with the polymerization of acetyl-CoA ——carboxylase ——.
Hormonal effects on adipocytes are opposed:——- Insulin ——-promotes fatty acid ———-synthesis ——-by several mechanisms;——Glucagon ——promotes fat breakdown and fatty acid ——Oxidation ——
