Answer:
C, D, E, F.
Explanation:
Fungi are belongs to multicellular eukaryotic organisms. Fungi are heterotrophs in nature they can not make their own food, and they are playing very important role in nutrient cycle in an ecosystem. They can reproduce from both method sexually and asexually. They are also symbiotic associated with plants and bacteria.
Some statements describe about the body structures or functions of fungi are:
C) Some fungi secrete digestive enzymes into the environment and then absorb the digested nutrients.
D) Mycelia are made up of small-diameter hyphae that form an interwoven mass, providing more surface area for nutrient absorption.
E) Some fungi can grow as either filamentous or single-celled forms.
F) All fungi are heterotrophs; some species live as decomposers and others as symbionts.
Atherosclerosis has been associated with high blood pressure. when a person has a blood pressure of 158/99 is called hypotension
The accumulation of lipids, cholesterol, and other chemicals in and on the artery walls is known as atherosclerosis. The accumulation is known as plaque. Atherosclerosis can constrict the arteries and obstruct blood flow. Additionally, the plaque may rupture and cause a blood clot.
A deposit of plaque in the inner lining of the artery results in atherosclerosis, which is a thickening or hardening of the arteries. High cholesterol and triglyceride levels, high blood pressure, smoking, diabetes, obesity, physical activity, and consumption of saturated fats are possible risk factors.
Statins are frequently used to reduce cholesterol, maintain healthy arteries, and avoid atherosclerosis.
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Tertiary is the highest, but if youre looking for the highest level in energy than it would always be the one closest to the bottom which is primary.
The answer is; B
During a replication round, the replication does not occur to the complete end of the chromosome. This is due to the physical challenge posed to the DNA polymerase in the replication of the lagging strand. Therefore, even the leading strand at the same end will not have complementary nucleotides to bind with. This overhang end is thus nicked. This is now the ends of chromosomes shorten with each round of replication. To avoid mutations, as a result, the end of chromosomes are extended with telomeres. These telomeres shorten with each replication round and protect the genes at the ends of chromosomes.
