BIOLOGY COLLEGE

What test would be performed by the hospital to determine a diagnosis? List them

Answers

Answer 1

Answer:

Answer:

1 pet scan

2 x ray

Explanation:

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Explain how capillary action is really just teamwork between adhesion and cohesion.

Answers

The red blood cells are cohesive, meaning they want to stick together. if one cell moves along the capillary this cohesion will drag the neighboring cell with it. the cells are also adhesive to the capillary walls, so they stick along the tube lining as they are dragged through the capillary.

When neither gene in a genotype pair is dominant and neither gene is recessive, the genes are said to be

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when nither gene in a genotype pair is dominat nor recessive it is called co-dominance

State two functions of blood plasma

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Answer:

"The main role of plasma is to take nutrients, hormones, and proteins to the parts of the body that need it. Cells also put their waste products into the plasma."

a cell with 18 chromosomes divided by meiosis. which of the following statements best describes the expected daughter cells?

Answers

Final answer:

When a cell with 18 chromosomes divides by meiosis, the result would be four daughter cells, each with 9 chromosomes, option(c). This is because meiosis reduces the number of chromosomes in each daughter cell by half.

Explanation:

The best description of the expected daughtercells when a cell with 18 chromosomes divides by meiosis is: The result would be four daughter cells, each with 9 chromosomes. This is because meiosis is a type of cell division that results in four daughter cells each with half the number of chromosomes of the parent cell. The process of meiosis begins with a parent cell that is diploid, meaning it has two complete sets of chromosomes. During meiosis, this cell undergoes two rounds of division, resulting in four haploid daughter cells, with each containing half the number of chromosomes as the original parent cell. In this case, the original cell has 18 chromosomes, so each of the four daughter cells will end up with 9 chromosomes, option(c).

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Question: A cell with 18 chromosomes divides by meiosis. Which of the following statements best describes the expected daughter cells?

a. The result would be two daughter cells, each with 18 chromosomes.

b. The result would be four daughter cells, each with 18 chromosomes.

c. The result would be four daughter cells, each with 9 chromosomes

d. The result would be two daughter cells, each with 9 chromosomes.

Answer: there are four daughter cells. Each daughter cell has different characteristics from the parent

Explanation: did it

Nuris is writing a paper on the scientist who first named cells after studying cork under a microscope. Who is her paper about?A. Virchow
B. Schwann
C. Hooke
D. Leeuwenhoek

Answers

Answer is C
Robert Hooke was first scientist to discover cell.

Answer:

Explanation:

*Penguins are adapted to live in the antarctic. Which of the following isNOT true?

A)The dark coloured feathers reflect heat from the sun
B)Their webbed feet make them powerful swimmers
C)They have overlapping feathers to waterproof them
D)They have thick skin and lots of fat to keep them warm

Answers

Answer:

B their webbed feet make them powerful swimmers

Other Questions

How does blood travel from your heart to your limbs, such as your arms and legs?

Viruses express tissue tropism and host specificity. In particular, the avian influenza strain H5N1 has rare incidences in humans due to the reduced distribution of alpha-2,3 sialic acids in the lower respiratory tract. As a consequence, when the H5N1 strain does infect a human, the disease is very severe due to the risk of pneumonia. In contrast, human influenza strains (H1N1, among others) attach to alpha-2,6 sialic acids, which are readily expressed in the upper and lower respiratory tract. Which of the following would not be true if a mutation were to allow the H5N1 strain to attach to alpha-2,6 sialic acids?Choose one:A. The avian influenza strain could be transmitted easily from human to human.B. An epidemic would likely ensue due to the lack of immunity to the new avian influenza strain.C. The avian influenza strain could be transmitted directly from birds to humans.D. The avian influenza strain would only infect the lower respiratory tract of humans.Hint: Alpha-2,6 sialic acid is expressed throughout the human respiratory tract.

Help me please , easy 10 points ... just look at the picture & answer the question.

Approximately 99% of the microbes in the intestines are obligate anaerobes. We have plenty of blood vessels that can bring oxygen to the tissues of the intestines. Why would there be obligate anaerobes within these areas? A. The bacteria in the intestines are protected from exposure to the oxygen in the tissues by the lining of the intestines. B. The bacteria consume all the oxygen in the tissue areas brought by the blood vessels, creating an anaerobic environment. C. While the blood vessels supply oxygen to the tissues of the intestines, the inner area where the bacteria reside is NOT supplied with blood/oxygen. Since it's deep within our bodies, there's no chance for oxygen to get into these inner areas of the intestinal tube, creating a highly anaerobic environment. D. The aerobic microbes are outcompeted for nutrients in these areas by the anaerobic microbes.