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Drupady [299]
2 years ago
8

4. How would having a high blood viscosity affect your ability to climb stairs? Explain your answer interms of homeostasis of ox

ygen/carbon dioxide levels
Biology
1 answer:
attashe74 [19]2 years ago
8 0

Having a high blood viscosity will slow down ability to climb stairs. This is

because high blood viscosity is associated with high blood pressure.

The binding of oxygen to the blood is reduced in a blood with high viscosity

as there is difficulty in the transport of blood for oxygenation due to its

higher density. This allows fro accumulation of carbon dioxide in the blood

which is harmful to body cells.

High blood viscosity will therefore reduce one's ability to climb stairs and

perform other activities.

Read more about blood viscosity on brainly.com/question/8321796

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Glycolysis is the correct answer
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Bryophytes are also called
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Bryophytes are also called pioneer plants.
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In an organism with a diploid number of 2n=10, how many individual chromosomal structures will align on the metaphase plate duri
N76 [4]

Answer:

The correct answer is (a) Mitosis = 10, (b) Meiosis I = 10, (c) Meiosis II = 5.

Explanation:

  • Mitosis is the process by which the genetic material from the parent cell is divided equally among the daughter cells. This process of mitosis is preceded the a replication phase where the genetic material of the parent cell is doubled and then divided among the daughter cells. The ploidy or the chromosome number of the parent is maintained in the daughter cell.
  • Meiosis is the process by which the genetic material from the parent cell is divided among daughter cells, where the daughter cells are the gametes. Here, the number of chromosomes in the daughter cells is half of that present in the parent cell.
  • A diploid individual having 10 chromosomes, have 5 of the chromosomes obtained from its mother and 5 from its father.
  • During mitosis, each of the 10 chromosomes will be divided between the two  daughter cells. This is done by replication or doubling of the 10 chromosomes. This replication process will result in the generation of 2 chromatids per chromosome. During the metaphase stage of mitosis when these chromosomes align along the metaphase plate, there will be 10 chromosomes aligning and each chromosome will comprise of 2 chromatids, so total there will be 20 chromatids. These chromatids separate during the anaphase and generate 20 chromosomes in the dividing parent cell.
  • In the metaphase stage of meiosis I, the homologous (each obtained from mother and father) pair of chromosomes arrange themselves in tetrad or bivalents (two chromosomes together). Therefore, if the total number of chromosome is 10, there are 5 bivalents that can be formed from them. However, the total number of chromosomes that align along the metaphase plate is 10. Each chromosome has 2 chromatids, so total number of chromatids is 20. During anaphase I phase, the bivalents or homologous chromosomes separate from each other, and the number of chromosomes and chromatids in each daughter cell after meiosis I is 5 and 10 respectively.
  • The metaphase stage of meiosis II is exactly same as that of mitosis. Here the 5 chromosomes comprising of 10 chromatids, obtained after meiosis I, are aligned along the metaphase plate. During anaphase II, the 10 chromatids are further divided into the two gametes such that each gamete gets 5 chromosomes (after separation chromatid forms the chromosome).

6 0
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Anomalous development of 3rd and 4th branchial pouches leading to thymic hypoplasia is the mechanism of defect for
melisa1 [442]

The anomalous development of 3rd and 4th branchial pouches which leads to thymic hypoplasia particularly the 22q11.2 deletion is the mechanism of defect for Di-George Syndrome or DGS.

This is a primary immunodeficiency disease caused due to abnormal migration and development of tissues and certain cells during the course of foetus development.

There are certain functional deficiencies such as decrease in number of the T-cells, normal or decreased serum Ig, and normal B-cells.

The Di-George syndrome has a micro deletion of the chromosome 22q11.2 also known as the DGS critical region is also referred to as 22q11.2 deletion syndrome.

The symptoms of Di-George syndrome include developmental delay, congenital heart problems, cleft palate and frequent infections.

The Di-George syndrome is caused by deletion of 30 or 40 genes in the middle of chromosome 22, the particular location known as 22q11.2. Every person has 2 copies of chromosome 22, one inherited from each parent. If a person has Di-George syndrome, one copy of the chromosome 22 is missing a segment which includes around 30 to 40 genes.

The deletion of the genes from the chromosome 22 is a random event of father’s sperm or the mother’s egg.

The effects of this syndrome vary widely and have its effect on several parts of the body. Infections are common in this syndrome due to the problems arising in the immune system’s mediated response as in some patients the hypo plastic thymus is absent.

Children diagnosed with Di-George syndrome have a particular profile of neuropsychological test.

Patients who have Di-George syndrome can develop some autoimmune disorders at a higher rate than the general population. The exact mechanism which causes this syndrome and the features associated with it are still not known completely.

The diagnosis of the Di-George syndrome is done basis the symptoms at the time of birth or which develop soon after birth and get confirmed through genetic testing. Exact treatment and cure for Di-George syndrome is still not known but certain individual features are treated using the available standard treatments.

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