Question

Describe what is different about the human and platypus Angiotensin-3 peptide sequence and why
this difference might not matter much?​

Answer 1

Explanation:

Among its findings: The platypus' genome is two thirds the size of the human genome and contains 18,500 genes. (The human genome comprises 20,000 to 25,000 genes.) Eighty-two percent of the animal's genes are found in other mammals.

Answer 2

Differences between human & platypus Angiotensin-3 peptide sequence :

Explanation:

• Early trendy human or anatomically trendy human ar terms accustomed distinguish human that ar anatomically in line with the vary of phenotypes seen in up to date humans from extinct archaic human species.

• Angiotensin could be a amide internal secretion that causes constriction and a rise in pressure. it's a part of the renin-angiotensin system, that regulates pressure. Vasoconstrictor conjointly stimulates the discharge of mineralocorticoid from the endocrine to push atomic number 11 retention by the kidneys.

• Like most animals, humans are a diploid organism species. every vegetative cell has 2 sets of twenty-three chromosomes, every set received from one parent; gametes have only 1 set of chromosomes, which could be a mixture of the 2 parental sets. Among the twenty-three combines of chromosomes, their are twenty-two pairs of autosomes and one pair of sex chromosomes.
• Like different mammals, humans have a sex chromosome sex-determination system, in order that females have the sex chromosomes XX and males have sex chromosomes. Genes and setting influence human biological variation in visible characteristics, physiology, unwellness susceptibleness, and mental talents. the precise influence of genes and setting on sure traits isn't well understood.

• Angiotensin III has four-hundredth of the force per unit area activity of angiotensin however, 100 percent of the aldosterone-producing activity. will increase mean blood pressure. it's an amide that's shaped by removing AN organic compound from angiotensin by aminopeptidase A.