Answer:D
Explanation:
Because The genetic code by which DNA stores the genetic information. The functional segments of DNA which code for the transfer of genetic information are called genes
4,3 of two the between difference the to sent PaulRegards1,2,4Ode3,
The question is incomplete. The complete question is as follows:
Which of the following is not true regarding fenestrated capillaries?
A) Fenestrated capillaries in endocrine organs allow hormones rapid entry into the blood.
B) Fenestrated capillaries in the small intestine receive nutrients from digested food.
C) Fenestrated capillaries are essential for filtration of blood plasma in the kidney.
D) Fenestrated capillaries form the blood-brain barrier.
Answer:
Fenestrated capillaries form the blood-brain barrier.
Explanation:
The fenesterated capillaries are small fine thin capillaries that helps in the exchange of substances. These capillaries are mainly found in the kidney, small intestine and glands.
The fenestrted capillaries allow the exchnage of hormone in the blood and in the kidney for the filtration. The nutrients can be easily exchanged by the capillaries present in the small intestine. The blood brain barrier function is not performed by the fenesterated capillaries. They allows the rapid exchange function and not as the barrier.
Thus, the correct answer is option (D).
Answer:
Frequency of p 
Frequency of p 
Number of individuals with homozygous dominant (AA) 
Number of individuals with heterozygous (Aa)
Number of individuals with homozygous recessive (aa) 
Explanation:
Out of 100 people, 10 have albino skin (aa)
So, the frequency of homozygous recessive individuals 
is 
Now, q will be
As per Hardy Weinberg's equation -
Substituting the value of q in above equation, we get -
Now the frequency of homozygous dominant (AA) will be
Hence, out of 100 people 
people are homozygous dominant (AA)
Like wise out of 100 people 
people are homozygous recessive (aa)
As per As per Hardy Weinberg's equation-
Substituting the values in above equation, we get -
So, out of 100 people 
people are heterozygous (Aa)
