Answer:
Explanation:
The glucose used by the neurons for ATP production comes from:
a) Nutrients absorbed from digestion and glucose produced by the liver.
b)The breakdown of fat in adipose tissue and glycogen in muscle tissue.
c)Only Nutrients absorbed from digestion.
d)Only gluconeogenesis in the liver.
What can receptors detect?
a)Loss of homeostasis
b)Loss of homeostasis and a return to homeostasis.
c) A return to homeostasis.
d)Need for medical attention.
Which of the following is not a role of the skeletal system in maintenance of homeostasis?
a) Calcium Storage
b) Protection
c) Support
d) Phosphorous storage
What controls blood pressure in your body?
a) The hypothalamus
b) pituitary gland.
c) medulla oblongata
d) all of the above
What increases blood pressure?
a) Decreased heart rate.
b) Decreased blood vessel resistance
c) Increased blood volume
d) all of the above
What ends a hormonal response to increase blood pressure?
a) Low blood pressure
b) High blood pressure
c) A return to homeostasis.
d) Low blood pressure and a return to homeostasis
Answer:
Explanation:
to mulitoply the amout of cells to create a larger organism so to do so you have to slpit the larger cells to make smaller cells who grow
Answer: (TFIID) TBP-> TFIIB IIA--> TFIIF RNA POL II
Explanation:
Remember that in eukaryotic organisms, transcription and processing are coupled processes. There are 3 different types of Rna pol. In the case of RNA pol II transcribes genes that encode proteins (mRNA synthesis). Transcription factors are involved, for example: TFIID, TBPs, TAF (recognizes TATA promoter center, regulatory functions), TFIIA (stabilizes TBP union, antirepressant function), TFIIB (RNA Pol II starting point selection).
Answer:
Where's the full question?
Explanation:
