Equimolar amount of insulin and C peptide are usually released into the body system circulation under normal circumstances. A large fraction of circulating insulin is typically rapidly remove by the liver while the liver clear only a negligible amount of C peptide. C peptide is primarily cleared by the kidney at a lower metabolic clearance rate.
Normally the, C peptide level increases when the pancreatic secretion of insulin increases and vice versa. Therefore, exogenous administration of insulin results in an increase in insulin level without a corresponding increase in C peptide level. On the other hand, both insulin and C peptide levels are elevated in patients with insulinoma.<span />
Answer;
-Floodplain
The flat area on either side of a stream's natural levee, where alluvium is deposited, is called the foodplain.
Explanation;
-A floodplain is the area around a river that is covered in times of flood. A floodplain is a very fertile area due to the rich alluvium deposited by floodwaters.
-This makes floodplains a good place for agriculture. A build up of alluvium on the banks of a river can create levees, which raise the river bank. They are low-lying lands next to rivers, streams, and oceans. A floodplain is any land area susceptible to being inundated by water from any source.
Answer:
D. 365 days
Explanation:
Revolution means covering distance and moving around the sun so it takes a year or 365 days revoluting around the sun.
Answer:
DNA replication is semi-conservative because each helix that is created contains one strand from the helix from which it was copied. The replication of one helix results in two daughter helices each of which contains one of the original parental helical strands.
A mutation is a change that occurs in our DNA sequence, either due to mistakes when the DNA is copied or as the result of environmental factors such as UV light and cigarette smoke. ... Mutations can also occur as the result of exposure to environmental factors such as smoking, sunlight and radiation.
Btw :
stay safe! :3
Answer:
a. At the cytosol surface
Explanation:
- The G protein coupled receptors have seven transmembrane alpha helices and because of this they are able to pass through the cell membrane seven times.
- Like every protein, this receptor also has to terminals - one is the N-terminus and the other is the C-terminus.
- The N-terminus is the amino end of the receptor whereas the C-terminus is the carboxyl end of the receptor.
- The N-terminus lies on the extracellular side and then it crosses the membrane 7 times such that the C-terminus faces the inside that is towards the cytosol.
- The fact that the loop on the cytosol side between helices 5 and 6 helps us to know that the 7th loop must go outside and by coming back in the C-terminus would eventually face the cytosol.