Explain the process in which hormones secreted by the pancreas function with respect to increased glucose levels in the blood.  (tiles) must be in order  1 synthesis of hormones by beta cells2 release of hormones from the receptors  3 intake of glucose molecules from the blood by specific transporters  4 high amount of glucose in the blood5 sending signals toward the pancreas.6 binding of hormones with receptors on the liver sequence

the right order is:  

4 high amount of

5 sending

1 synthesis of

6 binding of

3 intake of   (reducing the blood sugar level)

2 release of (after regulating the blood sugar level to 1g / liter)

explanation:

in case of hyperglycemia, when the glucose level is greater than 1g / liter of blood, the endocrine cells of the pancreas (located at the islet levels of langerhans) are sensitized to this increase in concentration to their receptors glut2 which will internally glucose and cause the release of insulin molecules into the blood. when these molecules reach the liver, they are recognized by specific receptors located on the membrane of hepatocytes and will trigger:

- the transformation of glucose into glycogen by causing the activation of an enzyme, glycogen synthetase.

- the increase of glucose inputs into the adipocytes of the liver where it will be stored (especially in the form of triglyceride).

insulin also has an action on myocytes (glucose degradation and stimulation of gluconeogenesis) and adipocytes (stimulates lipogenesis). it is a hypoglycemic hormone.

the non-release of the hormone (insulin) from the receptor after its binding can cause reactive hypoglycemia.

i was thinking 4.0 v hope this

i wish i could with all of them i can barley see the first one so here's the answer to the first one b