Portal blood vessels connect two capillary beds found in the hypothalamus and anterior pituitary.
So, the correct option is C.
<h3>Hypothalamus-Pituitary Complex:</h3>
The "command center" of the endocrine system is assumed to be the hypothalamus-pituitary complex.
In addition to hormones that directly affect target tissues, this complex also secretes hormones that control the production and release of hormones from other glands.
Furthermore, the hypothalamus-pituitary complex controls the communications between the nervous and endocrine systems.
The hypothalamus-pituitary complex is frequently necessary for the translation of a stimulus into hormones that can start a reaction after it is received by the neurological system.
Additionally, the pituitary gland (also known as the hypophysis), a bean-shaped organ hung from the hypothalamus by a stem called the infundibulum (or pituitary stalk), is physically and functionally connected to the hypothalamus.
The sella turcica of the sphenoid bone of the skull serves as a cradle for the pituitary gland.
It has two lobes, the posterior pituitary (also known as the neurohypophysis), which is made of neural tissue, and the anterior pituitary (also known as the adenohypophysis), which is made of glandular tissue.
<h3>Anterior Pituitary:</h3>
The embryonic anterior pituitary develops from the gastrointestinal tract and moves toward the brain as the fetus grows.
The pars tuberalis is a thin "tube" that wraps around the infundibulum, the pars distalis is the most anterior, and the pars intermedia is next to the posterior pituitary.
Neurons secrete hormones from the hypothalamus, but blood arteries transport them to the anterior pituitary.
There is a capillary bridge that links the anterior pituitary and hypothalamus inside the infundibulum.
The hypophyseal portal system is the network that enables the delivery of hypothalamic hormones directly to the anterior pituitary without first passing via the systemic circulation.
The superior hypophyseal artery, a branch of the carotid arteries that carries blood to the hypothalamus, serves as the system's initial point.
The hypophyseal portal system is made up of the superior hypophyseal artery's branches.
The portal veins deliver hypothalamic releasing and inhibitory hormones into the anterior pituitary via a main capillary plexus.
Anterior pituitary hormones enter a secondary capillary plexus in reaction to hormones being released, and from there, drain into the blood circulation.
In the anterior pituitary, seven hormones are produced.
Separate hormones produced by the hypothalamus either promote or suppress the anterior pituitary's capacity to produce hormones.
The hypophyseal portal system is the route by which hormones from the hypothalamus get to the anterior pituitary.
Seven hormones are produced by the anterior pituitary.
Beta endorphin,
prolactin,
thyroid-stimulating hormone (TSH),
adrenocorticotropic hormone (ACTH),
growth hormone (GH),
follicle-stimulating hormone (FSH), and
luteinizing hormone (LH).
Because they regulate the activity of other endocrine glands, the anterior pituitary hormones TSH, ACTH, FSH, and LH are together known as tropic hormones.
<span>Actually the correct method to handle the used needle is ie, It should be disposed in the right place after wrapping up it with a piece of paper or cover, which will surely avoid any type future unwanted problems to the new patients or any body and also it stops us from the spreading of unwanted diseases.</span>
Explanation: When trying to establish the level or extent of correlation or relationship which exists between two variables, the variables are classed as independent and dependent variables. The independent variable is referred to as the variable which causes a change in the value of the other variable (dependent variable). It is also known as the explanatory or predictor variable as it lead to changes in the dependent or predicted variable. In the scenario above, the independent variable is sunlight whose impact leads to changes in the growth level of the plant.
They have to have a higher density than water to have the ability to stay on the sea floor. Otherwise they would just float to the surface of the water
