The<u> neurohypophysis </u>releases hormones directly into the blood and the <u>adenohypophysis</u> receives hormones from the hypothalamus cells which in turn causes the release of more hormones.
What are neurohypophysis and adenohypophysis?
The hormones produced by the posterior pituitary are released into the bloodstream directly from the axonal terminals of their source neurons, this region of the pituitary is frequently referred to as neurohypophysis. Two peptide hormones, vasopressin, and oxytocin act as the structural base of a neuro-humoral system that coordinates fluid balance and reproductive function.
The anterior pituitary (or adenohypophysis), controls a number of physiological processes (including stress, growth, reproduction, and lactation). Melanocyte stimulating hormone is produced and secreted by the intermediate lobe.
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Answer:
Hydrocephalus is produced when there is an imbalance between the cerebrospinal fluid (CSF) produced by the choroid plexus and its absorption into the bloodstream. It is a congenital disease that can be divided into two major classes: communicating and non-communicating hydrocephalus. Communicating hydrocephalus is caused by blockage of the CSF circulation pathway after exit from the ventricles, while the non-communicating type is caused by the obstruction of one or more ventricles in the brain. Thus, the disruption of the ventricular zone (i.e., both the obstruction within a ventricle and the connection between ventricles) is known to cause non-communicating hydrocephalus, while the factors associated with communicating hydrocephalus include insufficient CSF reabsorption, excessive CSF production and defective flow of CSF.
Answer:
Needle loop is used to inoculate microorganisms.
Explanation:
Inoculation of microorganisms in a given culture media involves application of substances which may be chemicals or a food source to the microbes to ensure its survival. It helps in the growth of the organisms for further analysis.
The loop is usually flamed to kill foreign organisms as this may contaminate which may result in altering the reactions and observations of the study.