Pituitary gland is located in a depression in the sphenoid bone of skull below the brain, so it is also called hypothalamus cerebri. Discuss the following. How does the posterior lobe of pituitary help in osmoregulation?
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Pituitary gland is located in a depression in the sphenoid bone of skull below the brain, so it is also called hypothalamus cerebri. Discuss the following. Discuss the role of hypothalamus andf pituitary as a co-ordinated unit in maintaining physiological porcesses.
Pituitary gland is located in a depression in the sphenoid bone of skull below the brain, so is also called hypothalàmus cerebri. Discuss the following: (i) Pituitary gland is commonly called "master gland" of the body.
The pituitary gland is located in the bony cavity of the sphenoid bone called.......
Identify the correct statement from the below about "Pitultary gland " (I) The pituitary galnd means to grow under is ovoid in shape (II) It is located in the sella turcica (III) IT is about two centimetre in diameter and 0.2 gm in weight. (IV) A bony cavity of the sphenoid bone at the base of brain
Read the given passage and answer the questions that follows: Rhodinus, a blood-sucking bug, shows five instars before it metamorphoses into an adult. It ahs a very long head with the brain located at tip and an organ called Corpora Cardiaca (C C) behind it. The hormone that ensures the continuum of the juvenile stages is called a juvenile hormone. Behind the head is a pro - thoracic gland, which gets triggered by the Pro - Thoracico - Tropic Hormone (PTTH) to release ecdysone required for molting into an adult. The following observations were made when the juveniles of this insect were subjected to various conditions : 1. Starved juveniles (any instar) when decapitated rarr remained juveniles and did not molt into adults. 2. Well-fed juveniles (any instar) when decapitated rarr molted into adults. 3. Starved juveniles (any instar) when partially decapitated to remove the brain cells rarr remained juveniles and did not molt into adults. 4. Well - fed juveniles (any instar) when partially deitated to remove the brain cells rarr did not molt into adults. If an unfed, completely decapitated, fth (final) instar juvenile is connected to a well-fed, decapitated fourth instar juvenile by a glass tube so that fluids can be exchanged, what whill be the expected result ?
