Home
Class 11
BIOLOGY
Third ventricle is connected with fourth...

Third ventricle is connected with fourth ventricle in the hind brain through a canal called

A

cerebral aqueduct

B

Septum pellucidum

C

Choroid plexus

D

Foramen of monro

Text Solution

Verified by Experts

Promotional Banner

Topper's Solved these Questions

  • NEURAL CONTROL AND COORDINATION

    SARAS PUBLICATION|Exercise EXERCISE|196 Videos
  • MORPOHOLOGY

    SARAS PUBLICATION|Exercise EXAMPLE|217 Videos
  • ORGAN AND ORGAN SYSTEMS IN ANIMALS

    SARAS PUBLICATION|Exercise EXERCISE|110 Videos

Similar Questions

Explore conceptually related problems

The hind brain of frog is called-

Lateral ventricles communicate with the narrow third ventricle in diencephalon through an opening called

The 1st and the 2nd ventricles of the brain is communicated with the 3rd ventricle through an opening called:

Explain the Ventricles of the brain.

How do ventricles of brain communicate with each other ?

The third ventricle in brain of rabbit lies in _________

The myocardium of the ventricle is thrown into irregular muscular ridges called

Fill up the blanks in the following paragraph by selecting the correct option The vascular system of frog is well-developed ul("I") type. The blood vascular system involves heart, blood vessels and blood. Heart has 3 chambers, two atria and one ventricle and is covered by a membrane called ul("ii") . A triangular structure called ul("iii") joins the right atrium.

The .............. connects the lateral ventricles with the III ventricle.

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 ?