Inhibin is a hormone produced by granulosa cells in the ovaries (and corpus luteum and placenta in females, Sertoli cells in males) that inhibits FSH secretion through negative feedback; cancer cells develop uncontrolled growth through mutations that transform proto-oncogenes into oncogenes and accelerate telomerase production to prevent telomere shortening, enabling indefinite cell division.
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πRe NEET Rank Booster Series βοΈ| ReNEET Preparation π #neetbiology #reneet2026 #neetpreparation #ntaAdded:
If you are a sincere NEET aspirant then wait for 2 minutes and answer these two questions.
is PYQ. This is a tricky question. You can appear in the exam. Identify the correct statement on Inhabin. Option one inhibits the secretion of LH, FSH and prolactin which are produced by ganglion cells in the ovaries and inhibits the secretion of FSH. It is produced by granulosa cells in the ovaries and inhibits the secretion of LH. It is produced by male cells in the testis and inhibits the secretion of LH. Look, whenever this type of question comes, children, keep in mind that the answer is hidden somewhere in the things that look similar in such questions.
If you have read carefully then you would know that inhibin is produced by the glial cell and inhibits it, that is why it is named inbin.
This gives negative feedback.
Inhibits the secretion of FSH. Bonus points: Keep listening. In males it is produced by Sertoli cells. Ok?
And in females, is it produced only by the ovaries? No. Along with the ovary is the corpus luteum and the placenta. Let's move on to the next question. But before that, one important thing is to join this series.
And for this you just have to subscribe and do not forget to like and share the video. What is the question?
Which of the following statements is not true for cancer cells in relation to mutation?
Is the option mutation in protooncogene accelerates the cell? Look, when the proto-oncogene changes into an oncogene, a mutation occurs in it, then it changes into an oncogene and what this oncogene does is that it is responsible for uncontrolled growth, okay, so this option will not be there, the second option is mutation will destroy the telomerase inhibitor, if it destroys it then the cell will die, look, telomerase, you should know that telomerase is an enzyme which maintains the length of the telomere, okay, normally it is inactive, there is a cap on the solute which protects the solute. Similarly, there is a cap on the chromosome which protects the chromosome and after every division the size of the telomeres decreases so that the signal is sent to the cell. This will be the answer.
Mutation inhibits the production of tilmerase.
Inhabits will not. It will accelerate.
Only if it accelerates will there be uncontrolled cell growth. If it inbits then the cell will die.
So, tell me in the comments whether your answer was correct and don't forget to like and share.
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