00:01
So the question of you, wilmael blanks have been given and we have to answer them.
00:03
The first one given is that ganglion cell, okay, they exit ganglion cell axon, they will exit the retainer, okay, and they exit via a circular part in the nasal area.
00:21
And it is known as the optic disc, okay, this circular area.
00:30
Here they bundle together, they bundle up and ultimately they form what is known as the optic nerve.
00:40
Alright, so here the first answer is optic nerve.
00:45
Let us come to the next one.
00:47
The next one is stating about olfactory transduction, right? so, olfactory transduction, where does it take place? it takes place in the celia of the olfactory sense.
01:02
Sensory neuron.
01:04
Now what happens is any odorant molecule that is a molecule that is carrying a smell that will bind to an odorant receptor, okay, which is located in this celiary membrane and it will activate which protein it will activate a g protein which is known as golf and this stimulates adenyl cyclase as a result we see that we have a increased generation of camc cyclic amp from at so here it has asked us that it what activates so g protein is the answer what gets activated next they they have asked about the cortical area associated with color vision so the colour centre is found in the brain right and it is responsible for our visual perception and also processing any colour signal so which part of the brain is responsible for it the area that is responsible for it is collectively known as visual area four okay so here the correct answer is v4.
02:33
Next they have asked us about a structure that release hormone in the bloodstream.
02:38
So the structure that released hormone in the bloodstream are endocrine gland.
02:43
Okay.
02:44
So endocrine glands here is the answer.
02:47
They will release hormone in blood.
02:52
But if a structure, okay, release their product through a duct, okay, on the body...