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Hello there, students.
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Today we're going to be discussing ways how the body prevents glycogen from depleting in regards to a chapter on glycogen metabolism.
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And learn more about with glycogen because we learn how the body is able to break down glycogen to give us the glucose for our muscles to use it as concentration for when we're overusing our body for some sort of.
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Of like exercise or some stringious manual labor type of deal or if you need that burst of energy to get away from danger and for the liver how glucose is there to help maintain our blood our blood glucose levels and also a primary fuel for our blank i'm not blank brain my bad for our brain so here hearing how glycogen is very helpful in those things when it comes to energy, we don't want to lose all of that.
01:09
And our body has a way to shut that down or prevent that because you don't want to lose all that glycogen because you put in a lot of work to obtain the glycogen.
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You don't want to lose it all and suffer behind that loss because you don't know when we really need it, when we need that.
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Bursts of that, that burst of energy, if there's something life -threatening happening, or if you need that extra boost of energy to keep your blood glucose levels regulated.
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So to not lose all of it, here are ways that the body does certain things to prevent glycogen from being depleted.
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One of the ways they do it is that they signal that the signal transduction pathways is shut down.
02:07
And when they do that, the other conversions will come in to do its job, where this conversion is where an inherent gtp phase, i mean, fast, my bad, activity of the g protein converts the bound gtp.
02:27
And then after that conversion is over, they do another conversion where a false, full diastris converts a cyclic amp into an amp.
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And then after that's done, the last step is that the pp1 removes the phosphorynal group glycogen, phosphoryl pharaelis...