Vitamin D | Biosynthesis & the Vitamin D Receptor

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In this video, we discuss the biosynthetic pathway for vitamin D and how vitamin D exerts its functions at the gene expression level. We also explore the clinical affect of statin therapy on vitamin D levels.
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Опубликовано:

29 сен 2024

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Комментарии : 33

@79-souravsutradhar53 3 года назад

Exactly what i was looking for. Thank you!

@CatalystUniversity 3 года назад

Great to hear!

@kerenchernov7416 5 месяцев назад

Every time I come across a physiology topic that is so unclear to me, I look up your videos and you never fail to give a fantastic and to-the-point explanation of the concept. Your use of visuals is wonderful too. A huge THANK YOU for helping medical students like me learn so much, this channel is so underrated but it is a hidden gem to those who find it

@ikennapeter9385 Год назад

Good day My ikenna Peter I having loss of heir

@joeldomantay9435 3 года назад

As I journey deeper into the significant role Vitamin D plays in our biology, its great to get this level of understanding the molecular process. great work !

@sxygrandpa8061 Год назад

There’s so much ambiguous and disingenuous vitamin nutrition info online I had to go this deep to begin to understand what vitamin D is. Thankyou for not pulling punches on the jargon.

@fklstv7 2 года назад

Awesome video! You did a great job to break down the process, I’ve known there was a lot of misguided info out there on vitamin D and this really clears things up.

@metasmrecnik3024 2 года назад

THANK YOU! I was so confused before about the multiple forms of vitamin D , but now you made it very clear.

@deermusic2877 3 года назад

Amazing explanation, thank you sir

@5thdworld 6 месяцев назад

What happens to the hydroxy groups in the active form of vitamin D3? Does it become a water molecule as a byproduct?

@dailydoseofmedicinee 3 года назад

Good explanation 👐

@Spacetainment 3 года назад

Hey you, yes you, I wish you great success, health, love, and happiness.

@ApteraEV2024 Год назад

You Too!❤😅subbed

@GuyeTuke 5 месяцев назад

Amazing ...thank you for every thing

@BELINC7 2 года назад

Thank you for this insight of how the body makes vitamin D. I am going to look for more of your videos.

@sunflowersky7 2 года назад

This is very helpful. Especially the clinical application. Thank you!!

@SHREYAUGGERI 6 месяцев назад

awesome explanation really enjoyed it

@victoriaogunro4537 7 месяцев назад

amazing video thank you so much

@antoniomele436 3 года назад

Amazing video! Thank you for making great content!

@ElPasoJoe1 3 года назад

Cogent. Clear. Thank you...

@Rajo1012 2 года назад

Some people get very tired from supplemental vitamin D3 (oral supplements). Does anyone know the mechanism behind that? Reading in the comments of other videos, the degree of tiredness varies but it seems to happen with all kinds of doses from 1000 IU to much larger. Did anyone experience and solve the issue?

@BELINC7 2 года назад

you are the first person I heard say that and it is not about yourself.

@ApteraEV2024 Год назад

🌞 ❤Subbed, & ❤d😊

@xristina7045 2 года назад

That was really heplful for underestanfing the mechanism!! Is there bibliography you have to suggest that i can include in a paper on the topic?

@tiggerpooh399 3 года назад

Great video! Could you make a video about human embryogenesis. There aren‘t that many out there with good explanations, but if you explain the topic I think it will be easy to understand :3

@janebenz8425 2 года назад

Now I understand the different forms, u are great

@mikedavid5071 3 года назад

Great overview. The wavelengths are in the UVB range which is not present for long in sunlight. UVA is present longer and red and blue is present longest. With blue light waning much faster than red at sunset and rising much faster than red at sunrise. Sunrise and sunset light is very biologically relaxing. Sunlight from about 10 AM -2PM is good to produce vit D action potentials. But like you so elegantly noted the frequencies that come before in the day provide the doping mechanisms for the higher energy products of vitamin D synthesis.

@BELINC7 2 года назад

WHERE DID HE SAY "But like you so elegantly noted the frequencies that come before in the day provide the doping mechanisms for the higher energy products of vitamin D synthesis." i read UVB that makes D makes it through the ionosphere only when the sun is casting a lower than 45 degree shadow of your own body height. So if your shadow is longer than you are tall you are NOT getting any UVB for your body to make vit. D.