Glucose Transporters (GLUTs and SGLTs) - Biochemistry Lesson

Video lesson on glucose transporters, the different types of glucose transporters such as GLUTs and sodium-dependent glucose transporters (SGLTs), where they are found in the body and their relevance in whole-body metabolism.
Hey guys! Here is a lesson on glucose transporters and physiology and location of glucose transporters. I hope you all find it helpful!
Did you find this lesson helpful and informative? If you did, please LIKE this video and SUBSCRIBE for more videos like this one!
JJ
***EXCLAIMER: The content (ex. images) used in this lesson are used in accordance with Fair Use laws and are intended for educational/teaching purposes only.***
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**MEDICAL DISCLAIMER**: JJ Medicine does not provide medical advice, and the information available on this channel does not offer a diagnosis or advice regarding treatment. Information presented in these lessons is for educational purposes ONLY, and information presented here is not to be used as an alternative to a healthcare professional’s diagnosis and treatment of any person/animal.
Only a physician or other licensed healthcare professional are able to determine the requirement for medical assistance to be given to a patient. Please seek the advice of your physician or other licensed healthcare provider if you have any questions regarding a medical condition.
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Although I try my best to present accurate information, there may be mistakes in this video. If you do see any mistakes with information in this lesson, please comment and let me know.
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Thanks for watching! If you found this video helpful, please like and subscribe!
JJ

[@rawanherself2557]

I’ve never written a comment on educational videos before, but wow you explanation was very useful! Thank you💞

[@ayeshasaleem911]

most clearest & straightforward explanation ever!

[@AbanoubMG]

You saved 1 hour of hard book studying for me
Thanks

[@bigcamel]

This is the best and detailed explanation I found online about glucose uptake, thank you.

[@MrPridizzle]

Clean explanation, bless you brother

[@ziilux84]

Absolutely loved it. It was the premium content I was looking for. Cheers mate!

[@gnb645]

Muchísimas gracias hermano, excelente explicación!!! Saludos desde México y la Facultad de Medicina del IPN

[@danielbaltodano9614]

Were watching from Nicaragua.. thanks for the time you took. Explanation is very clear. Dont stop making videos

[@freddyvanlalduhawma9478]

Short and simple.. thanks a million ❤️❤️

[@hakaliyaaqov]

You had me at aboot.... thank u x 1000000

[@harrism8047]

This was awesome!

[@mariociencia12]

It is the best video about glucose transporters that I have ever seen

[@zagrosardalan7502]

I love it ,, like the rest of your videos great job! Please keep it up like that

[@anshumangupta5630]

Thanks so much for this wonderful explanation

[@sarap7879]

thank you so so much!
great vid and explanation!

[@Zetsuke4]

The best explanation and video on glucose transporters ever!! way better than my college

[@May04bwu]

This is perfect! Great job, thank you so much!!

[@cassandrahayes6315]

Lye it eit7e 3:11

[@nostalgia2114]

Great work !
very clear concepts 👌
Thank you so much for this explanation 👍☺

[@jjmedicine]

You are welcome! I'm so glad you found it helpful :)

[@lunicoaladin454]

very good and clean explanation thank you

[@edcrfvtgbyhnujmikolpqazwsx]

Thank you so much! This is very well explained.

[@kreedarudraaksh7089]

Superb clear explanation. Many thanks. God bless

[@jongelb9603]

Very cool. And you make a very good point that GLUT-2 is uniquely positioned in the liver to serve as a carrier protein efficiently capable of EXPORTING glucose from hepatic cells (as opposed to the other GLUTs that cannot participate in gluconeogenesis-produced glucose).

[@mariella8864]

Super explained, thank you!! :)
Needed it for a biochemistry exam at university

[@alokneet]

Excellent presentation and to the point information

[@floradean3190]

Very informative video, I have been using the FreeStyle libre sensor with Nightrider Blucon. It allows me to read my bloods without having to prick my fingers. I can see exactly the state of my bloods and what has happen. It provides a clear picture of how food and exercise affect my bloods. I feel I can control my diabetes a lot better.

[@priyaphulwadhwa2486]

Extremely helpful:)
Please make more such videos

[@medicomoran]

Thanks. this video is very important for me. I´m Doctor Jesús Morán. I work in Playa del Carmen. Solidaridad Quintana Roo. México

[@TaifAljohani]

Great explanation, thanks!!!

[@imanibrown7259]

Thanks - this was really helpful!

[@arpitkhanna3039]

Its too good...Thanks !!!!

[@ellios5734]

such a useful and well made video thanks a lot

[@murillomaria]

Excellent explanation, thank you very much!

[@jjmedicine]

You are very welcome!

[@nguyenthiphuongthao8854]

Thank you very much. Your vid is very helpful

[@infopc-arieh6372]

Excellent ... well done ...

[@TanTan-ch3vq]

Wonderful explanation, thanks

[@tjxdfootballbyjaseelandtho29]

Thankyou for your clear explanation

[@steveobrien6194]

Thank you. Very good explanation

[@gulab_sahu]

very good explanation.

[@youreworthyourweightinavoc7189]

Thanks that was really helpful

[@berrinaydin1528]

thank you it was very helpful

[@MrJayPuff]

very detailed good job

[@shinn-tyanwu4155]

Excellent presentation 😊

[@mareenak.4210]

Thank you!

[@ondreiat6674]

Great explanation 👍🏽

[@mariociencia12]

Excellent!

[@mahletsiraj4287]

Thank you so much!

[@fadxifiyora2265]

Woow very amazing way
U explained very easy

[@olooshedush7106]

Excellent job

[@nourgareib2715]

so helpful thanks a lot sir

[@yasirquershi3070]

great video man...thanks

[@fatm4403]

You're amazing
Thanks dude

[@uchechiiyeghe1699]

Very helpful! I now comprehend!

[@cardiyansane1414]

Nice summary ❤

[@elhef6141]

Great video!

[@thesheel100]

Awesome my brother.

[@emanuellafonseca8417]

This video is perfect.

[@Zetsuke4]

THIS IS VERY GOOD.

[@cathychristinabenkett4446]

Nice video thanks.

[@Animalloverscharli]

Nice explanation.

[@krishvasa7644]

Thanks a lot man!

[@MonikaSharma-jz2my]

Best video.just one addition.. glut 2 is also present in kidney (pct of nephron) with sglt2

[@gabrielaabigail4562]

Thank you!!!!!!

[@yasirmohammedali]

Hi ... Thanks for the amazing videos 😊😊

[@carolinemarwan911]

THANK YOU!!

[@arqamaijaz2854]

thankyou so much man

[@heatflame2304]

Thanks a lot sir👍

[@Zetsuke4]

Very nice!

[@rahafbaaqeel4751]

it’s helpful i swear

[@bahialipina]

Great video

[@fatemehamanat]

helpful! Thank you:)

[@karcicegi5366]

Thank you so much

[@Hamo4differentvideo]

Bro you're my hero

[@faizanahmad6959]

amazing, make more videos man👍👍👍👍

[@mreudeco]

Thank you 🙏

[@meriemriquelme6763]

Thanks a lot

[@intoatob1943]

Best channel

[@muhammadmoar3788]

Thank You 😊

[@stark_techs]

Thanks you so much
For nice explanation

[@jjmedicine]

You're very welcome! Glad you liked it :)

[@entertainmentzone8465]

Thank u so much

[@ushagowda7202]

thank you sir

[@rittenbrake1613]

very good

[@moazzams2717]

Thanks bro

[@kapmahm]

thank youuuu

[@brendaramos3370]

I love it, very goood explanation!!

[@ijasahammed8338]

Please can you explain how glut2 deficiency can cause glycogen accumulation in liver and kidneys.

[@leggy12]

So if the hearts glucose supply is insulin dependant, does the heart itself not become insulin resistant, and does this not lead to heart failure?

[@user-lkkljhi]

About 2:50 GLUT2 may I know how concentrate for liver / pancreas to uptake glucose? eg blood glucose level higher than certain mmol/L?

[@_Vortex___]

Does Sperm mainly use Fructose( GLUT5) or Glucose ( GLUT 3) ?

[@user-ef3bu2cz1n]

Is there any research on what happens if dehydroascorbic acid accumulates inside cells due to slowed reduction activity when it is co-transported into cells with monosaccharides containing six carbon atoms by GLUTs?

[@Darvelicia]

Hello JJ Medicine is Stomatin importend in de proces of glucose transporter? How does it connect en does glut and stomatin connect? Does STOM gene/ stomatin>protein have a function. in glucose transport?
Do you know what this is concerns a new (de novo) change in the Stomatin (STOM) gene. This is the letter change in the DNA c.403A> G, and at the protein level: p.N135D

[@mallakaljarawen888]

Super wow

[@bigdaddylee8019]

I feel like I can Ace my next quiz😂😂😂

[@sammartin9983]

subscribed

[@bartomiejkwiatkowski7700]

Could you explain me something ?
As our sugar level jumps insuline is ejected and glucose is stored in our liver.
So why glut 2 is insulinn independent.Maybe its not glut 2 job in insuline response(another of 12 gluts family ) ?

[@affzor]

Most of the glucose is actually used by our cells as energy and the rest is being stored in the liver and in skeleton muscles.

[@syedumar6691]

When there is increase in glucose concentration with help of GLUT2 liver take glucose in and due increase in insulin level liver forms glycogen and fattyacids

[@yasmeenbegum2103]

I had gain weight and my doctor advised me to take gult 4 pills . Can anyone please tell me whether it's really help in weight loss ...

[@stemmlsi]

Great Video!
Just a quick correction:
The (human) pancreas has GLUT1 transporters in its beta-cells (GLUT2 are typically found in the pancreas of mice).
This important as the Km is far lower, hence giving the pancreas the ability to respond to lower glucose concentrations.

[@syedumar6691]

I think pancrease does have GLuT2 bcz pancrease should release insulin when glucose conc is high so receptors on pancrease should be of low affinity type

[@ath7832]

SGLT2 is insulin independent so how little production of insulin will could affect the glucose retention??.????

[@subinkg4614]

SGLT2 is insulin dependent

[@ath7832]

Subin Kg see here 6:53

[@girliestmammy]

💖

[@jimmyhansen245]

Why is there so much focus on insulin, when it's only GLUT4 being dependent on it?

[@bio366geethasankar7]

🙏🙏🙏🙏

[@shiringul1835]

plz mention atleast 3factors influence the function of GLUTS 1 ,GLUTS2 ,GLUTS5 And SGLUT 1,SGLUT2,