You sometimes make me think that I can learn more on youtube than at school. And I don't even pay gas to get to youtube...

this is where it all comes down to when it comes to revising for exam times...... I'd honestly prefere to watch all your videos regarding my revision rather than going through some nonsense lecture slides which I didnt even attend for. I appreciate your hard work and your knowledge that you're sharing with us for free.... you couldn't be better..... I hope I'd find some videos to do with my final year as well......... cheeeeeeeers and big thank you.

Thanks! I know this video is over 5 years old. But based on all the other sources I’ve encountered, it filled in all the gaps, all the missing pieces. Too little importance is placed on knowing where the organs are located and the physical transports between them. Most grateful, Armando Hasudungan.

8 years later your work is still helping all of us so much. You're a gem. God bless you.

You are an excellent teacher. Thank you for the class.

GREAT work! I've been glued to textbooks and lecture notes trying to sort out everything involved with CHO metabolism, and this video was SO helpful!

you are a hero. thank you so much. i've never thought learning medicine would be easy

You just saved my 5 hours studying physiology and biochemistry thanks!!!

I just really want to thank you for the clear and informative video. You are making medical school easy for me.

this video is so helpful! finally putting the big picture of all the metabolic pathways/ regulations

You have helped me alot thank you so much !!! You’re videos are amazing as well as your drawings and your explanation.. thank you from my heart

it really do helps me in understanding more about insulin mechanism of action. thanks a lot!!

Thank You so very much... You have no Idea how much I appreciate this video

Well presented and clear, making understanding easy. Excellent.

me being a very slow learner i would take hours to understand little concepts but after your videos i have gained so much confidence in understanding critical concepts, thank you so much; may God Bless You.

I have my exam next month and these videos are surely gonna help me! Thank you for making these topics fun to understand!!!

Insulin-dependent: GLUT 4- adipose tissue, striated muscle Insulin-independent: GLUT1- RBC, brain, cornea GLUT2- liver, beta-cells in the pancreas, kidney, small intestine GLUT3- Brain Ref: FIRST AID FOR THE USMLE STEP 1 2015

Thank you,Your videos are the assets for the medical student as they are excellent and free!

Hats off the way you present the content man....🙏🙏...I'm medico from India...And I'm glad to have mentor like you sir... Keep uploading.... Lots of love from India🇮🇳...❤️

Excellent work. Very professional and accurate.

i'm just in love with the scientific artist you are.

You are totally amazing

May God bless you:"(!!! U always save me with ur very very very very useful vedios Thaaaank youuuu

that is amazing ... when i do not understand any thing ,u help a lot ... thanks

Best explanation so far.. Thankyou So Much

Great way to understand the role of insulin. I have type 1 diabetes so good to know in so much detail.

This video is PERFECT (apart from the dodgy Glut-2 translocation thing which doesn't happen because of insulin since liver tissue is non-insulin dependant) But we know what u mean since it does happen with GLUT 4 in muscle and adipose. Apart from that this is so helpful. I love your videos, thanks for sharing them with us!

This video smartly includes the co-locations of the organs and related transports (vessels, ducts, organs). That made it easier for my brain to understand the processes and biochemical triggers. And lastly at 11:05 This final explanation uses a linear timeline to restate all of it step-by-step. Basically, the same information restated in several ways always helps to answer questions and gaps in my comprehension. Based on the resources I’ve read or listened to, this video seems to be accurate. It uses several teaching aids: concise wording first, visuals (organs, etc), top level general and specifics diagrammed and finally as an action-based timeline. Worth subscribing to.

Good stuff, thank you Sir!

I love how i can draw these illustrated diagrams along with the theory explained. Thanks for the help.

amazing map and vids, you rock man

Cannot get any better ,, truly magnificent

Super! you help me understand deeply the mechanism of action which I thought I'd already known

Thank you very much ❤️

Amazing videos, thanks a lot!

Thanks so much I am french and for me your video are the best one and the easiest to understand to learn biology in english;

very good video ,thanks

You never stop getting surprised about Armando's pedagogic skills !!!!!!!!!!! Super

You are great !! Thank you very much , we even watch your videos from the other side of the world. From saudi arabia ❤️❤️❤️

outstanding work

I used to drop out when it gets too detailed, but these vids are a really helpful quick overview and keep me going (: Thank you!

fantastic! youre helping me with my exam!

informative one thanks a lot &great job

No words for your excellence You are making a topic very interesting and informative. I think I can pass my exams without reading whole the year but only watching ur videos on last night before exams 😁😀 Thank uhhhhh😘

Very helpful , thank you so much

Thank you so much

Great video for review.

Thank you!

Thank you some much.. you're a great guy !!

This is very awesome 👌.

You are amazing

Thanks alot 👍 Lots of support and love from Pakistan

it changes a lot , for better of course , than the woman with no degree teaching endocrinology at my university ! Thanks a lot

You are the best explainer

You are the best 2022 still your videos are useful Tnx🇦🇫😍🙏

finally understood the insulin receptor functions... genial artist!!!

very2 contributive, made our revision so much effective and easy, thanks a million sir

Very well done explanation. I learn a lot.

Thank you You are amazing

Thank you!!!

You are just love sir❤️

Thanks alot you've been a great help

saving me hours of reading books and not understanding Mr. Hasudungan. Cheers!

thank you ❤

Armando u make amazing videos..it has helped me in my entire medicine course. 💙💛💙💛💙💕♥✔

very well explained kindly also make a video on its pharmacolgy

wow! soooo beautiful and perfect work!! THANKS to share with us. I love it =D

autophosphosphorylation does not means that the tyr kinase is always phosphorylated! but the rest is great ! ty

very helpful thank u

Love your videos. Saved my ass in exams time and time again.

thankuuuuuuu soo much.. very helpful it is😊

nicely explained. thank you very much for this.

You are amazing, thank youuuu! :)

The explanation is excellent, greeting from Mexico :)

thanks doc

Thanks alot

very well described! kudos!

Excellent

Hi Armando. i really appreciate your videos. You are doing a fantastic job. Maybe you should explain the difference between GLUT2 transporters (insulin independant) and GLUT4 (insulin dependant).

thank you ..........

Thank you so much! Was so useful :))

I LOVE YOU!

amazing!

little error: formation of prepro insulin as well as conversion of it to pro insulin by digestion of signal sequence by the help of enzyme endopeptidase ,both occurs in Endoplasmic reticulum only.then only it is budded of in the vesicle from the E.R. to reach golgi -apparatus,where again another endopeptidase separates c peptide from B-A segment(mature insulin)

Crackk! Excelente!

thanks a lot Armando

amazing ..

Superb

Thank u very much very intelligent

thank U

Great as always. I passed immunology with your videos and got A this summer. Thank you ❤️

appreciate that

u r great

Thank you...the video helped😊

Brilliant video, thank you. Question is insulin necessary to synthese protein for muscles?

Glucose uptake by liver is not insulin dependent. It's basically because of stimulation of hexokinase enzyme causing lack of intracytoplasmic glucose leading to facilitated diffusion of glucose via GLUT2 inside hepatocytes. Insulin doesn't play any role in increasing the GLUT2. Though it does increase GLUT 4 in adipose tissues, skeletal muscles and cardiac muscles.

Awesome!

No. THANK YOU! Subscribed to this AMAZING CHANNEL. I hope you get all the support!

thanks... alot!!!

LOVEEEE it! T hank you .