Gluconeogenesis

[@alizahabib520]

Dr MIke is my favourite teacher, who agrees?

[@yunnorin3909]

He is the best, compared to the other videos out there.

[@catherineanamolga9032]

He is best

[@AYAAnour-t3p]

Best best ❤

[@ridafatima3415]

The best thing about your explanation is how you correlate several different clinical aspects with the basics, making it even easier to understand.

[@lauralemieux7994]

thank you for breaking this down simplistically, your energy is sooo contagious. It is wonderful to watch a lecture (even if short) with someone who is passionate about teaching and about biology/anatomy/physiology.

[@theamritakumar]

Studying for my MCAT wondering where your channel was throughout my entire undergrad. Thank you for the simplest explanations Dr. Mike!!

[@carolusk.2887]

Sir you are simply brilliant you can explain better than a computer

[@uchechiiyeghe1699]

Very comprehensive in just 10 minutes. Thank you Dr. Mike

[@alessia3568]

I wish you were my lecturer! You make it so easy to understand!!

[@rishivas6299]

You're a life savior. Don't know how you managed to answer all my questions in one video, connecting it to diabetes etc. - from an M1

[@stephenbetley9596]

So glad at 6:48 you mentioned that FA can not turn into glucose. One of my bugbears that many get this wrong. Krebs & radiocarbon labelled C14 sorted that out years ago. Loving your channel. This was me in the early 90s. Shame the interweb wasn't around then! 😀

[@Breatheysay]

Informative and so much easier to comprehend the bigger picture compared to other videos. Please keep posting videos!

[@Kyle-cq3hc]

I don't normally comment on KZbin but I should give credit where credit is due. You explained very complex processes into an easy to understand 9 minute video, awesome!

[@S-tt5clC]

Really loved this summary! All the high yield stuff :) Thanks a million!

[@dallinjohnson7747]

I’m in the midst of my physiology class and wanted to see how gluconeogenesis worked and then you explained something about my type 1 diabetes I never understood! You’re amazing man to say the least keep it up

[@AmiduNoimot]

This has been really gone a long way in understanding the topic❤❤❤. Thanks so much.

[@rahulmeena-pk3xg]

Your way of explanation is very simple and concentrated on basics. I am from engineering background but preparing for indian forest service with zoology optional...your videos are helping me alot...

[@Kawther-k9x]

Maaan you are great❤❤❤❤ I’m a medical student and you helped a lot with my final exam

[@bennettegaper4344]

My thesis is about diabetes and I'm also studying biochem. This is just a great video thank you so much

[@tigerhillsupa]

watched many other videos, this one is the easiest to understand. thanks

[@neelo14]

Wow you made it so simple and easy. You're the best. 👌

[@Tamina2031]

Thank you Dr Mike. Your videos are amazing!

[@kaumbatimothykuku3886]

You have gained your self a subscription from a BPharm student of Zambia.

[@asisababun7543]

Great and simple explanation thanks!

[@yusramahadi]

Simple and easy. Thank you so much you saved me so much time ❤

[@DrAskildsen]

I can't see the Glut4 reseptor that closes the door for carbs and fat when the osmotic bloodglucose pressure gets high. This is reversed when the blood glucose goes down. After water fasting for 3 days, you alleviate this mechanism, and the Glut 4 is pushed out from the membran and are open until the blood pressure gets high again. This feature is to protect the cells. Remember when the Randal cycle is activated the Glut 4 reject both karbohydrats and fat. So, you're not oxidizing fat while this is activated. Nice video, like the energy.

[@deekircher21]

He’s gorgeous however these Dr Matt Mike videos are great to watch

[@fayeka86]

Definitely an amazing amazing teacher!!!!!

[@paragbatham9904]

Your lectures are damn easy to understand concept...they're just mind blowing

[@getfitwithakshit]

Dude has knowledge. Dude is Jacked. Dude has incredible speaking skills. I wanna be Dude.

[@DrMattDrMike]

Wow, thanks

[@martinschmidt3569]

Ketones are NOT turned into glucose in the brain (min 8:20). Ketones be oxidized in brain to provide ATP energy and lessen glucose consumption under fasting (actually starvation) conditions. Fatty acids (and ketones) can NOT be converted to glucose. The substrates for gluconeogenesis are lactate, glycerol and amino acids.

[@jamesh7959]

Thanks for the video Dr Mike but my eyes just can't move away from those biceps! xx

[@getfitwithnaomi4295]

I always understand i listen and watch the videos, i will a lesson bioenergetics and TS cycle please DR Mike

[@Samihakhan2009]

Thumbs up for the amazing information keep it going you are doing a great job 👍👍👍

[@normanbernard2849]

Its wrong to consider fuel sources as "preferred". Evolution has directed the sequence of fuel source selection based on damage control. Glucose is used early because if not used for energy it will non-enzymatically glycate cells - damaging and killing them. Cells constrict the GLUT4 receptor when replete with fuel based on current energy demand levels. If there is an excess of damaging glucose, evolutions design selection is for that glucose to be left in the serum as glycation damage to blood cells is mitigated by their rapid turnover. If high levels are maintained, glucose damage expands in magnitude and location. Benign fuel sources are utilized after glucose BECAUSE they are benign. Gluconeogenesis creates all the energy needed precisely when it is needed so there is no excess to cause damage via glycation. If you didn't eat a single carb and only ate fat and protein you would have all the energy required as and when needed without glycation.

[@curiouskitten]

😮.. makes good sense!

[@SaraMicallef]

am i dumb or did he skip how it goes from pyruvate to phosphenolpyruvate?? (one of the irreversible rxns of glycolsis)

[@MiTaSh406]

Vise versa dear

[@normanbernard2849]

Its not the absence of insulin that triggers the breakdown of triglycerides, its glucagon

[@priyamd4759]

What a nice way of explaining things! Well, I like it mostly because it is over simplified (no Organic Chemistry anywhere) BUT that is precisely great about these videos. Not everyone (or rather almost no one) needs to memorise all those chemical reactions! What most of us need to know is how what we eat affects us and when or why (triggers) - the logical connections and not the chemical reactions!! Wonderful presentation too. Thanks a lot.

[@zahramohammedhamedalmahroo1548]

How I love this channel...Thanks a lot

[@colecoleman1499]

So next time i need to squat rapidly till i feel the burn and my brain will be fed

[@atem2302]

I agree it's brilliant. thank you.

[@snehadesai9188]

Amazing! Thank you!

[@zephyregrant]

very good. I research in metabolism, and these lectures help me recap some key points!

[@gattonelcielo]

GREAT TEACHER THANK YOU!

[@allofnews41]

handsome and smart man.. such a good combination..

[@user-uf5bk8zc7n]

You are amazing !!!!

[@HalwestKhalilJabbarHamadamen]

So clear thanks

[@emmanuelking1124]

You’re good omo 🚀🚀

[@yogeshpant8075]

I came across your video, just wondering how lactate buildup can help diabetic, who has high glucose and high triglycerides. Should he run more or should not run at all.

[@2008july4]

I have a question. During Intermittent Fasting can brain get glucose and survive by gluconeogenesis process?

[@deekircher21]

Very educational. Thank you

[@wendyovbije4573]

Wonderful video worth watching God bless you

[@kostar500]

Im a type 2 diabetic. Will a huge protein meal spike my glucose level? Im on a low carb diet.

[@lianamichael4609]

Thanks for video, really helped!

[@Mihaela_My_Bella]

Can you do another video where you explain what happens when insulin levels are high and glucose is low? I have an insulinoma. A tumor that makes insulin. Enough insulin for 20 people. So my deal is that my insulin is high and glucose goes low. I want to know how the presence of high insulin changes things. I know it stops ketones production as well as gluconeogenesis of glycogen stores. So that all that is left is muscle tissue to be used to make glucose.

[@dalidali2757]

A plus lecture! PERFECT!

[@mohammadjavaddarabi9462]

great teaching.

[@Unbowedlegion]

Thank you

[@sosoeisa103]

Thanks for your efforts Doctor. I would like, with your permission, to point you to a point, which is to download the image of the blackboard in the description below. Thank you very much, and my sincere respect to you👍👍👍👍👍👍👍

[@Harlem55]

I was looking at this guy, and I suddenly had a profound urge to get a prostate exam.

[@iMaGiNaTiOnWpAsSiOn]

How are the kidneys involved in gluconeogensis? Is it the noradrenaline and cortisol from the adrenal cortex?

[@daNaz245]

Excellent! Thank you

[@AYAAnour-t3p]

I like your videos,lam from iraq ❤

[@HabilDave]

Thanks man

[@ramabordawekar495]

Awesome! Thank you😊

[@ughsirius]

Thank you so much!! Very helpful:")

[@sarahali9633]

THANK U SO MUCHH

[@ahnyahphillips8080]

I can't thank you enough :')

[@mariasayed548]

Great video, but it made me think fatty acids are a substrate for gluconeogenesis and now i failed my exam…

[@danamclemore3805]

Wow. Excellent. Wow. I appreciate it. I got it !! :) Thank you. You have a gift.

[@Naarvana]

High Cortisol or cushons and would Nucleic acid or metformin help ( Gluconeogenesis is also high cortisol ?) Absorbsion of Vit D vs ammino acds or Deanimation ?

[@bethra.flowers]

❤❤❤ Lovely.

[@AndersonCabreraCruz]

Mi profesor

[@schuggy4408]

F-ing awesome video!

[@henrichathaway207]

Time for a quick adhd hyper focus

[@MASEXPERIENCIAreal]

love you

[@zeevberar1663]

THANKS FROM TEL AVIV DR BERAR

[@thevegandragon4676]

Hi Dr Mike. Hope you can clarify as I'm a bit confused: You say that insulin, glucagon, cortisol and noradrenaline (norepinephrine) are involved in gluconeogenesis, but I thought it was adrenaline/epinephrine and not norepi! Which is correct, noradrenaline or adrenaline? Thank you

[@zakibinumohamed1284]

thnks

[@dylanlevy8424]

sick

[@shayekhabedin4462]

damn saan you hella slick!

[@사랑첫-g5k]

❤❤❤❤❤😊

[@Yousif-alkarem]

يخربيت. الجمدان 😂😂😂😂😂❤

[@Andrew-kh7rz]

Can you do something about Amino acid metabolism..like how it becomes Urea,stuff like that?

[@ruksanakhan4989]

U saved me🙏🙏🙏🙏

[@convictednotconvinced]

Remember the days when we used to get our information from the bros at the gym.

[@roldancobarrubia]

Dr Mike is fine

[@lufasumafalu5069]

so many paid commenters in this video, same names as the paid commenters in other videos

[@dnp8365]

Sir... Video about portal system... Please.

[@overlyfatman9722]

I’m a plant

[@ivancarrejo466]

Ummm..now can you have this exact same video in english??

[@SusanaXpeace2u]

What?

[@ريهامسالم-ن6ق]

اللهم صل على محمد وعلى آل محمد كما صليت على إبراهيم وعلى آل إبراهيم إنك حميد مجيد، اللهم بارك على محمد وعلى آل محمد كما باركت على إبراهيم وعلى آل إبراهيم إنك حميد مجيد ١٠ (قل هو الله أحد• الله الصمد• لم يلد ولم يولد• ولم يكن له كفوا أحد) ١٠ أستغفر الله العظيم الذي لا إله إلا هو الحي القيوم وأتوب إليه ١٠٠ لا إله إلا الله وحده لا شريك له له الملك وله الحمد وهو على كل شيء قدير ١٠٠ سبحان الله والحمد لله ولا إله إلا الله والله أكبر وتبارك الله سبحان الله والحمد لله ولا إله إلا الله والله أكبر لا إله إلا الله وحده لا شريك له له الملك وله الحمد وهو على كل شيء قدير ١٠٠ سبحان الله وبحمده ١٠٠ لا حول ولا قوة إلا بالله سبحان الله الحمد لله لا إله إلا الله الله أكبر أستغفر الله لا إله إلا أنت سبحانك إني كنت من الظالمين سبحان الله العظيم وبحمده يا ذا الجلال والإكرام حسبي الله ونعم الوكيل ***********

[@manojsain257]

7:22 you said there is low glucose in diabetes. Aren't glucose levels high in Diabetes?

[@stephenbetley9596]

It can be both. Hyperglycemia and hypoglycemia. Diabetes is in effect a disregulation of metabolism, glucose metabolism in particular. Glucose can have a deletrious effect on cells if not controlled.

[@jeremiahking8968]

They are high. Especially with type 1. It confused me as well.

[@fawwazali8169]

m8 slow down a bit wud ya, amazing concepts though;))

[@fredriikforkbeard7455]

So, ya wanted to go keto, did ya?? 😉

[@PerfectBlemishes]

How is this helping me ? I’m more confused 🥹