Gluconeogenesis

[@kaila9559]

Ive watched all the greats: Ninja Nerd, Dr. Mike, The Organic Chemist and holy crap they are good but you are great. High yield and I loved it. They are very much into small small details which is also good but hats off to you and all these people for SUCH EXCELLENT content. Thank you sincerely!!!!

[@B2L2007]

hey, what do you study

[@kaila9559]

@@B2L2007 cellular & molecular biochemistry

[@alisons268]

Watching different people explain is indeed helpful

[@Sadguna-c6e]

When i can afford it as a resident, I will come back and join your channel. Thank you for this playlist it is concise and evrything that is required. I am really greatful for your effort and keeping it free

[@mytho9110]

I’m not even in med school yet. I’m just studying for my MCAT and I find your videos better than the MCAT-specific resources out there.

[@DirtyMedicine]

(in evil voice) we will meet again

[@anthonyvillanueva5226]

Don't go to med school, it's the biggest mistake of my life (semi-serious)

[@palmspirit1833]

@@anthonyvillanueva5226 I should have gone to dental school instead lol

[@finnsfann98]

@@palmspirit1833 ^ from a dental student i must say, maybe you should have not gone to dental school instead lmao

[@palmspirit1833]

@@finnsfann98 🤣🤣🤣

[@phillipavelino1436]

Hey, dirty. I'm doing medical school in Brazil, but I want to come there soon and do all the steps and try a residency there, and at this moment I'm at the begging of medical school, and your videos are helping me a lot, even to my university exams. Thank you!!

[@sivaranjani-bn1je]

Thanks

[@drzainabtahir3554]

U r a life saver and a time saver for med students and post grads..... Stay blessed

[@Lilgotti12]

IVE BEEN LOOKING FOR AWESOME CLEAR EXPLAINATIONS LIKE THIS, APPRECIATE YOU DIRTY MEDICINEEEEE!

[@brandofett017]

Clear and straight to the point- your channel will certainly blow up, my friend

[@khansasajjad3332]

This is beyond amazing! THANK YOU!

[@chryslerfordgm]

I mean, you really deserve a medal

[@dr.insitu6455]

the whole biochem playlists is boss level! 🤩

[@brianabourbon2089]

In PA school, and I have been watching you guys even before, brilliant job!!! Thank you for putting this content out here for us to always refer back to.

[@tembakazituswa1686]

What a good, straight to the point and relevant video!! 🙏

[@josephlatona24]

Awesome video as always!!! I came up with the Mnemonic...."POP French Fries, Good Good" hope that helps someone. Keep studying!!!

[@muneebtakesmedicine]

your mnemonic "Good Good" too... ty haha

[@dilnasulthanashajahan495]

Really helpful..

[@gabrielareyesreid6737]

bless this man and bless this channel

[@DerrickNsunge]

Great teaching and crestal clear

[@SK1MD]

Thank you so much! You're the best!😀

[@maggiebo181]

clear and straight to the point!

[@fizzafatima6400]

This video has best diagram for gluconeogenesis, excellent explanation 👏

[@tasniaaaaaaa7667]

Taking step 1 in the spring at the end of M3 after a year of doing clinical rotations, so Im SUPER rusty on all of this. Having to revisit biochem/basic sciences would have been a lot more painful if it wasn’t for your videos. These are GOLD 🥲

[@marcosbengochea2143]

omg am IMG and they make us take step one right after M2 i cant imagine how much stuff you have to re learn! how did you do ?

[@razaabbasp3t]

@@marcosbengochea2143 where are you from ?

[@priyam1550]

Thank you! Just in time, exam next week!

[@Mrhamster114]

JUST WHEN I NEEDED IT THANK YOUUUUUU!!!!

[@travisbaity941]

You are an icon of medicine

[@jaspermunsaka1992]

This is awesome thank you

[@princessbaby6279]

Awesome video

[@atticusrumi]

💡

[@kevonmccurdy3098]

Thank you.

[@iangeorgetambambayo1093]

Thank you Dirty Medicine 🔥🙏🏾

[@michellevaculik4879]

Thank you for this 🙌

[@talhabinraza1290]

Helped me with my med school biochemistry metabolism course.

[@Taehyungkim23071]

Oh god I'm in love with his voice 😭😭😭

[@amayanapyeer]

Must admit the 'tase' mnemotechnic is pretty clever 👍🏻

[@MujunguElizabeth-np7hm]

You are blessing to me thanks slot

[@ritishakujur1184]

Very very helpful ☺️

[@GingerWaters]

Thanks! It’s amazing, how now anybody can study any profession for free in youtube. Imagine poor kids from the slums learn to do all the plumbing and electricity stuff from recycled materials. And if they succeed to save some mamas&papas money with their skills, they will not have to cry for proper phones and gigabytes for further studies.

[@jyoteemanda4974]

Heyyy! I am very fond of your videos from last year ! Can you please make rest of videos for biochemistry? Please ❤

[@akshaythakare6595]

Thank you so much sir 😊

[@estherwosse5348]

Thanks 🙏🙏🙏 alot.

[@sijalistonhamzalee8585]

Nice presentation

[@Jon-ol2wq]

love u dude. great videos

[@liortzadok3984]

hi great video, just didnt understand somthing if amp means that you are on low energy - low energy mean - low glocuse, why its restricting it and not supporting it

[@muneebtakesmedicine]

For energy, you'll need pyruvate to enter Kreb's cycle and all... why would you go in reverse and make glucose?

[@noraclark1017]

OMG found you again after watching Urea cycle last week 🤝🤝🤝

[@kaitlinpataroque353]

Thank you!!

[@augustortiz]

POP FFRESH GGOUDA is the most brilliant thing I have ever heard.

[@1412Z]

Thank you!

[@joelmartinez3967]

The best.

[@LozanTariku]

Amazing

[@Miles1245]

My argument with you is that, if you're telling me gluconeogenesis occur from non-carbohydrate origin, then why is lactate, a catabolic molecule of glucose where as glucose is also end product of carbohydrate.

[@onyeamachukwuebuka8377]

🙏 thanks for this

[@ASAINsensation]

In your alcohol metabolism video you mentioned that the increased NADH/NAD+ ratio decreased gluconeogenesis, but I'm not seeing how that would be the case in this video; could you explain that a little more?

[@potatomanure3773]

I believe it is required for the TCA cycle. More specifically for oxaloacetate synthesis.

[@pricevishnusubramanian6283]

Increased NADH , decreased conversion of malate to OAA

[@mindcache5650]

After the sales pitch I’ve immediately gone to Bard AI

[@barbs901]

THANK YOU SO MUCH!

[@hehateme1187]

Grabbing some fresh gouda out the fridge in honor of this video

[@DirtyMedicine]

its the best

[@jayantidebnath7979]

Sir.... can' i write this Neoglucogenesis pathway.... Please sir 🙏 reply

[@danielsisco625]

Nice

[@mbjdave7809]

ThaNK YOU SO MUCH

[@michaelrowland-us3he]

Does the body convert glycerol into glucose and use that before it uses ketones?

[@mandykwan9217]

Can you talk about oxidative deamination and transmination ?

[@danielchansa9375]

Thankyou sir🔥

[@camjo6397]

“POP FF GG” sounds more like a typical game of league

[@aliiraq9655]

Thanks ..

[@lisanguyen1687]

thank you!!!

[@ahmadpjrdtt5322]

Gluconeogenesis is danger ?

[@drvikramgg]

Can u please make a video on a basic structure of a cell with functions of each part and also regeneration of a cell?

[@harvey2733]

dirty, that's not fair man...u could have come up with this when i was preparing for step-1

[@mohamedomar2903]

i love you man

[@thewalz5899]

THANKS

[@hemantnaniwadekar611]

Why to call bisphosphate and not bi-phosphate?

[@DoctorLomeli]

Same question

[@prathivyaparashar._.7436]

​@@DoctorLomeliIt doesn't change the meaning u can call it biphosphate or biphosphate it won't make any change

[@nicoleojukwu4448]

Arigato 😊

[@xaaboopinkly]

Thanks sir!!!!!

[@unknownpitch]

Make video of glycogenesis and glycogenolysis

[@heresastron2303]

thank you

[@TishitaRajput-q4p]

if the glucose produced through gluconeogenesis will eventually go through glycolysis to form pyruvate then whats the purpose of gluconeogenesis ? we could use the pyruvate formed from alanine and lactate directly to produce acetyl coA

[@anjalikalidindi6849]

In the Cahill cycle pyruvate can’t move directly between liver and muscle cells so as a result it undergoes both gluconeogenesis and glycolysis to form glucose which can move between these cells.

[@TishitaRajput-q4p]

@@anjalikalidindi6849 thanks it helped.

[@eirenaeleigh11]

glycolysis can’t occur during fasting states.

[@ITR846]

glucose 6 phosphatase is there in gluconeogenesis,in the notes you are saying skeletal muscles dont go in gluconeogenesis due to absence of glucose 6 phosphatase,I dont understand

[@rajatsingh24k]

It’s because gluconeogenesis is happening in the liver and kidneys (not in skeletal muscle). Once the liver turns these precursors into glucose, it releases the glucose into the blood stream. From there glucose will be picked up by other tissues that need it (including skeletal muscles)

[@ITR846]

@@rajatsingh24k okay, thanks

[@keziahjerekasalaba6041]

POP FRUITY FRESH GREAT GUAVAS!!😂

[@drseambd]

Good

[@emmanuelchola3875]

🙏🙏🔥🔥

[@rusinoe8364]

yeee boiiiii, pop that fresh gouda

[@wicterwterr4245]

Sexy - I mean very well explained. Thank you sir!

[@shanaya6749]

this just satisfied my very soul lmao

[@deborahchepkoech6231]

got exams tomorrow thank you Sir!! 🥺🥺🥺

[@joshmcgoo]

commenting for the algorithm

[@nestonoh4943]

rate limiting step..... ain't it pep PEP Carboxykinase

[@1hrchallenge]

Pop Farm Fresh Goat Gouda!

[@atifhussain6506]

Dirty medicine making biochem less dirty

[@Geoblek1]

Mnemonic, Pop fruits to make Glucose

[@wocket42]

10:21 You always have insulin and glucagon in the blood stream at the same time. But maybe you meant something different.

[@hiiii4854]

3 ❤

[@hiiii4854]

❤

[@hiiii4854]

5 😂❤️

[@hiiii4854]

6 !!!!!

[@hiiii4854]

Glucose 6 phosphatase

[@brandoncalvert7097]

Thanks dirty

[@hobity]

Thanks sir!!!😊

[@osamaal-faqeh3462]

thanks

[@mwandumutale4817]

Thank you