THANK YOU SO MUCH!! I AM DEFENDING MY UNDERGRAD THESIS IN TWO DAYS AND ITS ALL ABOUT CANCER METABOLISM. YOUR VIDEO HELPED ME CONNECT THE DOTS AS TO WHY CANCER CELLS USE GLYCOLYSIS PREFERABLY FOR PROGRESSION. SUCH A LIFE SAVER !!!
forget the ameoba sister videos, your videos are way more beneficial for me. you actually explain things and break it down to where I understand everything you share! I literally cried after I watched this video. I was so stressed with printing out so many notes, watching videos, etc. and I stumbled upon your video thank God and the breakdown of glycolysis has finally clicked in my brain! I LOVE the way you teach. I wish you could teach all my classes I need for my sonography degree. You are an angel.
Great video Matt! I'm in PT school right now and am studying for a Human Physiology exam I have coming up. This is extremely helpful. I love your visuals and your clear and concise explanation.
omgoodness this video is so helpful!! many pages of reading my text book trying to understand this ... I totally understand it after watching this 6 min vid! thanks so much!
thank you for your video...I am stuck on the ATP production... Glucose is a 6 carbon molecule and ATP is N/phospate molecule...how do we get ATP from glucose (I understand that energy is released when the bonds are broken)but ...where does the Phosphate and N appear? They seem to appear out of nowhere thank you
There is an inorganic phosphate molecule basically just sitting around and the energy of breaking down the glucose causes that phosphate molecule to join with an ADP molecule to form ATP.
So how does the aerobic system compliment or limit the anaerobic system? (I recently read that as a statement somewhere, so I cam across your videos in my attempted to make it make sense)
Outside of mitochondria aerobic glycolysis and anaerobic glycolysis happens , if the oxygen present it will go to the mitochondria ,kerbs cycle and do the oxidative phosphorylation and make 38 Atp and this the difference between aerobic glycolysis and oxidative system or anything else plz help me out .
Sounds like you have it down pretty good. Check out the video I just did on the Cori Cycle. It is also very good for giving a visual of what is going on.
Does it mean that the reactions in aerobic glycolysis are exactly the same with the reactions in anaerobic glycolisis, and exactly with such enzymes, except for the finished product? And how from adenosine diphosphate is transformed into adenosine triphosphate, and why?
Not necessarily. The body always starts alactic/ anaerobic with the ATP system then starts to work to replenish ATP with some combination of aerobic and anaerobic processes.
How does ACTN3 RR effect this. I have it and it almost feels as everyone's telling me to just eat carbs and sugars to out perform others in speed sports and power sports.
Great video. In terms of aerobic/anaerobic glycolysis, what determines if we are with or without oxygen? Is it just the duration of exercise time? Thanks!
Yes, you are correct. The duration at which you exercise at is what determines whether or not you are metabolizing in a ana/aerobic state. (With or without O2). At the initiation of workout, you start with PCr (phosphorcreatine), the duration for that is 0-8/10 sec. then at 8/10sec-2/3 mins you reach anaerobic glycolysis (substrate-level phosphorylation). Then after 2/3 mins and on you reach aerobic metabolism, an oxidative “steady” state. (Oxidative phosphorylation). The huge difference between the two is that aerobic metabolism occurs in the mitochondria (powerhouse of the cell). Producing ATP in a greater amount but at a slower rate. Hope this helps!
this is kind of like in Minecraft, if you shovel a stack of gravel, you get gravel and flint. then you build up the gravel and shovel it again, you get more flint and gravel. so each time you process the same stack but continue to net ++ flint
If you're studying for the CSCS Exam, make sure to join my study group: facebook.com/groups/2415992685342170
Finally someone giving a good insight about lactate purpose! Well explained!
Glad it was helpful for you!
This is the clearest explanation of this process I have seen yet. Well done.
Thanks!
Did an exercise science degree 30 years ago and I'm loving your videos Matt refreshing my memory banks in bite size chunks Brilliant!
It's such a bloody perfect explanation you saved my neck thank you
You're welcome
THANK YOU SO MUCH!! I AM DEFENDING MY UNDERGRAD THESIS IN TWO DAYS AND ITS ALL ABOUT CANCER METABOLISM. YOUR VIDEO HELPED ME CONNECT THE DOTS AS TO WHY CANCER CELLS USE GLYCOLYSIS PREFERABLY FOR PROGRESSION. SUCH A LIFE SAVER !!!
One of themost underrated channels on YT: He explains this stuff so well, you almost don't need a textbook :)
🙏🏼 Thank you
forget the ameoba sister videos, your videos are way more beneficial for me. you actually explain things and break it down to where I understand everything you share! I literally cried after I watched this video. I was so stressed with printing out so many notes, watching videos, etc. and I stumbled upon your video thank God and the breakdown of glycolysis has finally clicked in my brain! I LOVE the way you teach. I wish you could teach all my classes I need for my sonography degree. You are an angel.
Great video Matt! I'm in PT school right now and am studying for a Human Physiology exam I have coming up. This is extremely helpful. I love your visuals and your clear and concise explanation.
Thanks for taking the time to leave a kind comment. Wishing you all the best with PT school.
@@TheMovementSystem thanks Matt!
F-A-N-T-A-S-T-I-C VIDEO!!!! This was amazing.
Amazing Discussion. Well put and easy to remember. Thank you !
All your videos are very educational and simplified for layman. Thank you
thank you for explaining this so that i could understand!
You’re welcome
The best explanation ever!! Thank you!!
This was an awesome explanation!
omgoodness this video is so helpful!! many pages of reading my text book trying to understand this ... I totally understand it after watching this 6 min vid! thanks so much!
Great! Glad it helped it click for you
thank you for explaining so well!!
Well Explained. I wanted such a tutor, kudos.
Thank you!
Finally after searching from video to video somebody actually can tell me clearly, THANKYOU SO MUCH
You’re welcome!
I’m studying for CPT cert and this was so helpful. Thank you!
You’re welcome
Matt you would be an awesome professor!!! 🧑🏻🏫
Wow thanks!
Dude this videos was awesome! I'm subscribing to this!!
Welcome aboard!
Thank you very much! You make this very easy to understand.
using this video for bonus on my Bio Lab. shouts out my guy
WOW. Thank you for explaining so well.
Thank you for these information I will watch the rest of your videos
What a very clear explanations. Thank you so much.
You're welcome!
I subscribed because of this video. So well explained, easily understood. Thank you
Appreciate it!
Awesome video, thanks a lot!!
Great breakdown.
This is explained beautifully!
Thank you!
Thank you for simplifying this. I truly appreciated 🙂
Excellent explanation. Thank you!
You are welcome!
Thanks for elaboration!
This is so helpful, thank you! Easily explained!
I'm with everyone else, great video!
Appreciate it!
this was beyond helpful
Just gentleman! Thank u so much for your time
Awesome explanation there👌..
Great video, Matt
Studying for biochem. THANKS!!!
Wow 😭 thank you so much !!
Lmao bro why did I not find these videos during my undergrad. Studying for cscs exam thanks for the videos
This is great, thank you!
You’re welcome
Very nice 👍🏾
I finally understand! 🤩
Great video! Reading my textbook and supplementing with your videos is really helpful!
Glad you like them!
Very well explained
Very useful thank you
So helpful!
wow, such a clear explanation!🤗🤩
thank u so much its because of you I'm not going to fail my biology test
Great! Go get that A
Thank u so much ❤
Helps a lot!
I love that it’s always a doughnut.
Awesome information thanks bro 😎
I smashed that like button so freakin hard
I Appreciate You!
Nice explanation
i do not know english well, but i get this information well. TYSM!
Thank you
You’re welcome!
Will this be useful post covid fatigue?
thank you!!!!!!
Can u explain NADH to NAD+ process?
So does that mean the production of lactate will follow the same pathway of glycolysis?
Really good! I'm going to crush my exam!
Best of luck!
go ahead ,thanks matt😇🙋♀️
Thanks! 😃
Nice topic
From watching these (very good) videos on this channel, I have a sneaky suspicion Matt eats a lot of donuts.
thank you for your video...I am stuck on the ATP production... Glucose is a 6 carbon molecule and ATP is N/phospate molecule...how do we get ATP from glucose (I understand that energy is released when the bonds are broken)but ...where does the Phosphate and N appear? They seem to appear out of nowhere thank you
There is an inorganic phosphate molecule basically just sitting around and the energy of breaking down the glucose causes that phosphate molecule to join with an ADP molecule to form ATP.
So how does the aerobic system compliment or limit the anaerobic system? (I recently read that as a statement somewhere, so I cam across your videos in my attempted to make it make sense)
How do Keto cells break down in to and how does the liver or brain or cells use them ?
I would have to make a separate video for that. It’s a different process
awesome videoo
Thanks!
Outside of mitochondria aerobic glycolysis and anaerobic glycolysis happens , if the oxygen present it will go to the mitochondria ,kerbs cycle and do the oxidative phosphorylation and make 38 Atp and this the difference between aerobic glycolysis and oxidative system or anything else plz help me out .
Sounds like you have it down pretty good. Check out the video I just did on the Cori Cycle. It is also very good for giving a visual of what is going on.
@@TheMovementSystem I've seen it already great one thank u Matt
@@Durgaetz You're welcome
brilliant
Thanks!
@@TheMovementSystem 👍❤️
Awesome
Thanks!
Isn't it that NAD+ goes to NADH
Does it mean that the reactions in aerobic glycolysis are exactly the same with the reactions in anaerobic glycolisis, and exactly with such enzymes, except for the finished product? And how from adenosine diphosphate is transformed into adenosine triphosphate, and why?
How many ATP is generated with lactate?
Just for clarify: Would the body start in aerobic glycolysis and then convert to anaerobic glycolysis as we deplete O2 levels?
Not necessarily. The body always starts alactic/ anaerobic with the ATP system then starts to work to replenish ATP with some combination of aerobic and anaerobic processes.
@@TheMovementSystem does the body automatically start with PCr (phosphocreatine)?
Please explain in detailed view
Check out ninja nerd science for a full hour long detailed video.
How does ACTN3 RR effect this. I have it and it almost feels as everyone's telling me to just eat carbs and sugars to out perform others in speed sports and power sports.
A erobic glycolysis happens In mitochondria or in glycolysis?
In the cytoplasm
Great video. In terms of aerobic/anaerobic glycolysis, what determines if we are with or without oxygen? Is it just the duration of exercise time? Thanks!
Yes, you are correct. The duration at which you exercise at is what determines whether or not you are metabolizing in a ana/aerobic state. (With or without O2).
At the initiation of workout, you start with PCr (phosphorcreatine), the duration for that is 0-8/10 sec. then at 8/10sec-2/3 mins you reach anaerobic glycolysis (substrate-level phosphorylation). Then after 2/3 mins and on you reach aerobic metabolism, an oxidative “steady” state. (Oxidative phosphorylation). The huge difference between the two is that aerobic metabolism occurs in the mitochondria (powerhouse of the cell). Producing ATP in a greater amount but at a slower rate.
Hope this helps!
45 minutes before my anatomy exam - here I am lol🤞
this is kind of like in Minecraft, if you shovel a stack of gravel, you get gravel and flint. then you build up the gravel and shovel it again, you get more flint and gravel. so each time you process the same stack but continue to net ++ flint
True glycolysis is the only way of energy formation
Don't you get 32 ATP in aerobic glycolysis?
Mentorship 🙌
Playback speed to 0.75 😀😀
Smart move
football team captain explains glycolysis:
Gluconeogenesis evangelion
Jeez Americans and your "little bit of donut" ffs makes peoples heads hurt
Which is your Instagram? I would like to continue follow , I really like the way you explain
It’s @themovementsystem
Thank you! That was amazing
thank you!!!
Thank you
You’re welcome
Awesome
Thanks!