Metabolism | Mobilization of Triglycerides
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- Опубліковано 6 чер 2017
- Official Ninja Nerd Website: ninjanerd.org
Ninja Nerds!
In this lecture Professor Zach Murphy will present on the mobilization of triglycerides, and go into more detail on the process of triglyceride synthesis. We hope you enjoy this lecture and be sure to support us below!
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I’m Russian and I’m studying in Russian university on Russian language, English is my foreign language, but I understand your videos more better than Russian books and videos about biochemistry. Thank you very much!
ахуенно братуха жиза
Me too , and I’m libyan , I understand him more than our university doctors 🥲🫶🏻.
Me too , i'm Algerian and i'm studying in french but i understand his videos more better than my french books🤦♀️
Ps: french is our second language and english is the 3rd one 🙂
Am me am from Uganda we used English but he's far much better than our lecturer
@@sajagraf2092 I am actually an ALien from Korach lisek planet and i undestand him more than our planets professors even though we have no liver nor do we have blood system
For me Biochemistry is one of the difficult ones to get in touch. After watching these videos it seems like biochem is one of the easiest subject study. This professor is really dedicated to this work. This teaching method is extremely effective. I've felt like I am being in a real live lecture. There are lots of Science related videos out there. But "Ninja Nerd" videos really valuable to share with others. Keep it up Sir.
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literally makes this entire material 100000000 more understandable!
OMG this is when I realized that metabolism is not a hard unit. But you just gotta understand whats happening. Thank you so much for this video. It really helped me to understand as a visual learner.
Can't thank this channel enough for providing such relevant and conceptually clear content for medical school.
Beautiful! Such a clear explanation of mobilization of triglycerides. Thank you.
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Sir, your manner of explanation and your concepts were impeccable, thank you so much for helping out students this way.
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Itna sach nhi bolna tha
Most helpful video, i appreciate coming here to learn.
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High quality time saving lec
I didn't understand it from the university professor, but a ninja always makes everything easy.
Thank you very much.
We love you and appreciate your hard work
from the state of Libya in North Africa ^^
Thank you for this excellent unpacking of lipolysis ! ... Neat and precise.
Keep up the good work, best biochemistry class i've ever seen!
Thank you very much
May God bless you for taking your time to educate different people in the world ❤
This was very interesting.I appreciated your clarification of the conditions i.e. fasting state and acute stress state when fat mobilization is happening.The elucidation of the three enzymes involved Adipose triglyceride lipase,Hormone sensitive lipase and Mono-acyl glyceride lipase was very helpful. In lippincot,the regulation via the GPCR-cAMP second messenger system(activated by epinephrine) is mainly directed at the HSL,I hope you can clarify that for me.Such a helpful video.
Love this presentation. Really well explained!
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Lectures are ultimate. Thanks for providing educational videos.
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Thank you ninja for this great explanation.
From Egypt.
This video is amazing! Thank you so much!
Very useful. Helping me in my biochem professional exam
Thank you so much 😩😩😩 I’ve been struggling with this for yearsssss
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I really dont know how to appreciate you ! You made metabolism easy for me . Thanks a milion 😍❤
thank you for this great review of mobilization of triglycerides.
you're truly a hero for students
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Since 1975 I've sat in or participated in untold number of medical presentations. That was a thing of beauty.
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binge-watching for the whole day :)
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Wow, thank you so much, best explaination.
Could you tell where the video about lipid droplet formation in adipose tissue?
this was a very helpful video, thankss!!!
love the work! I just can't stop laughing at how he says "ADEPOCYTE" instead of "ADIPOCYTE" cracks me up every time!
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mind blowing explanation.
First off, amazing content! Your channel has been a life saver and its a routine to start everyday by watching your videos. Thank you for providing us such amazing and helpful content. I have a doubt as to the order of the metabolism videos, can they be viewed as they are in the same order?
OMG, great explanation. Thank u very much. Im frm Sri Lanka.
Thanks. Good video. I had no prior knowledge that not only does the body break down protein LBM into glucose via GNG but can also do it as a consequence of Lipid breakdown into glycerine and its 3 fatty acids by free transport of glycerine to liver via a similar GNG process used to convert protein/LBM.
ATP seems to be the most common primal fuel at a cellular level but the cell mitrochondria seems to have a multi-fuel capacity to handle ATP, Fatty Acids and Glucose (and perhaps some primitive alcohols too?). Begs the question if we can biohack our ratios of mitochondrial specializations to get more preference for fat vs glucose vs ATP etc as a specialization of our own lifestyle and modify it over life by targeted nutrition, supplementation and exercise type (anabolic/HIIT, resistance training styles); or to modify our preferred bio fuels to compensate for metabolic disfunctions arising from age related signaling in-sensitivities, disease, injury etc.
Question: How long do the circulating albumin protein "boats" stay in situ being recirculated pending cellular uptake into LBM or active tissue before they are declared "past shelf life" or "in excess of overhead to manage them" and shuttled back into body fat? Seems like the blood stream is being used as a kind of transient energy queing/buffering system but it must have much less volumetric capacity than lipid storage cells otherwise arteries would sprout fatty deposits as more localized and accessible auxiliary fat storage systems (surprised there are no cancers that mimick this phenomena).
god bless you. Thank you so much. You guys are best
THANKKKKK YOUUUUUU SO FREAKIN' MUCHHHHH
Brilliant, thank you
THANK YOU SO SO MUCH !!
This video is just amazing ! You explained it such a simple way! I really thank you from the bottom of my heart for saving my life ! It would have been too boring to study Biochemistery from my teacher's lesson. Thank you ! You do a great job ! (I'm medical student ;) So u're saving my life and the ones of people I will meet during my career) -Sorry If my english is not that good ... I speak french and german, not english-
+Svetlana Vrach thank you so much for your super kind words we really appreciate that best of luck in your future endeavors.
This helps. Thank you.
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+Rahaf Alhalabi thank you!!! thank you so much for your kind words I'm so happy that we were able to help!
Thank You , Sir 😊
Outstanding!!!
gluco-GONE :D
Thank you for the simple yet great explanation :)
Doesn't glucagon do the opposite though? It releases glucose?
@@thefenerbahcesk4156 it's released when blood glucose is low
Amazing! Your knowledge is admirable.
+TeamMaxwell JiuJitsu thank you so much for your kind words I'm so happy that we were able to help!
thanks for the lecture
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I could not find info on "the movilization of triglycerides". Here you are again Ninja to the rescue!!
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hey guys at ninja nerd. i want to start off by saying i love your videos, theyre great, but i wanted to point out, for TAG the first hydrolysis is done by HSL, DAG then gets hydrolyzed by LPL, then the last one is MAG lipase.