6 years later and this video is still helping people around the world. I'm a year 4 medical student and I've always had trouble understanding all the different diagrams. Having you explain not only each plane of view but also how they are related and overlap has really cleared this up for me. Thanks a bunch!
When you said "hope this has made sense a little more than it was," I thought: Oh no... not more, it was actually the first time that it has made sense. Thank you sir :-)
I had a temendous ammount of trouble understanding this in my Toxicology book. This video definitely helped me understand the concept of the acinus. Thanks!
i have watched many of ur videos and they are really good and diagrams r also good as i can easily draw them and explain in the examination thank you and make more such videos
Thanks for simplifying this thing so nicely. Couldnt understand this thing so clearly ever. Hopefully..will be easier to remember and revise too. Please keep the good job up!!
Why can't one layer the zones (from acinus model) on the classic model? The zones merely reflect the degree of oxygenated blood hepatocytes receive. Is it incorrect to draw 3 concentric zones within the hexagons to depict the gradient of oxygenated blood too? I guess my underlying question is what truly differentiates the acinus model and classic model?
This is an amazing tutorial. Just what I was looking for. Do you have a good source to explain what the different zones do. Do they have specific function or are they simply anatomical landmarks.
6 years later and this video is still helping people around the world. I'm a year 4 medical student and I've always had trouble understanding all the different diagrams. Having you explain not only each plane of view but also how they are related and overlap has really cleared this up for me. Thanks a bunch!
Yooo 10 yrs later this video is still better than most other explanations gg
When you said "hope this has made sense a little more than it was," I thought: Oh no... not more, it was actually the first time that it has made sense. Thank you sir :-)
Thank you so much:)
No medical background welder as a profession and I found this video very informative and entertaining
Best explanation. One that I'll be able to remember too! Thank you so much. I appreciate this video and your effort.
Have an exam in 2 hours and this helped explain something I was struggling with, thanks a lot!
This was amazing, thank you. Couldn't understand the functional/hepatic acinus lobule for the life of me until now.
I'm from Russia, and my English is so-so, but I understand nearly whole video. Thank you very much!
10 yrs .. So helpful thank you
sir world is a good place with people like you
thank you.
Great content explained here... thanks a lot and greetings from Brazil.
Thank you for the comment! Thanks for watching
Very good explanation of the liver physiology models!
Wonderfully explained!
I had a temendous ammount of trouble understanding this in my Toxicology book. This video definitely helped me understand the concept of the acinus. Thanks!
simple and to the point! great!!
Thank you! It is informative to me! From Korea
Thank you so much, man. 😊
Also thank you to my teacher for sharing this video.
Best explanation so far
My school sucked at explaining this concept. Thanks for the insight.
This was so helpful and informative! Currently reviewing for my vet school finals and this was such a gem. Thank you!
Best video on this topic
Thanks very much , god bless you 💙💙💙
Amazing. So nice
Thank you, simplified and clear! Awesome!
Thank you 🙏
شكرًا 🌷
Great explanation. Thank you so much!
Amazing video was very helpful 👍🏻
Very good explanation thank you
THANK YOU SO MUCH !!! THIS SAVED UP A LOT OF TIME (reading complicated books then getting lost) thank you xD
thanks man, i have an exam in 5 hours and wanted a good explanation of this :D
This is great 🤩
I found this incredibly helpful. Good work!
Great job.
absolutely brilliant, thank you!
Thank you sir. This is very helpful. 😊
Really appreciate the feedback!
Great, thank you very much!
u explained it perfectly!
Thank you.
Wow this is such a clear explanation, thank you so so so so so so much
Badass wallpaper ❤
so so helpful, thank you!!!
Thank you,, this one is real helpful for my pathomorphology exam😀😀
thank you so much saved a lot of time
i have watched many of ur videos and they are really good and diagrams r also good as i can easily draw them and explain in the examination thank you and make more such videos
awesome!!! thanks you def helped me for my pathology exam :)
Much appreciated! thanks!
thank you, very helpful😄
Appreciate it man! I’m reviewing something about cystic fibrosis and its impact on these zones. Thank you! :)
Thnx dear. I studied about that but you make my doubt clear..thnx
Very well explained , thank you :)
Very great effort...
Thank you so much 👍🏼👍🏼👍🏼👍🏼👍🏼
Thanks for simplifying this thing so nicely.
Couldnt understand this thing so clearly ever.
Hopefully..will be easier to remember and revise too.
Please keep the good job up!!
great job sir!
Well done ! Thank you so much Sir ! :)
Thanks! This actually helped.
Tanku so much from ethiopia
youre real king man
wow!
It is easy explanation ever
Good 🥰🥰👍👍
Thanks ♥️
THANK YOU!!!
thank you...i hope you make more videos :)
Nice
SOOOO MANY THANKS :)
good job , thank you sir
thanks.. really was helpful!!:D
thank u very much sir
Thanks
thanku..
thanks so much dad
helped me greatly :D thanks a million
Thank u
Thnx a lot..
keep it up! ;)
Drink every time you hear the word Architecture!
Building up your ego man , good work
Why can't one layer the zones (from acinus model) on the classic model? The zones merely reflect the degree of oxygenated blood hepatocytes receive. Is it incorrect to draw 3 concentric zones within the hexagons to depict the gradient of oxygenated blood too? I guess my underlying question is what truly differentiates the acinus model and classic model?
it was too good....
thnx
This is an amazing tutorial. Just what I was looking for. Do you have a good source to explain what the different zones do. Do they have specific function or are they simply anatomical landmarks.
Why do you stop 💔?
I know you dont like my msg just after I msg you
simple and to the point! great!!