In this mini lecture, Dr Mike explains why it is important to understand capillary exchange when it comes to inflammation and right-side heart failure...think oedema!!
Wow, Dr. Mike, you've done it again! No one has broken the starling forces down so well and easy to understand and tying that with edema and inflammation; That is cheffs kiss! Thank you so much for your lectures!
Dr. Mike, You do an amazing job breaking down any idea within science. I love listening to the Podcast and watching your videos. I hope you continue teaching as much as possible!
My God! This was such a great educational video! I have been struggling with this subject for some time, and after watching this video, it makes so much more sense! Thank you so much!
Thank you so much Dr. Mike. I was struggling in understanding this concept and had tried several other videos before watching yours. However, you made this easy to understand and follow throughout.
Thank you for making these videos. I'm not a student but I need to learn biology because I have mercury poisoning from amalgam fillings. Hg compromises every single bodily system and sits inside cells. It makes me unable to balance all sorts of levels, such as potassium and sodium, etc. Luckily Hg has given my body an extreme sensitivity superpower of sorts and I have learned how to read the signs my body tells me and can fix most issues with supplements. Your videos help me understand the bodily processes better to help my health. Thanks again and keep up the good work.
Oh my God I laughed .......so hard wen u said, what get pull severally..... I enjoyed the part of the lecture, I smiled and wasn't too serious 😅😅 for a moment
man this is so cool. I have a question, on normal capillary exchange, does the O2 and nutrients pushed out from the capillary beds have a chance to get pulled back in? also in the venous part, is the blood pressure there the same as the arterial?
Your videos are always great! In this video you need to incorporate the revised starlings. Oncotic gradient is between the the lumen and sub glycocalyx not the interstitium. This leads to a net filtration out and NO reabsorption back into the venule. All lymphatics. Exceptions in kidneys or in transient states of hypovolemia. Maybe have a separate video on the endothelial glycocalyx layer? Thank you!
Any chance you can help me understand what happens to hydrostatic and oncotic pressures in Ascites? I understand that albumin production is drastically reduced due to damaged hepatocytes. I also understand how hydrostatic pressure increases as a result of portal hypertension and this causes a fluid shift into interstitial space and ultimately peritoneal cavity. I just can't quite connect and describe the relationship between hydrostatic pressure and osmotic pressure in this scenario 😅
I dont understand: the capillary pressure is the tendency of capillaries to "give" its O2 and nutrients? and the arterial pressure is the literal pressure of blood against artery walls? so low blood pressure associated with vasodilation doesnt have the same consequences as low capillary pressure, also associated with vasodilation, which would result in low perfusion?
Wow, Dr. Mike, you've done it again! No one has broken the starling forces down so well and easy to understand and tying that with edema and inflammation; That is cheffs kiss! Thank you so much for your lectures!
Dr. Mike, You do an amazing job breaking down any idea within science. I love listening to the Podcast and watching your videos. I hope you continue teaching as much as possible!
I had such a huge lightbulb moment from this video, THANK you! Talk about a Dr. Mike-drop moment 🎤👏
Love your lectures Dr.Mike ❤️❤️ thanks
You have just made capillary exchange so simple to understand! I cannot thank you enough! You are a life saver :D
Dear Dr. Mike, thanks to your videos, I understand topics that I did not understand during my undergraduate and graduate education. Thank you.
Dr. Mike thank you so much
My God! This was such a great educational video! I have been struggling with this subject for some time, and after watching this video, it makes so much more sense! Thank you so much!
really enjoyable to watch your video. thank you, Dr Mike. stay healthy
The way you explained inflammation 👏 Bravo
FINALLY! Someone explains this!
You are the best! Thank you!
i knew you would give us the best and understandable content doctor
much appreciated
thanks so much dr Mike!
Great explanation! Many thanks!
Thank you so much Dr. Mike. I was struggling in understanding this concept and had tried several other videos before watching yours. However, you made this easy to understand and follow throughout.
❤🎉Wow! Amazing explanation. Thanks for breaking it down!
Thank you for making these videos. I'm not a student but I need to learn biology because I have mercury poisoning from amalgam fillings. Hg compromises every single bodily system and sits inside cells. It makes me unable to balance all sorts of levels, such as potassium and sodium, etc. Luckily Hg has given my body an extreme sensitivity superpower of sorts and I have learned how to read the signs my body tells me and can fix most issues with supplements. Your videos help me understand the bodily processes better to help my health. Thanks again and keep up the good work.
Interesting and very clear, much appreciated!
Glad it was helpful!
Thanks Dr.Mike
Brilliant overview. Thanks for the revision! So easy to understand when you explain it! Thank you. 🙏
Glad it was helpful! 😊
Simple explanation...Thank you
Your videos are really helpful.
❤I’m a system engineer and this is much more interesting and fun because of the probably ever best teacher have met.
Fantastic Capillary exchange explanation
Wow this video is chef's kiss! Thank you!
Our pleasure! 😊
This video was absolute perfection. Thank you so much ❤ i finally was able to make sense of the first 6 slides of my fluid balance lecture!! 😅
YOU'RE AMAZING MAN!
amazing video, thank you so very much!
Dr Mike I learn a lot from you ! You made my anatomy class so easy ! I really enjoy your videos ❤they are very informative and short
Excellent video!
You are the best 🙏
Great video.
Oh my God I laughed .......so hard wen u said, what get pull severally..... I enjoyed the part of the lecture, I smiled and wasn't too serious 😅😅 for a moment
I just want to thank you for your efforts you just amazing person. I hope our professors understand and follow ur way of teaching ♥️
thank you DR Mike
Thank you sir. Makes it Very simple
Thankyou Mr Mike i am from Punjab India and i really appreciate ur teaching skills
Outstanding 10/10
thank you so much for this video, it was very helpful.
Extremely well explained. Very easy to follow. Well done. Please do more videos. Thanks
Thank you so much!!!
great video thanks I understand edema better at a cellular level.
I keep getting distracted by this handsome lad
Lmao
activate your focus mode😂😂😂
Nicee explanation...It was very helpful...Thanks a lot❤🎉🤝
This video helped me with an essay question!
Somehow this had a better explanation of Inflammation than any of my instructors in RMT school
Very well explained ❤
Thanks.
I get a lot of studying done on the toilet watching this guys videos
thank you
Keep posting brother .
Good content with better execution .
Thank you, I will
Brilliant
Great 👍
man this is so cool. I have a question, on normal capillary exchange, does the O2 and nutrients pushed out from the capillary beds have a chance to get pulled back in? also in the venous part, is the blood pressure there the same as the arterial?
Your videos are always great! In this video you need to incorporate the revised starlings. Oncotic gradient is between the the lumen and sub glycocalyx not the interstitium. This leads to a net filtration out and NO reabsorption back into the venule. All lymphatics. Exceptions in kidneys or in transient states of hypovolemia. Maybe have a separate video on the endothelial glycocalyx layer? Thank you!
You are the BEST at explaining anatomy, thank you so much!!!
Arabic student .. thank you so much 💜
I'm writing a paper, and I was having a hard time understanding capillaries. Thanks for explaining, I understand now. 😅
Thankyou
Thanks alot ❤❤
You're welcome 😊
amazing
Thank you! Cheers!
can you please explain the role of the endothelial glycocalyx layer please?
Amazing. That's the tweet
Understood
Any chance you can help me understand what happens to hydrostatic and oncotic pressures in Ascites? I understand that albumin production is drastically reduced due to damaged hepatocytes. I also understand how hydrostatic pressure increases as a result of portal hypertension and this causes a fluid shift into interstitial space and ultimately peritoneal cavity. I just can't quite connect and describe the relationship between hydrostatic pressure and osmotic pressure in this scenario 😅
why does vasodilation in septic shock causes bad perfusion if vasodilation is associated with increased capillary perfusion?
why is vasodilation associated with higher pefusion if vasodilation in capillary cause lower perfusion?
I dont understand: the capillary pressure is the tendency of capillaries to "give" its O2 and nutrients? and the arterial pressure is the literal pressure of blood against artery walls? so low blood pressure associated with vasodilation doesnt have the same consequences as low capillary pressure, also associated with vasodilation, which would result in low perfusion?
Please do glyoxilate cycle 😢
الشرح بطللل
Pur king
He teaches Anatomy like English
its hard to concentrate when the teacher is cute
How'd I miss first comment on this one?!?
Cap -ill - ary ,dawg
I can never thank you enough , I’m a first year medical student and English is not my native language but you make everything so clear and easy🫡