this guy's channel is damn gold! Thanks for combining humor with learning. Highly effective in keeping our attention and not sleep through the studies!
i like how you explain it. clear pronounciation and not too fast so i dont have to lower the speed. thank you. it's really helpful for me whos not a native
Hi Medicosis; great to watch your videos one by another. Thus, as I came to the part of Bohr equation, I tried to replace the PACO2 in terms of PaCO2 like you explained in the Alveolar Gas Equation video. And all that dead space came up a negative value; because PACO2>PaCO2! I searched the Bohr equation from my own sources; it is actually meant to be V(d) = V(T) x [(PACO2-PeCO2)/PACO2], which makes sense by using endtidal CO2 levels, as we exhale the CO2 through the dead space. I have never been the person who finds mistakes in the material; but this is thanks to you, forcing to make me incorporate stuff with each other. You are definitely a needed educator!
this is my part for case discussion, thank you very much for your very calming voice, I know we are professionals here but the expiration sound demo really made me laugh, made my day. Thank you very much doctor
A great video and very entertaining. You have a great way of explaining everything and keeping the listener interested, even for me who is non-medical. I have recently been told that my breath size drops so low that it is less than my dead space, and I now know what this means, although still haven't found out why it's happening!
TESTIMONIAL. This chap understands the physics. Really does. Guyton would be overjoyed to see these vids. If this is not clear to you after watching his respiratory explanations, get a classical physics major to help you out. Or maybe an EE who understands ohm’s cute little law.
@@MedicosisPerfectionalis You do a magnificent job. I should know…i spent years explaining the same sort of stuff to med people and industrial maintenance people. Just last week i was straightening out the thinking in a city water treatment plant. GOOD NEWS for your med students, even if they give up on medicine, once they have learned your lessons they can get jobs in hydraulics, water and heating fields……physics is applicable everywhere.
@@MedicosisPerfectionalis Yes it is, or at least classical physics is. The unprovable dreams of the string theorists and their ilk is just a road to nowhere.
Would appreciate a video on radial traction if possible. Especially the part where the collapsing pressure of the lungs increase during fibrosis, but radial traction increases thus airways widen. Apologies if it's already been done.
@@MedicosisPerfectionalis Thank you. It's just that I've tried to truly understand it but most of the explanations aren't great or are too vague for my liking. So I get it (in terms of when it happens, when it decreases or increases etc), but without 'really getting it', if you get what I mean and I don't like that 😅
Just one doubt. A respiratory alkalosis disorder is compensated by metabolic acidosis. Then here when, alkalosis occurs due to decreased co2 (respiratory prob), how can a respiratory compensation take place? It should have been metabolic,I.e, excretion of bicarbonate.
if deep and slow breathing method good for increases alveolar ventilation, could we tell the patient as example copd atleats to try that breathing method?? or it is different concept in patient???
me watching medicosis , perfectly understanding my courses , and having a wonderful time laughing at his funny ways to explain things Mom: what kind of medecine that make you laugh allll the time ?!
you live up to the name “medicosis perfectionslis” by being insanely good at everything you do, I aspire to have this level of conceptual understanding and ease one day🩷
