at 15:55, should the barrier be termed "blood-brain barrier" instead of "blood gas barrier"? the latter is often used for the alveolar-capillary barrier.
graet people always think of ideas great sir sir i think gamma receptors ,,temperatures changes nd joint sensors are sufficient for exercise induced hyperventilation to meet body demands
is the Pco2 of blood maintained at 4 mmHg, as he's saying at the beginning of this clip, or 40 mmHg, as it appears in majority of texts? had me a little confused there.
+stephen mwenje The PCO2 hovers around 40 mmHg the body has a lot of compensatory mechanisms to not let the value dip below ~36 and not rise aboue ~45.
Usually I am getting bored from long lectures. But this professor is amazing. Enjoying. I tnink he is the one who described West zones of the lung.
Thank you Dr. West for your lectures.
Turns out that the control of ventilation is more complex than I thought! Thanks
@nmwoody Yes he means to refer to the blood brain barrier, he uses that term when he explains it in his book.
ur videos are the best thing that ever happend to me haha
at 15:55, should the barrier be termed "blood-brain barrier" instead of "blood gas barrier"? the latter is often used for the alveolar-capillary barrier.
It was a wonderful lecture. Thank you so much!
graet people always think of ideas great sir
sir i think gamma receptors ,,temperatures changes nd joint sensors are sufficient for exercise induced hyperventilation to meet body demands
Love Serenade at the beginning :)
can't agree more , i just wish i've seen these videos be4 now :( , i have an exam in Rs module 2 days from now :(
what a legend
is the Pco2 of blood maintained at 4 mmHg, as he's saying at the beginning of this clip, or 40 mmHg, as it appears in majority of texts? had me a little confused there.
+stephen mwenje
The PCO2 hovers around 40 mmHg the body has a lot of compensatory mechanisms to not let the value dip below ~36 and not rise aboue ~45.
12:53 peripheral chemoreceptors.
27:36 pulmonary stretch.
Great, Thankyou so much sir
lol walkies... i love this man.
This part sounded incorrect to me though, as the dog is probably just excited (result of conditioning) rather than pre-hyperventilating
can any one plz tell me which video is talking about the pressure distribution in the lung ( apex , bottom) in regard to the pulmonary artery level???
that's pulmonary blood flow video i think: ua-cam.com/video/F6bgX3-bEts/v-deo.html
*the