Thanks sir for explaining a concepts with great example I am from India 🇮🇳 and even my teacher not explaining with as such clarity .These videos are very helpful for me .
Oh yeah! I remember you...I am really grateful and words cannot describe how thankful I am to your generous support...If you need any help or have any questions, please let me know...Thanks a billion! 🙏
You are indeed greattttt!!!!!! Wanted to thank u for all ur wonderful content.. I just love the way u make us imply these theory into applied aspect!! And u make everything like a piece of cake 🍰which includes all the needed info You are awesome man!! Life is all about learning... And now I re learn those which I missed and u help me do that in a efficient way..
@@MedicosisPerfectionalis ur welcome 😁..keep rocking doc!!!... And forgot to say Ur hematology vedios are 💎gem...... Being in dental no one cared us from the medical facilities... Now inculcating these with the help of u guys.. Thank u sooo much hhhh 🙏
Q3: NS is isotonic so it only stays in the ECF compartment, every 1 L of IV NS distributes 750ml to the interstitium and 250ml to the plasma , hence to deliver 1L of NS to plasma would need 4L of NS.
Not a medical student, just here to learn the basics, but i am a student of the Whole of creation, and a thought came to mind,, if each cell works the same, then each part of the body should give a sign of the whole. In other words, the whole is in the parts and the parts reveal the whole. My point is,, there should be a way to pick parts and see the fractal of the whole. Not sure which part would be best, but it should hold true. Probably cells or membranes near the core of the body. Since all parts function together, i would think some kind of resonant frequency would reveal someones health condition. A fractal holographic view from one specific area should reveal the whole health condition.
Word vomit 😅 But I was about to cry because every year I find myself re reading water compartment in the body 😭 Not that I don't know it but my brain has to connect everything I read in a diagram 😊 So everytime I think ,yeah I got it now I get another hurdle, and the picture just doesn't make any sense again, because of the interstitial and intercellular fluid 😅 Always wanted to know exactly how its works because I understood yeah cell has water inside and outside of it. But always asked what of the one in the blood since they're also part of a cell and plasma but they've never been that one person that get the picture I'm trying to paint in my head so thank you very much for that one picture of the blood and cells around, really helped this student who just can't understand what they're reading if the picture aren't forming in the brain 😭✨️ Frustrating because people don't understand that the basics can be a hurdle for me, just because I get perfect grades doesn't mean I know them all🫂🫂🫂 So thank you very very much❤❤
Bro . Q No 1 answer is . Fascilitated diffusion not simple diffusion. Chloride passing through some channel either passively . Comes under facilitated diffusion
As per Guyton: Simple diffusion can occur through the cell membrane by two pathways: (1) through the interstices of the lipid bilayer if the diffusing substance is lipid soluble and (2) through watery channels that penetrate all the way through some of the large transport proteins
So I'm confused, my professor says 60% of weight is TBW, then the intracellular is 2/3 of the 60% and extracellular is 1/3 of the 60%. Making TBW 42L, intracellular 28L and extracellular 14L. Help!!!!!!!!! Edit: assuming 70 kg patient Edit #2: Figured it out lol, lord help my future patients
I have a question. So normally, the potassium concentration is greater outside the cell (ECF)? and the Sodium concentration inside the cell (ICF) is also greater? I'm confused, pardon.
Thank you so much fo this, just have a question : if let's say I'm 100kg and my plasma represents 5% of the 60% of water I have in my body, does this mean that I have 5l of plasma ??
By doing the math using 100kg, then yes! But the average person is assumed to be 70kg, and therefore 3L of plasma. In reality, however, if I am 100 kg, I am considered obese, and I have more fat, and therefore less water, so my plasma would be around 3L. Hope it helps!
I am not sure...But I know that they deplete the intracellular Calcium (in cases of overdose)...That’s why one of the treatment regimens for beta blocker toxicity is to give IV Ca gluconate.
Uniporte: Um exemplo de canal uniporte é o canal de potássio (K+) em muitas células. Este canal permite a passagem unidirecional de íons potássio através da membrana celular, contribuindo para a regulação do potencial de membrana e a excitabilidade celular. Antiporte: Um exemplo de antiporte é o cotransporte sódio-potássio (Na+/K+ ATPase) nas membranas celulares. Esse processo utiliza energia para bombear íons sódio para fora e íons potássio para dentro da célula, mantendo seus gradientes eletroquímicos e contribuindo para a regulação do volume celular. Simporte: Um exemplo de simporte é o cotransporte de glicose e sódio (SGLT) no intestino delgado. Nesse processo, a entrada de glicose na célula intestinal é acoplada ao transporte ativo de íons sódio, utilizando o gradiente de sódio para transportar a glicose contra seu gradiente de concentração.
