You’re very welcome! If you’re studying for the MCAT, I have 6 playlists to help you: My MCAT Playlists: 🚗 Organic Chemistry: ruclips.net/p/PLYcLrRDaR8_f_-vdA2r_z4Ie-CFAPV2sK 🔥 General Chemistry: ruclips.net/p/PLYcLrRDaR8_e4MrgwcOjbt3mS4nUbSs8w 🧪 Biochemistry: ruclips.net/p/PLYcLrRDaR8_c2LBpF_OYvwijOok7ae96N 🧬 Biology: ruclips.net/p/PLYcLrRDaR8_f10hjfgWdBzaZ9PuIut-y7 🚗 Physics: ruclips.net/p/PLYcLrRDaR8_cnnwn5YP6EAfXoAYknzVI3&si=vsCtVfJHk5Upum1F ⁉️ MCAT Questions: ruclips.net/p/PLYcLrRDaR8_fOmzTb2f8L96D_LkLhPw0X
SIR you are an amazing human being! How do you manage to make such a complicated subject (for me personally) so easy to understand in less than 15 minutes. Thanking you from the bottom of my heart :)
As an instructor, I really appreciate your style (esp. humour), your pace, and your graphics. For students who need to slow down, they can adjust playback speed. For students who are reviewing, the pace is great. For students who are previewing (which I strongly suggest before any lecture), you provide a complete run up. Are you planning on doing a biochem course review? Whatever you do, it will be great.
Thank you so much for your kind words! I have a complete Biochemistry playlist (more than 200 videos): ruclips.net/p/PLYcLrRDaR8_dKo6Nu1Dw1efJGkDpuZGEy&si=U4TjLdbmuHSIMP9j
@@MedicosisPerfectionalis excellent! I will run through them. I'll also definitely have to look more closely at your playlists because I didn't see that one. Thanks again!
Great explanation really this is the first time I understand it very well I had facing difficultly understanding this topic, I think now is clear thank you
@Medicosis Perfectionalis I have a question/doubt but I'm going to sound really dumb asking it, so pardon me. This has really been bothering me for the longest time. When the lumen of a blood vessel narrows, we say that blood pressure increases. This blood pressure is told to be the same as hydrostatic pressure. Then how come a lower volume of blood causes a greater pressure in a narrow lumen than a greater volume of blood in a dilated lumen? And how can blood pressure be high but hydrostatic pressure low as we see in a constricted blood vessel? Thank you.
Blood pressure isn’t the same as hydrostatic pressure. Hydrostatic pressure depends on the volume of blood mainly, whereas blood pressure is force “of volume of blood” divided by surface area. These are different concepts that look at hemodynamics from different angles. Hope this helps!
@@MedicosisPerfectionalis I had a gut feeling that this would be the case thanks for clarifying this for me! So tell me if I'm getting this right. Hydrostatic pressure is just a fancy term for the fluid gradient across the capillary membrane?
Hi Medicosis! Thanks for all that you do. Question: If hydrostatic pressure depends on how much blood is in the vessel, and veins have more area relative to arteries, shouldn't veins have more pressure because there are just more molecules able to apply pressure to the sides of the vessel? I'm confused because my understanding is that veins have lower hydrostatic pressure relative to arteries.
If proteins would get passed into the Bowman cp. we will gave greater than 10+ mmHg positive and the filtration rate ...would increase giving polyuria and PLN (nephrosis). Is this right? (Just knotting my ends😊) Thank you.
My degree will have your name on it FR TT_TT you're carrying my whole education on your back sir (jk i know u're not old) :D when i'm a doctor and earn actual money, i will defnitely come back and donate some money to your channel or sum
Oh wow! English is not my native language, and my accent is very different from his but I understood him perfectly! sometimes good headphones work wonders
❤️ Cardiac Pharmacology Course: www.medicosisperfectionalis.com/
1:19 *Hydrostatic pressure pushes*
*Osmotic (Oncotic) pressure pulls*
3:50 Kidney filtration
7:56 Capillary filtration
Brother you are the GOAT! Was struggling with this concept for my MCAT and you beautifully explained it.
You’re very welcome! If you’re studying for the MCAT, I have 6 playlists to help you:
My MCAT Playlists:
🚗 Organic Chemistry: ruclips.net/p/PLYcLrRDaR8_f_-vdA2r_z4Ie-CFAPV2sK
🔥 General Chemistry: ruclips.net/p/PLYcLrRDaR8_e4MrgwcOjbt3mS4nUbSs8w
🧪 Biochemistry: ruclips.net/p/PLYcLrRDaR8_c2LBpF_OYvwijOok7ae96N
🧬 Biology: ruclips.net/p/PLYcLrRDaR8_f10hjfgWdBzaZ9PuIut-y7
🚗 Physics: ruclips.net/p/PLYcLrRDaR8_cnnwn5YP6EAfXoAYknzVI3&si=vsCtVfJHk5Upum1F
⁉️ MCAT Questions: ruclips.net/p/PLYcLrRDaR8_fOmzTb2f8L96D_LkLhPw0X
Dude. You are awesome!! Haha. Love the humor while discussing. Keeps us entertained. Keep up the good work!
Thank you 😊
OMG! I am impressed with how you can make it easy! Thank you!! 🙌🏼
You are so welcome!
SIR you are an amazing human being! How do you manage to make such a complicated subject (for me personally) so easy to understand in less than 15 minutes. Thanking you from the bottom of my heart :)
Thank you from my left ventricle!
Dude these vids are so good and amazing you knew more than my current doctor when do I get med degree under your belt Mr Sensei
Thank you 😊
Medicosis is the living example of Rene Descartes’s quote: “I think, therefore I am”.
Haha 😂
As an instructor, I really appreciate your style (esp. humour), your pace, and your graphics. For students who need to slow down, they can adjust playback speed. For students who are reviewing, the pace is great. For students who are previewing (which I strongly suggest before any lecture), you provide a complete run up. Are you planning on doing a biochem course review? Whatever you do, it will be great.
Thank you so much for your kind words!
I have a complete Biochemistry playlist (more than 200 videos): ruclips.net/p/PLYcLrRDaR8_dKo6Nu1Dw1efJGkDpuZGEy&si=U4TjLdbmuHSIMP9j
@@MedicosisPerfectionalis excellent! I will run through them. I'll also definitely have to look more closely at your playlists because I didn't see that one. Thanks again!
Great explanation really this is the first time I understand it very well
I had facing difficultly understanding this topic, I think now is clear thank you
Omg Idk what to say about this amazing explination i just love you
Thank you 😊
❤ the explanation, it’s clear and simplified
Thank you 🙏
thank you! enjoyed your passion for science all over the lovely video.. keep it up ❤
You’re most welcome!
Please help me by sharing my videos with others!
always taking my stress away, thank u
Any time!
You save my time! Thanks🙏🏻
My pleasure!
Man I was tried to find ur channel
Finally !!
Thank you so much! I appreciate you!
Welcome back!
Finally i got my problem solving center 😊
:)
This is really good! Thank you!
Glad you like it!
You are a beast! Thank you!
Thank you!
Very good explanation and thank you so much.plz don't stop,very useful 😌
It's my pleasure!
Thank you! This was beautifully explained
My pleasure!
You are just so great….i really appreciate you
I appreciate you too!
Lord you are great it is making sense 😢😢😢. Thank you
My pleasure!
Wow !!!!nice dude✨✨❤
Thanks!
Thanks for review!
My pleasure!
Youre just perfect!! ❤
I appreciate you!
😍❤️ i love your videos , you're my favourite
Thank you 😊
Thank you ❤️
My pleasure!
Simple and clear 🎉❤
Thank you 🙏
@Medicosis Perfectionalis I have a question/doubt but I'm going to sound really dumb asking it, so pardon me. This has really been bothering me for the longest time.
When the lumen of a blood vessel narrows, we say that blood pressure increases. This blood pressure is told to be the same as hydrostatic pressure. Then how come a lower volume of blood causes a greater pressure in a narrow lumen than a greater volume of blood in a dilated lumen? And how can blood pressure be high but hydrostatic pressure low as we see in a constricted blood vessel? Thank you.
Blood pressure isn’t the same as hydrostatic pressure. Hydrostatic pressure depends on the volume of blood mainly, whereas blood pressure is force “of volume of blood” divided by surface area. These are different concepts that look at hemodynamics from different angles. Hope this helps!
@@MedicosisPerfectionalis I had a gut feeling that this would be the case thanks for clarifying this for me! So tell me if I'm getting this right. Hydrostatic pressure is just a fancy term for the fluid gradient across the capillary membrane?
Hi Medicosis! Thanks for all that you do. Question: If hydrostatic pressure depends on how much blood is in the vessel, and veins have more area relative to arteries, shouldn't veins have more pressure because there are just more molecules able to apply pressure to the sides of the vessel? I'm confused because my understanding is that veins have lower hydrostatic pressure relative to arteries.
Remember that pressure is force divided by surface area.
@@MedicosisPerfectionalis I see, that makes sense, thanks for clearing things up!
Would you give me the transcript for this video, it will help me a lot in my studying? Many thanks!!
If proteins would get passed into the Bowman cp. we will gave greater than 10+ mmHg positive and the filtration rate ...would increase giving polyuria and PLN (nephrosis). Is this right? (Just knotting my ends😊) Thank you.
Osmotic pressure does not equal oncotic pressure.
Colloid-osmotic pressure equals oncotic pressure.
Are you a doctor or an educator or both? I bought your Endocrine pharmacology course btw, awesome content!
Thank you 🙏
I just teach:)
@@MedicosisPerfectionalis you are amazing. That is what you are
THANK YOU again and again and again lol
My pleasure!
Are the values in kidney filtration exact?
They vary.
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Amazing 😍
Thank you 😊
This is so good #MedschoolLife
Thank you so much, Katie!
Would you please help me by sharing?
So the Bowman's capsule never has Oncotic pressure ?
I was talking about physiology (i.e. normal conditions).
Why no role of sodium in Starling force
Thanks uuuuuuuu🤍🤍🤍🤍🤍🤍🤍
My pleasure 😇
Videos are nice, but please reduce ur ads if u could.
Hello can you please give your references?
Thx alot💜💜💜💜💜💜💜😫😫😫
My pleasure 😇
My degree will have your name on it FR TT_TT you're carrying my whole education on your back sir (jk i know u're not old) :D when i'm a doctor and earn actual money, i will defnitely come back and donate some money to your channel or sum
I am honored!
Thank you so much, dear!
Surprise surprise, (+60-50)mmHg = 10mmHg😂
genuinely what is your accent i can barely understand this
Oh wow! English is not my native language, and my accent is very different from his but I understood him perfectly! sometimes good headphones work wonders
thank you❤