Your message is so loud and clear, it makes it so much easier for everyone to understand MI pathophysiology. My husband now fully understands how MI occurs and he will make sure he doesn't promotes his partial thickness MI to full thickness MI. thanks
Regardless of the troponins debate, this was absolutely fantastic! Not only did it explain with great and precise accuracy what one feels/experiences during a AMI, it did a great job of explaining the internal happenings. Thank you
The plaque here is shown to be in the lumen of the vessel, later allowing the thrombus to attach to it. That's not really the case, the plaque builds up in the subendothelial layer, and increasing force/pressure in the vessels (after exertion) causes the layer (fibromuscular cap) between the plaque and lumen to rupture leading to bleeding inside the vessels, and activation of the coagulation pathway, with a thrombus being the end result.
I have just started my nursing degree - this explains pathophysiology so well! I actually understood and was able to use it within my case study. Thank you!
I'm a premed student. You are saving my educational life! You are making my very broad and detailed college course called Human diseases smooth and less hard ❤ If you were to make MCAT playlist, I would become the number one by watching your videos 😅🩵🪽 Thank you🪽🪄🙏
Troponins aren't only found in heard muscules cells. Troponin is found in both skeletal muscle and cardiac muscle, but the specific versions of troponin differ between types of muscle. The main difference is that the TnC subunit of troponin in skeletal muscle has four calcium ion-binding sites, whereas in cardiac muscle there are only three. However troponin isn't found only in smooth muscles cells so yeah I think that you should correct that part of the video.
I'd love to see your explanation about MI caused by #SCAD. I had 2 heart attacks due to this rare condition where your arteries dissects forming a flap and blocking blood and oxygen flow to the heart. I'm only 43 years old otherwise fit and healthy So little is known about this condition, there is no way to prevent it as the causes still unknown and therefore there is no specific treatment either
+khalifa drake While that's true, the cardiac-specific troponin is called troponin 1. This is the one specifically that you use as a biological marker after diagnosis to confirm the degree of myocardial cell apoptosis.
You'r so underrated as per your work 👏🏻💫your explanation is just amazing It helps alot N your presentation...its just soo nice💫💫 I wonder how you r able to draw like this👌🏻
at 6:49 you say troponins are only found in heart muscle cells, which is definitely false, they are key in skeletal muscle as well. It may be worth overriding the audio to prevent student confusion. Overall though, very helpful video -a grateful MS1
Well in this case there is no implication to be made, and as a science educational video it doesn't make sense to "assume" people were gonna know that, and I'm sure that was not the intention of the video creator. "I have an idea, let's just assume they already know the whole topic, why do the video!!??" Again, you look like a fool in this thread, I don't need to insult you. I graduated in the top 7% of my undergrad, while working to fund my own tuition, offered interviews at 10+ universities (all US) including the likes of prestigious universities such as UCLA, and will graduate with my MD in 2019. So I apologize, but I won't be working as a scribe anytime soon. I hope you seek therapy, you seem mentally unwell.
Guys, here's a question. In the video it was mentioned that as cardiomyocytes suffer necrosis, some toxic substances, typical for these cells, spill out from the dead cells. I wonder: what are their names?
Well, I hope I can help you... I'm a medical student studying MIs at the moment. The most important enzymes and proteins released by damaged cardiomyocytes are troponin-T (TnT), troponin-I (TnI), creatinine kinase (CK-MB) and myoglobin. There are several other important biomarkes that can be found in the blood, but these four are the most import in diagnosing a MI! I hope I answered your question!
its all stupidly easy but we dont think of how .. we dont care if this does make sense or not we just care about As and thats exactly what modren universities want .. u pay us .. u come dump doctor or medical personnel im really afraid to ask 1uestions hat rushin my head about everything i study coz that makes me annoying
![Digital Circus Episode 4 [TRAILER]](http://i.ytimg.com/vi/abZtsmMUbJo/mqdefault.jpg)
Your message is so loud and clear, it makes it so much easier for everyone to understand MI pathophysiology. My husband now fully understands how MI occurs and he will make sure he doesn't promotes his partial thickness MI to full thickness MI. thanks
you guys are so much better than the sum of professors at my school yet we still pay to learn when we can watch your videos for free
Sadly even though institutional learning can be inferior, self education doesn’t get us degrees.
Oh my god, I'm getting stressed knowing that, doctors learn more from RUclips rather than degree in a institution,
Good greef
Great video! Clearly explained in layman's terms, without being over-simplistic. Should be watched by anyone with a parent
Regardless of the troponins debate, this was absolutely fantastic! Not only did it explain with great and precise accuracy what one feels/experiences during a AMI, it did a great job of explaining the internal happenings. Thank you
The plaque here is shown to be in the lumen of the vessel, later allowing the thrombus to attach to it. That's not really the case, the plaque builds up in the subendothelial layer, and increasing force/pressure in the vessels (after exertion) causes the layer (fibromuscular cap) between the plaque and lumen to rupture leading to bleeding inside the vessels, and activation of the coagulation pathway, with a thrombus being the end result.
Can we just talk about him just casually drawing perfect cardiomyocytes and perfect lungs while I struggle to draw a house
😂😂😂😂
u r so smart, and so good at explaining. thank you thank you so much. may God bless you and ur family.
I have just started my nursing degree - this explains pathophysiology so well! I actually understood and was able to use it within my case study. Thank you!
very good presentation. I am a RN and still can learn a lot from this video, thanks!
i love you so much!!!!! this is such an easy way to understand heart attacks. thank you!!!
I had a clot burst out of the artery in 2011. The Dr told me not many ppl live after having this. I was fully awake. I was only 33.
Glad to hear it. I was 31 when my aorta burst and im the only person alive who survived that so yeah
Best video on myocardial infarction
This was excellent!!!
only if my lecturers could be this clear. Well done
Thank you I have never understood MI so well.
Brilliant video ! Love the visual aids :)
really like the way you enplane things so thoroughly and chronologically. THANKS
yap
Thanks for giving a concept Clearing video on MI...🙏
Thank-you, Mark Rufallo.
very good video. I will recommend my students to subscribe.
So much easier and conceptual , Thanks a lot !
very well explained, thank you
I am watching this because Ive been feeling pain in my chest for weeks and I didnt even bother to check it from a doctor.
how are u doing now
Great video thank you.
Thank u so much...grt video
I'm a premed student. You are saving my educational life! You are making my very broad and detailed college course called Human diseases smooth and less hard ❤ If you were to make MCAT playlist, I would become the number one by watching your videos 😅🩵🪽
Thank you🪽🪄🙏
Me too
Thank you for describing me the last 3 yrs but last year if i hadnt found out what id been going thru id been dead
Amazing !!! !Thank you so much
Thank you!
You are a thoroughly amazing teacher. Very very clear.
thank you very much for this , it is really help my case study assignment.
Thank you so much 😊
Thank you so much for this
Troponins aren't only found in heard muscules cells. Troponin is found in both skeletal muscle and cardiac muscle, but the specific versions of troponin differ between types of muscle. The main difference is that the TnC subunit of troponin in skeletal muscle has four calcium ion-binding sites, whereas in cardiac muscle there are only three. However troponin isn't found only in smooth muscles cells so yeah I think that you should correct that part of the video.
That make very sense, thank you Sir !
I'd love to see your explanation about MI caused by #SCAD.
I had 2 heart attacks due to this rare condition where your arteries dissects forming a flap and blocking blood and oxygen flow to the heart. I'm only 43 years old otherwise fit and healthy
So little is known about this condition, there is no way to prevent it as the causes still unknown and therefore there is no specific treatment either
Stay strong baby!
I really hope you're okay. stay safe❤️
dang so neat presentation! Thanks!
Helpful
Wonderfull video!
Well explained 👏
Great video. Makes an MI much easier to understand. I'm now looking to find out why nausea occurs if anyone can help?
This is awesome and so easy to understand!!! Thank you so much doc!!!
Nice explanation....keep it up
1 no Sir jee
troponin is also found in the skeletal, , don't get confused guys ,, he made a mistake in this video
+khalifa drake While that's true, the cardiac-specific troponin is called troponin 1. This is the one specifically that you use as a biological marker after diagnosis to confirm the degree of myocardial cell apoptosis.
+khalifa drake There's different kinds of Troponin. One of the kinds of cardiac specific.
UGH! love you king, this information is so easily digestible and informative thank you
You'r so underrated as per your work 👏🏻💫your explanation is just amazing
It helps alot
N your presentation...its just soo nice💫💫 I wonder how you r able to draw like this👌🏻
Great Work
at 6:49 you say troponins are only found in heart muscle cells, which is definitely false, they are key in skeletal muscle as well. It may be worth overriding the audio to prevent student confusion. Overall though, very helpful video
-a grateful MS1
yeah, troponin is also found in skeletal muscle, ,it plays important role in skeletal tissues
yeah, troponin is also found in skeletal muscle, ,it plays important role in skeletal tissues
yeah, troponin is also found in skeletal muscle, ,it plays important role in skeletal tissues
+khalifa drake stop spamming
Well in this case there is no implication to be made, and as a science educational video it doesn't make sense to "assume" people were gonna know that, and I'm sure that was not the intention of the video creator. "I have an idea, let's just assume they already know the whole topic, why do the video!!??"
Again, you look like a fool in this thread, I don't need to insult you.
I graduated in the top 7% of my undergrad, while working to fund my own tuition, offered interviews at 10+ universities (all US) including the likes of prestigious universities such as UCLA, and will graduate with my MD in 2019.
So I apologize, but I won't be working as a scribe anytime soon.
I hope you seek therapy, you seem mentally unwell.
Dr Jhon Campbell lectures
His voice is so sarcastic reminds me of exurbia and YSAC...
I must say brilliant explanation, truly appreciate your hard work.
today one man died because of myocardial infarction... anyway nice descriptions of symptom 👍
I have squeezing in mychest in the left since since yesterday should i be worried?
Awesome video. The speaker sounds like Mark Ruffalo. LOL. Fitting.
what nerve is the common origin?
Super clear and Easy to understand really helps me a lot thannnnnnk you 🙏🏻so much ♥️ appreciate your work big like +subscription + add to my favorites
why does myocardial infarction lead to increase in end-diastolic volume?
awesome vid
thanks
Guys, here's a question. In the video it was mentioned that as cardiomyocytes suffer necrosis, some toxic substances, typical for these cells, spill out from the dead cells. I wonder: what are their names?
Well, I hope I can help you... I'm a medical student studying MIs at the moment. The most important enzymes and proteins released by damaged cardiomyocytes are troponin-T (TnT), troponin-I (TnI), creatinine kinase (CK-MB) and myoglobin. There are several other important biomarkes that can be found in the blood, but these four are the most import in diagnosing a MI! I hope I answered your question!
Wow, it look like a thriller movie, great
Nicely explained background video not clearly seen
how can I cite this?
pls help asap my assignment is due tomorrow
Om pure love Ok
after 2 hour acute phase reactant are diagnostic.
Our product clean arteries at least 18 hours, MAWA only drink 500c.c. mawarep.blogspot.com.co
TROPONIN IS MORE INDICATIVE OF MI.
I think. I love you.
I ON MATTERS OF THE HEART PREPARING FOR MY PRESENTATION AT UNISA PRETORIA
9:15 the cross section looks like a potato I used to eat when I was a little kid
❤❤❤
Amazing
That's how my father died 😢
❤️
So you mean I’ve been dying for four years before I decided to go into the emergency was 70% blockage on my RCA, crud... eeks
its all stupidly easy but we dont think of how .. we dont care if this does make sense or not
we just care about As
and thats exactly what modren universities want .. u pay us .. u come dump doctor or medical personnel
im really afraid to ask 1uestions hat rushin my head about everything i study
coz that makes me annoying
Ok... Slow down, take a few deep breathes and speak slower and clearly...
the guy whos talking sounds hot lmao
the snakeu loves hobi I love hobi too snakeu
weird
Anyone knows why khanacademy is not posting videos anymore?
Thank you for this video
great video. thank you
Thanks
thank you
Thank you.
awesome vid