Heart Failure | Clinical Presentation
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- เผยแพร่เมื่อ 8 ม.ค. 2018
- Review the basic prevention, diagnosis and treatment of heart failure in this Osmosis video. It provides a perfect review for medical students and residents. More study guides, reference and resources on Medscape.com. Join now for free.
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You’ve been a lifesaver osmosis!! Your contributions to our knowledge is indescribable!! Much appreciated
One of the best tutorial videos I have watched. Thank you!
One of the best TH-cam channel for medical student 🩺❤️
Don’t know how to thank Osmosis after i get my medical degree ! 😊
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Absolutely fantastic video, very well explained!
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We still live in the midle ages
Incredible
Loved how they even added the pulmonary edema sound
Really good video for quick recap of pathophysiology. I wish you would go more in depth with the treatment in your videos though, it would help a lot.
This is probably the best explained video I have found on medical information. Thank you! ❤️
Yes me also 😁🙏🏻❤
Perfect! Just perfect! Thank you so much for this amazing video!
I think 10:39 is wrong, shunt causes eccentric hypertrophy by volume overload and not concentric
Thank you so so much. This has finally made sense today after watching your video.
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I am extremely critical when it comes to the methodology of executing knowledge from a donor like you to others like spectators since I employ anthropological tools and I tell you with ease that you accomplished very well in your clip and thus I was compelled to subscribe! 😊
Great help while studying Pharmacology.
Thank you so much, verywell explained. I hv a doubt though what happens to afterload?
The explanation was just perfect
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It was awesome. I really appreciate your work.
Magnificent video ...thanks alot ♥️
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Thank you! 💖
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Fantastic video!
Really good video, thank you ! :)
perfectly explained thank u!
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Excellent video
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Thank you💕
Thank you endlessly ❤️
Amazingly concrete video. Many thanks!
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Mines too😂
This is really good
Very well explained
Thankyou
Life saving concepts 💞
after searching tons of websites, finally found here, what i was looking for
thnkw
I don't know how to thank you it's great it's amazing it's nice it's fantastic thanks a lot 😍
thanks. it was well explained
There are now methods available that allow more careful assessment of the bronchial vascular bed non-invasively in humans. Soluble gas techniques combined with high resolution X-ray CT scanning will allow for the assessment of the interplay between functional bronchial blood flow and its effects on airway structure and pulmonary function valuable tool to determine this circulation’s effect in other pathologies such as HF.
Please can u till me how u make or produce such video
Tq u so much,this is just awesome
Really great video helps alot
perfect explanation
great video!
Can ı ask a question? what is the diffirence between arrhythmia and dysrhythmia in terminology? thanks.
Great video like always osmosis
great information
Thank you 💙
Thank you for that great video, I would appreciate your answer for this question : in case of increased heart beat in a normal person during exercises, (as heart pumps harder) would that in any way cause enough hypertrophy to the left ventricle that would result in systolic or diastolic heart failure? Thanks
In the case of exercise, the heart muscles do increase in size however, there is no pathological consequence if the person is healthy. In fact, the muscles become even more efficient at pumping blood with prolonged cardiovascular exercise, which is the reason why endurance athletes have lower resting heart rates - It takes less effort for the heart to pump enough blood around the body. I think research is currently being done to find out specifically why hypertrophy is good in exercise but bad in heart disease.
@@amz_mansaray Thank you.
Exercise induced hypertrophy doesn't cause heart failure. Because in that case, hypertrophy happens in eccentric manner. So it doesn't result in decrease of ventricular volume.
thank you
Absolutely fantastic but just a bit speed s fast...
Thank you ☺☺☺
Best Video ever 🔥
Can you please make video on arrythmia !!
If ventricles contract harder, hypertrophy would occur. So their should be thinning of walls in dilated cardiomyopathy or am I missing something
Thanks.
amazing thank u
AMAZING
One time in the future people won't need to go to a university coz everything will be available in TH-cam insha allah
Thank U
Osmosis is awesome!
very productive video
Such a great video but i need indonesian translate please... Thankyou for uploading this ❤
Nice explanation 👍
thank youuuuuuu
Excellent
Very nice video 🤗🤗
Are they changed their channels name? This is *osmosis* right?
5:04, so if stent is placed, the scar produced on heart muscle will cure on its own?
Helpful video
Thank you 😙😙😙 osmosis
please can anyone answer me ? the ascite's liquide is transudate or exudate ??
Brilliant
Great video !! Subscribed √
Best video. Simplified and covered every aspect of HF Subscribed nd liked
Nice skill
Entire Harrison knowledge in a span of 15 min
BE
STRONG
спасибо, sag bol))))))
AMEN
❤️❤️❤️❤️
Wow
My medical degree should have osmosis on it
So, for weeks I’ve been getting worsening chest pressure/dullness. Which is becoming more frequent, and also more seemingly severe each time.
Finally went to hospital yesterday on when it was extremely severe and I was dizzy etc as well. ECG was fine. Triponin or whatever was a “2” and they would have been worried for me if it was 5 or more.
The problem is, I’m a 25 year old fit looking male. I work out. But I also smoke a pack a day and eat the absolute worse shit.
I don’t believe I’m an anxious person. But it almost feels like this crushing pressure is being entirely ignored by doctors who seem to all but be acting like “you’re an idiot, you’re too young and fit to be worried about your heart”.
Also, during these periods, my blood pressure is always waaay higher than usual. 170/99 yesterday at the hospital, whereas I regularly sit at about 120/70ish. They told me it was just because I was stressed (I replied “i don’t feel stressed. Work is good. Mrs is good. Money is good - I’m not even scared about this I just want to know what is going on, because obviously something is).
This spread to my back once about 4 days ago. Lasts from 30 mins to 1.5 hours.
Like idk what to do. Doctors said I could have more tests done, but gave me a hand out saying (in short) “of people presenting like you, only 1 in 100 has a confirmed heart attack within 30 days). And said I could sign a form to be released, or make them do more tests. I got released because they were honestly basically talking down to me and making assumptions about my mental state etc.
So anybody experienced something like that? Strong crushing pressure right in heart area, increasing from once every 3 or 4 days to every 2 days to about every day? Increasing in intensity? Anyone end up finding out what it was?
you should really stop smoking completely n have a healthy diet for avoiding further complications. a pack a day is sooo unhealthy and you dnt even know what you are doing to ur body.... this is ridiculous.
4:25 - Left sided heart failure can cause right sided heart , but vice versa is NOT true . Thats wrong . Please correct it
How so? An example being - You have a I.V. drug user who develops endocarditis and vegitation on the tricuspid valve. If left untreated this eventually progresses to a state that causes right sided HF and may eventually progress to biventricular HF. So right sided HF can cause left sided HF. (EDIT: GRAMMAR)
Add a reference to a standard textbook where it is mentioned so. I haven't found any yet.
@@sacordle Add a reference to a standard textbook where it is mentioned so. I haven't found any yet.
@@mariusrulz Its not an uncommon thing among drug users and you see it somewhat often in the cardiovascular field. You may also also see PHT cause right sided HF and that leads to left sided HF. This is just a quick reply and can easily link you sourced material from google scholar after work.
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This systematic review and meta-analysis identified significant associations of both circulating and dietary magnesium and risk of CVD events. Circulating magnesium (per 0.2-mmol/L increment) was associated with a 30% lower risk of CVD, with trends toward a lower risk of IHD and fatal IHD. Dietary magnesium was associated with a 22% lower risk of IHD and showed a nonlinear association with fatal IHD, with a 27% lower risk up to a threshold of ∼250 mg/d, compared with lower intakes. This investigation, which included a total of 313,041 individuals in whom 4106 CVD, 3215 IHD, and 1528 fatal IHD events were documented for circulating magnesium and 7889 CVD, 4319 IHD, and 1158 fatal IHD events for dietary magnesium, provides the most robust evidence to date of the associations between circulating and dietary magnesium across their usual physiologic ranges and CVD risk.
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This is an osomsis video , are you the same ?
Hi! We are not Osmosis but we have an active partnership with Osmosis to help promote both brands! Thanks
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