Вау, спасибо большое! Я студент-медик, и я не мог понять эти понятия, когда мой учитель пытался их преподавать. Вы прекрасно это объяснили! Это так полезно! Благодарю вас!
That PEEP graph starting from 6:25 to 9:40 was very illuminating. I kept thinking that during PEEP the maximum pressure during inspiration would be the same as normal respiration and was confused about how to compensate for what would have been a very shallow breath (from 10cmH2O to 8cmH2O). I thought: 'Maybe increased FiO2 would be enough?' but no we just effectively overinflate the lungs (15 cmH2O). I'm sure it's more complicated than what I'm saying and that there are a million different ways you can set the ventilator. Thanks Dr. Azizov!
I have a question about PEEP. Since this keeps the lungs inflated can your patients lungs technically "pop"? Is there a relief valve that inhibits this from happening?
Very nice....simple....but how long does one need to go to "an unrealistically high PEEP" in order to get the alveoli to normal "non-atelactasis status"? What is the mechanism of physiological "repair?"
Normally the timing not regulated by yourself. It is doing automatically - when you inhalling, the device encrease the blow rate, when you exhall - the rate down. The max and min flow rate you can easily setting up according the manual.
Доктор, не знаете ли вы сайты, где подробно показано устройство бытового аппарата СИПАП терапии, типа RESMED A20? Там же где-то внутри вентилятор должен быть спрятан.
Скажите пожалуйста, аппарат СРАР может в какой-то степени при длительном постоянном использовании во время сна (годы) заставить легкие "облениться" и привести к атрофии бронхов?
Explanation aside, am i the only one appreciating the mad drawing skills?? :D Thanks for the refresher, doc!
I love them 🕺🏾
These are hand drawn and so fascinating, Ma Shaa Allah 🌈 🌼
Вау, спасибо большое! Я студент-медик, и я не мог понять эти понятия, когда мой учитель пытался их преподавать. Вы прекрасно это объяснили! Это так полезно! Благодарю вас!
Покажите видео учителю ))
That PEEP graph starting from 6:25 to 9:40 was very illuminating. I kept thinking that during PEEP the maximum pressure during inspiration would be the same as normal respiration and was confused about how to compensate for what would have been a very shallow breath (from 10cmH2O to 8cmH2O). I thought: 'Maybe increased FiO2 would be enough?' but no we just effectively overinflate the lungs (15 cmH2O). I'm sure it's more complicated than what I'm saying and that there are a million different ways you can set the ventilator.
Thanks Dr. Azizov!
I wish I had a teacher like you in school. Thanks
Excellent explanation and fantastic illustrations! Thank you for producing this.
Excellent Explanation doctor. Jazakallah Khairun 😊
I didnt know,now I know. Thank you umar
Great video on this difficult topic.🌹
Pretty close to what I was looking for! Great explanation!
I love your annunciation of alveoli.
Thank you so much for explaining this
Excellent video and explanation
That is so helpful. Thank you :D
Best explanation
Very good video, many many thanks for your time and such incredible job !!!
Thanks doctor... it very helpfull to understand how the ventilator is working to assist in the breathing.. thanks
Beautifully explained
excellent video presentation! thank you!
Life Saver. Thank you
Excellent TY!
Awesome video.Very clearly explained with beautiful illustrations. Thanks a lot
grazie molte. Chiaro ed utile. Thanks a lot, clear and usefull
Very helpful
Very nice explanation Dr.
This help me to understand abt ventilation thank you bro. YBU.
Great illustration
This is very good
Thanks for the refresher. Hope I don't need to see too many of these ARDS
Nice, helpful
شكرااا ❤
Man you are a HERO
I have a question about PEEP. Since this keeps the lungs inflated can your patients lungs technically "pop"? Is there a relief valve that inhibits this from happening?
Amazing! Thank you so much
thank you for the good explanation and the drawings really help too!
This was amazing. Thank you!
very much illustrative
Nice video, thanks you
Great explanation dr ❤🙏
why expiration terminates before FRC? could you explain?
Great didactic video. Thank you very much!
tq for the explanation
This is awesome !!! 👏 thank you !!!!
Very nice....simple....but how long does one need to go to "an unrealistically high PEEP" in order to get the alveoli to normal "non-atelactasis status"? What is the mechanism of physiological "repair?"
I think negative intrapleural pressure suction out the alveolar wall and keep it opening
Thank you it was very helpful
Thank you, whats the timing between the inhalation and exhalation. how to control the flow rate and on what basis
Normally the timing not regulated by yourself. It is doing automatically - when you inhalling, the device encrease the blow rate, when you exhall - the rate down. The max and min flow rate you can easily setting up according the manual.
Ahhh thank you sooooo much, finally gotten it. Thank you
beautifully done
does expiration really drop alveolar pressure this fast? 6:50
thanks
Thank you sooo much! Great explanation
Доктор, не знаете ли вы сайты, где подробно показано устройство бытового аппарата СИПАП терапии, типа RESMED A20? Там же где-то внутри вентилятор должен быть спрятан.
Здравствуйте! Нет к сожалению
Thanks you very much
Thank you so much!
What is SVHP relief in the ventilator??
Thnx 👌
Great! Thank you
Thanks alot❤
Very well done. Thank you.
when if we increases PEEP will decrease peak pressure on ventilator?
Please ,add captions to your videos!
👌
Ока яшенг!
Thank you kindly
Awesome
Super
Great
GOOD
Diaphragm is a skeletal muscle then why it is not fatigued in spite of working continuously?
I think it is fatigued
Blue prints
Thanks for this explanation , it is very good , we need your help in one conception , please can you send coordonate or mail
facebook.com/umar.azizov
Dr. Umar Azizov i text you on messenger
Доктор, вы говорите по русски?
Да конечно
Скажите пожалуйста, аппарат СРАР может в какой-то степени при длительном постоянном использовании во время сна (годы) заставить легкие "облениться" и привести к атрофии бронхов?
Can't understand the accent
q
Waste of 14 min
Thank you.