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Found the best video for anesthesia related topic ❤

Thank you so much Dr ❤ finally able to get good videos explaining about PK 🙏🏼

Than you dr, how can i get the lectures in soft copy?

Best lecture Do you have any lecture about mechanical ventilation & ventilator

Wonderful. Thankyou.

thanks for posting all your lectures! i listen to most of them, i'm in CRNA school and consider you one of my teachers! thanks for everything <3

thank you doc.

Your lectures are really good! thank you. If you can make more that would be AWESOME!!!

Thank you, Dr. Altose. I teach N2O sedation at UOP. I'm having a hard time explaining Lambda B/G and O/G to my students. I'm liking the way you describe it here! The students ask, "0.47 what?" "What are the units?" "mmHg, 0.47:1 ratio?" N2O is certainly a poor anesthetic gas due to its low potency, although it is a great sedative agent at sub anesthetic doses in an open airway! It also has a very rapid onset and recovery when delivered with 30-70% O2 (low L b/g and low L o/g). When one compares historic agents like Methoxyflurane to N2O I might describe that L b/g for N2O being about 0.5 and MF being 12, it would take MF 24x longer "speed of onset" to take effect than N20. I find it difficult to understand that MFs "Potency" L o/g=960 and N2O=1.5; then it takes 640 times more N2O to do the job of N2O? The disconnect here is that "high potency" anesthetics are said to have "slow onset." Does it take 640 parts in each compartment before the gas has an effect? It is a little confusing. nnix@pacific.edu

Please never remove these videos. They have helped me more than any text book that I have purchased. These videos are a wonderful foundation prior to entering CRNA school, which I will be doing. Thank you!

Thank you so much.. I'm trying to catch up for an upcoming exam.

This doc is a genius!!!! Liquid gold!!! He’s the equivalent of a perfect anesthetic in anesthesia world but for the the learning world!

Thank you so much Sir

You are doing an amazing job, Doctor. Thank you for your efforts. But can I get this material as a PDF or slides? Please send it to me, I need it most

thanks a lot❣❣

Thank you for this in-depth review

Can you please explain how air trapping can lead to decrease in venus return and increased pulmonary pulmonary hypertension.

great very ، great but u sholed write The topic of the total. for make the search eyes and have allot of wahching

sounds a lot like diluting instead o concentrating

proffessor thank you for explanation would we get physics for anaesthesia lectures?

How does rhabdomyolysis and metabolic acidosis occur

Hey, Michael really enjoying the course!

These videos are very clear and informative. Thank you very much!

Very underrated..so simply explained.thank you sir from pakistan❤

Excellent!!! Bravo!!!! Thank you for sharing

Thank you very much for the clear and concise explanation 👌

Thank you ... Really comprehensive and to the point ....

Thank you for all the great new content!! I have been watching and rewatching your videos to refresh my knowledge over the years!

Can you please tell text book name mentioned in this video .

Thank you very much for the lecture Dr Michael

Thank you very much

your videos are really good, please come back!

I really like your narration. Definitely adds to the experience.

Where can I find the updated versions of the course?

Thank you

Are all courses for the program online ?

Sir in concentrating effect, why only sevoflure is reduced by 50% uptake not the oxygen..oxygen should also divide to 45 ..

i am an Egyptian anaesthesiologist , thank you deeply from my heart ! your videos helped a lot of us , why you just doing pharma videos ? can you do more ? like physics :D

Thank you! The explanation of concentrating effect and augmented gas inflow is much better than any of the books and board prep courses I have. Most can't explain the math behind it.

Not sure you'll read this 6 years later, but you speak of pKa and the unionised/ionised. I am confused why both drugs mentioned are 99% unionised when their pKas are at opposite ends. Are you suggesting that pKa that are nearer the pH are going to therefore be less unionised? Thank you

Your lectures make a lot more sense than Barash, TBH. 😅 I'm a visual person and this helped me understand the first part of Inhalational Anesthesia in the book. Thank you very much! I hope to see more videos soon. God bless you!

Thank you so much for your great videos. Where can I get these powerpoints?

There is a mistake 9:20 it is not nitrous oxide, it is still oxygen with higher concentration of desflurane.

What about laryngeal spasms with ketamine?

Love the statement about how the qualities that make for rapid uptake are also the qualities that make for slow induction. I have never heard it stated that way. Thanks for the video!

Your presentations so helpful 👍👍🤝👏

The solubility coefficient and the partition coefficient are NOT the same.

Hi..! Thanks a lot..it was a great lecture...I had one question...if on induction, tachycardia will increase cardiac output and will slow the induction. Then, at extubate, when patient has tachycardia, it can increase elimination ?