Basics of Anesthesia - An introduction to Anesthesiology

Basics of Anesthesia | An introduction to Anesthesiology.
Anesthesia can be general, regional, or local.
General anesthesia is divided into inhaled and intravenous.
Regional anesthesia is divided into neuraxial block and limb blocks.
Local anesthetics are divided into esters and amides.

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[hisham]

This guy randomly saves my ass with a 2 year old video every time. If you’re reading this thank you man 🙏

[aminkeykha]

You made me aware of the situation in the world !! Your presentations are precious like gold but those who understand it are rare . 😊

[Naiari]

Very interesting, engaging and fun to watch...I didn't realise it was already 15mins...thank you

[lalanto]

I find myself coming back to your videos doc! Thank you for these videos, it will surely help students and learners around the world!

[pedrobertulino]

Thank you very much Joe, such a great playlist

[ststst]

In min 7:30, upper limit is minimum toxic concentration ( MTC).
Thank you for your awesome videos❤

[DigitalAndInnovation]

I'm 51 seconds into this- and I've got to say its refreshing for someone to break down something as simple as Lido. W. Epi. and explain HOW it works is really great!!

[dida]

Perfect, thank you!!! This was the most fun I had learning about anesthesia 😂

[PennyEffect]

i love your teaching and sense of humor

[garyjsimm]

Wheezing can come from cardiac in origin, lung disease such as COPD, infection such as bronchitis, bronchiolitis

[aleksandrajedlinska]

Thank you very much, I'm hopefully going to have a placement involved with anaesthesia and this really helps!

[commentaccount]

I will start my anesthesia internship tomorrow morning and I will go perfectly with this video. Thank you very much

[rumeysaeed]

You are a genius, did you know that! ☺️

[ezzayyh]

laughed while listening and learning... loved it 😍😍💖

[moon]

Tysm ♥♥ finally I'll be able to enjoy learning about anaesthesia..

[meracoon]

Note the those watching this video, there are a few "application" inaccuracies in this video. 2 that I immediately noticed are giving N2O for traumas and giving atropine for secretions.
1. You dont give N2O for traumas due to the fact that you don't know if any "new spaces" have been created as a result of the trauma. If they have been created then N2O will make this space bigger/worse because N2O loves to flood open spaces. That is why you check the cuff of your ETT when running N2O because it will become taught and possibly cause minor tracheal trauma due to increased pressure applied to the trachea for prolonged periods.
2. Giving atropine as an antisialagogue is extreme. Atropine is mainly used for extremely low HRs, commonly after robinul has not worked. Typically, 0.1-0.2mg of robinul is given for it's antisialagogue effect. 0.1mg is an effective antisialagogue with minor, if any, change in HR.
I do appreciate this video. Great job giving a bird's eye view of anesthesia!

[salmarafiudeen]

Just 4 days earlier we studied GA and LA 😂😂
Here I see you made a video on them 🤩
I slept during my online lectures 😂😂
No worries we have you @Medicosis Perfectonalis ❤️
By the way did some one give you my syllabus 😂
Loads of love ❤️
From Sri Lanka

[Shambhaviak]

Hilarious and informative. Classic medicosis :)

[alenapawlak]

I love you videos :)
I have a question though 🤔 Why anesthesics with low blood-gas partition coefficient (so lipophil ones, they don't easily dissolve in blood) also have low potency (high MAC)? Shouldn't they be more potent since lipophil drugs have greater effect on brain?

[omayer]

hi medicosis, any chance we get you on discord where we can interact with you more, and grow as a community?