Understanding Arterial Blood Gases

[@wendyiphieokora4]

This guy deserves an award. One of the best medical teaching videos of all time

[@ZeroToFinals]

Thanks!

[@highdopamine29]

dear students or whoever anaphysio maybe confusing but to be very honest, in real practice u will understand it, u will learn to connect things once u encounter real patient during clinicals.. good luck

[@keneilwejanerikhotso6940]

I needed this. thank you

[@VikasKumar-hm6su]

Yes🙌

[@rahulsing1025]

@@keneilwejanerikhotso6940 😂

[@FionaYange-x8u]

Thanku so much.......Understood what took me 3 years to understand in 10 minutes.........God bless the people behind this channel.

[@geo72sadler]

Every generation of doctors needs, and usually gets, someone like you to help them get through their exams. Well done!

[@Tech_spert]

This is the best video of all time. Guys just listen to me, leave all other videos and watch this.

[@OTUBOLydiaChukwunecherem]

Had a problem with understanding this topic but this really helped. Thank you

[@dr.shivasubramanian2949]

the best clinical interpretation about ABG disorders

[@rhutudalsania]

Was struggling to understand acid base analysis and this video really helped

[@brittanyb6928]

Loved this! Crisp and clear! The way you explain things is so easy to listen to!

[@csha7118]

Love your podcasts and videos. Really simplifies the topic saves ton of time

[@ZeroToFinals]

Great to hear! Thanks!

[@ayeshamxo]

This video was very helpful. Feeling alot more confident after watching this.

[@FLM142]

Love how clear and simple you teach. I understand now, so clearly.

[@bef3442]

Do you still remember what you learnt here?

[@azrienanderson3293]

thank you for this! my finals is in 3 days, this helps me for my quick revision, thanks!

[@ZeroToFinals]

Glad to help!

[@TheWeirdF]

Also worth mentioning adjusting for FiO2 when interpreting PaO2. Very roughly, a normal PaO2 is FiO2 - 10. So if FiO2 is 80%, then a so-called "normal" PaO2 is actually profoundly hypoxic.

[@ZeroToFinals]

Good point!

[@championssportsagency3540]

When you run a ABG, you will have to enter FIo2 and temperature so your results are taking those in consideration

[@akshayanandhini4001]

Brief yet crisp...awesome notes👍👍 thank you!!

[@medicsandme]

This is so, so helpful. Thank you for making these brilliant videos!

[@lyly21394]

Thank you so much, it really helped me understanding my course in 10min

[@darkmoon3646]

Thankyou! One of my fav channels on utube to learn

[@esi8747]

Thanks for the presentation. What about the compensation?

[@EndaGrice]

I am love it learning about medicals and the human body is very fascinating to me. The brain is better than the computer. And it's very nice how you explain it very calmly ,and clear 😂👍👍

[@amberdavis5311]

He makes things so easy to learn!

[@hmlol]

You are fabulous person THANKS For your wonderful work and help God Speed 🙏🌹🌹🌹🌹🌹🙏

[@SivakumarRavinuthala]

Thank you sir, explanation is so good.

[@verticallimit974]

Very nicely explaned . thank you

[@ADAMST21]

Thanks, a great video. Additionally, a method of assessing appropriate oxygenation is 5×FiO2, if PaO2 is below that means imapired oxygenation

[@mukitvhd9360]

Intressting, will check this up in my next ABG!

[@karoleperry]

So much simpler than what was taught in class!

[@healthyliving4364]

Thanks for this need it for my class

[@nicketamccalmon964]

This was very helpful, thank you guys for the explanation..

[@MarinaBasílio-r3g]

I finally understood gasometry.

[@nataliah3283]

Extremely helpful! Thanks Tom!

[@ShobitaA]

Thank you for the explanation!

[@chukwumaobiekwe8022]

Thanks for this brilliant explanation

[@jasonjamesramcharan8075]

Excellent teaching

[@Dr.farmanAlishahofficial]

Excellent sir، nicely elaborated !

[@rakisathya949]

Wonderful information it's very helpful 🙂

[@phionaowusuamponsah4281]

Very helpful and educative

[@bhuvaneswaripadmanabhan199]

nice and neat understandable explanation,

[@christinesexton939]

My step son is in ICU on a ventilator & ECMO machine. He has Covid & a severe bacterial pneumonia. Psuedomonis and Klebsiella. He's pretty sick. His lungs are full of clots. They did a bronchoscopy & found his chest tube has punctured his airway. He's a mess. I feel so helpless.

[@luvpieee]

so sorry to hear that. it does feel helpless but just being there is what goes a very long way. how is he doing now?

[@yeseniapolanco3088]

How is your stepson? I saw this was written 9months ago.

[@christinesexton939]

@@yeseniapolanco3088 He passed away back in January. He never regained consciousness.

[@LeGeND-12]

@@christinesexton939I hope you find peace . And god bless you and your family. My heart goes out to you. ❤

[@aksaantony3262]

You are awesome... Nice presentation 👍good work 💕

[@sobster123]

Best video ever. Really simplified it thank you so much! 😊

[@alanleech37]

Brilliant. So clear.

[@baycchief3785]

This is a very informative data. However, I do have a question. What would indicate an underline of a medical problem if your blood work shows a low level of "pO2 (v) POC" at 25 mmHg in ref. to the average between 80 - 105 mmHg? Symptoms are shortness of breath, weakness in body upon exertion. Resting seems help. Thank you! BTW, do we need this test as well?

[@shenekamal6722]

Great explanation

[@maryoloniyo170]

Very educative Many thanks.

[@JC-xk8vh]

You have a new subscriber. This video was amazing.

[@ayeshadurrani6054]

This helped a lot, thank yohu

[@liwayrosca3797]

very good explanation

[@lizmoraes1249]

This was so helpful, thank you!

[@elahebocus]

So helpful..thank you so much

[@messageoflife5756]

Great. This video is very informative.

[@matthewisfahani467]

Informative and helpful

[@mitanshusharma5944]

Nicely Explained. Keep Going.

[@marwamustafaadam3433]

Thank you so much very helpful

[@natarajumididoddi5985]

Sir Please tell treatment in each condition

[@bhuvanreddy1256]

thank you so much

[@dattatrayjunnarkar172]

Really helpful, thank you

[@jarlandoworld]

Thanks about describing the mask percentage of O²

[@ogechukwu3b584]

Thank you for this.

[@serasandlorassports5559]

wonderful explanation....

[@m.leo.]

genius teacher

[@fahadmedico6011]

Thank you 😇

[@karunakhandelwal7620]

The video is great ❤️

[@leechqueen4604]

Thank you so much!

[@mrartmedic9619]

Good explanation with diagrams!!❤

[@ZeroToFinals]

Thank you! 😃

[@laaurafm]

I love it! Thank you!

[@weebcloset]

I'm just here forthe ABG game. Drink everytime they say ABG.

[@youmnaaskar3515]

Great job, thank you 💕

[@proudtobeanurse472]

Great vedio Sir

[@kaylaayi2623]

Great video! Thanks

[@ZeroToFinals]

Thanks!

[@darkknight._.]

Thank you very much❤

[@GreenbeardtheEnt]

Collecting this HURTS LIKE HELL DONE IN THE WRIST

[@johnmcintyre538]

Very clear.

[@Mr10chang]

Very useful information

[@kanyesigyesamson6920]

Am humbled, thanks

[@beatriceshikongo7544]

Exceptional

[@عبدالرحمنفؤادمحمدالحاجالعديني]

It was very helpfull Thanks

[@alesventura4886]

Superb!!

[@mirlindahyseni6851]

This video is great ❤

[@deepwithin6517]

Thank you, amazing

[@4033mitchell]

Do D DIMERS… with covid we are doing lots in the lab

[@kushalbhardwaj3026]

Great video.

[@ZeroToFinals]

Glad you enjoyed it

[@GauravDash007]

Thanks it helped❤

[@kajalkumari6259]

great video

[@hridaytrivedi8132]

Nice video 👍

[@gfbs7004]

good video

[@kirstenpearce5372]

brilliant so helpful

[@sikandaralikhan2447]

A very nice video

[@khkhmoh4651]

Thank you 👍👌

[@ZeroToFinals]

No problem 👍

[@aramina4668]

very helpful

[@Bero923]

Thank a lot

[@ciyamaladeviciyamaladevi3413]

Lovely 😍

[@ABOOUMAR_ILYAS]

Awesome 😎👍

[@ZeroToFinals]

Thanks ✌️

[@aden1337]

amazing

[@janethrees9907]

Water plus salt ions are loaded into the passing RBCs Surfactant creates a bubble over the neck The bubble bursts and sprays water/salt onto the capillaries And RBCs absorb Lungs are regulating hydration RBCs dark and collapsed are dehydrated RBCs bright and full are hydrated Breath pH is measured turning lime water cloudy not CO2 pH is determined by the salt component of the respiratory aerosols Mucosa regulates the ion/salt content and the moisture inside the airways Adding on the in breath Subtracting on the out breath Moisture at the alveoli will contain salt concentration at 0.9% isotonic to RBCs. At the alveoli the humidity must reach 100% That’s water droplets The surfactant creates a bubble which bursts and jets the moisture droplets onto the capillaries RBCs rehydrate Excess drains to the lymph Lungs work harder where? Altitude and the cold why? Altitude has reduced pressure Cold air holds the least moisture Mountaineers are dying on their mountains from acute oxygen toxicity which is more lethal with fatigue, cold and dehydration. Wim hoff method increases pressure it’s a hyperbaric technique Allowing a novice to breath hold 2.5min No oxygen No carbon dioxide We breath air the gas form of water Air is measured by its water content, humidity Oxygen toxicity is due to its power to dehydrate Medical oxygen has 67ppm of water contamination See it’s measured by water content Oxygen is a product and manufactured not present in air naturally Oxygen was made to solve a problem in metallurgy Water decomposes They needed a dry air to infuse into the metal matrices so the water content didn’t decompose or corrode the compound Yes every metal is a compound Industrial oxygen has 0.5ppm of water contamination It’s made by heating to dry and compression for efficiency On repeat until the desired dryness (water contamination) is reached Nitrogen is also a product Made by taking oxygen and adding carbon particles to stop the flammability enhancement So metals being shaped can be infused with a dry air that doesn’t cause fires with sparks Eg wire pulling Water is an element Read 100 reasons water is not H2O By Peter Peterson Smashwords Free eBook Water can be distilled because it doesn’t react with compounds, it acts as a carrier of ions, the medium and therefore is never lost to us and can cycle It’s the great decomposer

[@janethrees9907]

They fool you by telling you these manufactured gases are in the atmosphere Just need to look at the processes they use to “extract” them to see it’s not an extraction process Look up patents for oxygen and nitrogen production Eg Carbon filters that give required concentrations of carbon to nitrogen

[@AquilaT2]

Huh?

[@ajourneywithsakshi]

Nice 👍✨

[@RitvaHerlevi-k9j]

Miller Trail

[@VishalMaurya-pg3ez]

❤

[@motivation_doctor_drba.2027]

thanks bro 🫶

[@khaledsaeed23]

Thought the normal paCO2 is 35-45

[@stelinthomas6553]

The normal paco2 is 35 - 45 mmHg

[@khaledsaeed23]

@@stelinthomas6553thanks I get it now… I just wasn’t familiar with 4.7-6.0kPa measurement.

[@sulekhanandy8542]

It's good