Respiratory Regulation | Part 2 | Chemoreceptors | Chemical Regulation | Respiratory Physiology

[@Sagar_doc]

How can someone have such a good handwriting 🥺

[@aryamantalwar2913]

This has been one of the best videos on Chemoreceptors I've seen so far on the internet. I just can't thank you enough guys. You have my gratitude to make the topic absolutely crystal clear. 😃😃

[@syedanaziyafatima3963]

Thank you so so much
From the bottom of my cardiomyocytes!!
Every word of yours was ringing during my exam and it helped me so much
Thank you once again
And may god bless you with success in whatever you are pursuing!

[@SabahatHusain]

Yours is the only channel on TH-cam where I reduce the play speed to 0.75X. Take that as a compliment.
Well done!👍

[@Helina-cr2fw]

😮😮😮
While me in 2x

[@jitenpatel3410]

I am medical student thank you for amazing explanation 🥰😍 love from india 🇮🇳

[@hayeonrho6465]

It's the best summary ever! Thank you!

[@Pheenam]

Wow! Love the flow and clarity of your work. Thank you!!

[@eemanbintesaqib3148]

I cannot even begin to thank you !!!! I had been struggling to get a clear picture of this concept... and you've explained it extremely well ! Thank you soooo much

[@bytesizemed]

I'm glad it was helpful!

[@ravinathmapa6631]

I Think this is the concise version of Gannon's physiology... Thank you ma'am..god bless you .

[@tanvirahmedsayem7545]

Thanks a millions.
Amazingly explained 💝
Take love from Bangladesh

[@jebinaalinislam7832]

Thank you for so clear explanation in such a short time❤❤

[@jackt6110]

Thanks again for making this great video ❤️
Some of the good information here eg chemoreceptor response to PaO2 between 60-100mmHg ... is not found in the general texts/textbooks (or probably just I read too little =p )

[@kayan5539]

Your work is very wonderful and useful. It is a simplified explanation. Thank you very much🦋.

[@bytesizemed]

Thank you. I’m very happy to hear that!😊

[@KiranGoru]

Great explanation.
Its very helpful .thank you .

[@zanyarshawaly5837]

you deserve 10 million subscribesss , well done !!

[@bytesizemed]

Thank you very much!😊

[@sheezaansari8218]

It is very helpful
Very well explained💯

[@oliviasearchwell5630]

These videos are so well done! God bless you ! ❤

[@bytesizemed]

Thank you!✨

[@oraclebcs30]

its an extraordinary lecture.thanks a lottttttttttt.

[@anaskhaan3552]

thank you so much for all your afforts .

[@Maria-jl5is]

I cant thank you enough for all the greatness and dedication you pour in these videos. I always count on you for simple explanation and you NEVER fail. THANK YOUUUUUUUU A BUNCHHHHH😘🫶🫶🫶🫶🫶🫶

[@marianamachado679]

Thank you! Great summarized video! Good work

[@103ksmsoreichon9]

Best summary. Continue ur good work 👍👍

[@narenbhambhu8908]

Thanku for making this video. It's very helpful...keep it up 👍👍👍

[@azhar4057]

Thank you so much..clear concept

[@BwalyaFebby]

U are the best mama❤

[@medwizard702]

Your videos have helped me SO MUCH!! THANKYOUU SOO MUCHHH MA'AM!

[@saadraza6311]

These videos are too good!

[@fathimanafla2750]

Thanks for the best explanation

[@palanisamyhariharan7026]

Where have you studied mam? You are a legend

[@SinghS1111]

Ma'am will you please explain ventilation perfusion ratio

[@sameerk9905]

Mam plz upload git physiology

[@athiyaramani]

Thankyou for making this excellent video

[@lubindamwikisa3375]

Please make videos for GIT as well.

[@Sithu-1112]

Thank you ❤

[@hinglemccringleberry1824]

6:14 what exactly constitutes low arterial oxygen? The partial pressure of oxygen fluctuates on commercial flights by up to 25%… so why don’t we all start hyperventilating?

[@luken1325]

thank you helped me so muchh XP

[@razannail2502]

Wow.Thank you so much!!

[@sabilali5615]

😍❤❤ thanks too much l love you 😍❤

[@sankhakhan8937]

great content madam.
tqq very much

[@draishachaudhury7123]

Thank u soo much

[@vaishnavipalaniappan6379]

Amazing!!

[@skyye16]

Absolutely helpfull 😁

[@ireneohwode1280]

I love you😢❤

[@YeomraX]

thank u so much mommy

[@springsofsoul3560]

Excellent!!

[@delilah8482]

is it possible that alveolar ventilation gets doubled when PO2 = 60mmHg but the peripheral chemoreceptors dont get stimulated till po2 is less than 60mmHg? my book says so and i'm confused

[@paulinabajek6366]

I think at this point i owe you my first born lol
thank you so much!!

[@bytesizemed]

😂😂 Glad I could help!

[@dr.niteshpandey3096]

Great job

[@JamezBnd007]

We love youuuuuuuuuuuuu!

[@sanatjankarriev9249]

Brilliant!

[@EimanFatima-x5u]

DAMNN good like awesome

[@derickngosa]

THANK YOU🙌🫁

[@bio366geethasankar7]

🙏🙏🙏🙏🙏🙏

[@drshaguftashams]

Toooo good

[@farhanulkamal1855]

⭐⭐⭐⭐⭐

[@escobar4401]

Belly gud

[@bio366geethasankar7]

🙏🙏🙏

[@chriscikoo]

This is extremely helpful.Thank you so much ❤

[@tanzistr]

A 11th grade student here..my tb explained very little..so, I required this..thanku

[@fatmaabdellatif4841]

Thanks alot! Go ahead! This type of videos is so useful when I'm revising and can't remember some points when I don't have enough time!

[@mahsamazdak2755]

you saved mt life! THANKS

[@mythili7319]

Superrrr and wow explanation thank u

[@radhakrishna05231]

Thank you a lot

[@NAGALLAUSRITHAKRISHNA]

Mam what is source of information?