Respiratory Response To High Altitude | Acclimatization Physiology | Respiratory Physiology

[@pungkutspapowinisumpuvtuku195]

Went from sea level to 6,300 feet. Went from Running 5 miles a day to a 10 minute walk a day. It’s unbelievable what high altitude does to you.

[@johannez14]

Wow, I've watched 10+ video's on this topic but yours incorporated practically all elements and was much more comprehensible to boot! Awesome job, thank you very much!

[@bytesizemed]

You’re very welcome! I’m so glad you liked it😊

[@govlogs735]

As a respiratory therapist, this is the best explanation you could ever search on KZbin.

[@M_TheDoctor]

Can i ask you , if this case can be called as ( chronic type 1 respiratory failure ) ? I tired searching

[@saritajacome3717]

I was getting frustrated watching the Osmosis video on this topic, and quickly searched it on KZbin instead, and I'm so glad i found this video!! Thank you!!

[@hannatsehay6081]

Thank you so much for putting this much effort into simplifying this concept in the best possible way.

[@mirzar752]

Maam never mind your voice is so soothing, keep inspiring us! 👍

[@jordanwillis243]

Just moved from 700 feet to 7000 feet. Can’t wait for my body to adjust and feel normal again lol

[@dopeoplereally3972]

Are you better yet?

[@Alfreeod]

I just moved from 7 feet to 8500 feet. I feel horrible

[@rubyannandre227]

@@Alfreeod me tòo

[@talhasajid7037]

Amazingg ..u have taught the whole module wayy better than the my med school during 4 weeks❤️❤️

[@hermionegranger4059]

It was so nicely constructed and yea you make me love the subject more. I've watched several videos of your channel and you never fail to amaze me. Kudos to the amazing work. Keep it up :D

[@bytesizemed]

Thank you so much! 😊

[@mbachulilian7567]

This is so organized

[@vivekshakya5507]

Brilliantly explained ma'am

[@aqsafaiz8415]

Its very helpfull thanku so much for making medical so easy for us to understand ❤

[@medicofeverr]

Described the concept in very precise and easy way... thank you🌸

[@rahmatansor2163]

Thank you so much, please keep making educational videos. Hope your channel grows bigger in the future 🥰

[@wamunyimawamunyima582]

I just saved my year Thanks for the respiratory physiology playlist ❤️😌 You deserve more subscribers

[@JDS279]

I just discovered your channel. Thank you for this! 💙

[@bytesizemed]

You’re welcome! I’m glad you like it😊

[@fathimafathima4509]

A sweet vedio i have ever watched thanks alot ❤️

[@bytesizemed]

Much appreciated, thank you! 😊

[@Loveyoutubesomuch]

Thank you this helped me a lot ❤

[@clustershd]

thankyouuu, this is very helpful🤩

[@whitemocha_96]

just wow!! thank you so much !!!

[@mohibshamoon11]

So perfectly concise that it's AMAZING ✨

[@claraschmidt360]

Thanks! Great help

[@abdhrubo4424]

Nicely explained. Thanks a lot. 👍

[@bytesizemed]

You’re most welcome!

[@RAVINDRAKUMAR-wh4nw]

This video saved my saveral hours Thank you mam❤️

[@jehgelo]

this topic in physio is usually skipped because it’s at the end of respiratory chapter lol but i think it should not be missed out because it’s still complex 😂

[@tabithanakisanze7313]

Physio here, you’re right

[@fellforfall9802]

very helpful, thank you!

[@hadiyaabdulbasheer5315]

could you please explain from where the CO2 came inorder to compensate respiratory alkalosis?, since the body already eliminate more amount of CO2 due to hyperpnea.

[@HASSAN_WISAL]

Continue uploading physiology videos

[@jongminlee9501]

By any chance, would it be able for you to make a video about circulation of blood and regulation of it? Your video helps me very much :)👍🏻

[@bytesizemed]

Sure thing. I'll add it to my list of upcoming videos. I'm glad they're helping you! 😊

[@onellafernandes]

I was able to understand SO well thank you❤️

[@ruwanikaluarachchi8362]

thank you sooooooooooooooooooooooooooooooooooooooooooooooooooooooooo much

[@empire2471]

it's amazing ma'am keep going we need your help to clear our concepts😊😄

[@ALguidancebyjanithnawod]

Wow amazing ❤❤❤❤❤❤❤❤❤

[@MCJOHNSON95]

I’m running a marathon at sea level. Would living at altitude for a week or two before my race increase hemoglobin and endurance?

[@sajidanajeh6733]

Very low pco2 will shifts the curve to the left, not to the right.

[@aabal9908]

Hello I have questions Why is DLCO can be elevated in patients who lives in high altitudes ?

[@ajazwani9235]

The density of air at high altitude is low so rapid and easy movement of air through alveolar capillary memb and easy diffusion might be the only reason .

[@misschoudhary782]

Thanks❤

[@romanjkarki1695]

Does the H+ cross the blood brain barrier .The blood ph is normalized

[@ashikats6374]

How do i get notes of this video

[@jagandeepsingh4316]

Amazing channel and very helpful in understanding guyton's concepts.... Thanks a lot.... Kindly considering making video on hyperbaric respiration, dysbarism and space physiology Once again thank you

[@bytesizemed]

Thank you! I’ll have to brush up on some of those concepts, but I’ll be sure to add them to my list. 😊

[@abdhrubo4424]

Please upload some lectures on endocrinology

[@hemi1n430]

Thissss is perfecttttt

[@dibyasattwakarmakar]

Thanks

[@r828realty]

You are so smart

[@syedanoorussaba2484]

So at first hyperventilation occurs than Hypoventilation occurs and later Hyper?

[@eren0251]

You wrote that hydrogen secretion is decreasing in the kidney. Is that correct? Because as far as I understand, shouldn't it increase in order to decrease the pH level?

[@jaypalshiyal767]

Thank you 😊 maam

[@suriosha]

Too good

[@nehap2751]

Can you post the slides to this? or the notes?

[@r_urwa]

*Fantastic*

[@decintyamaysha7614]

amazing

[@fatimaahmed4261]

God bless you

[@venkybly]

Tq

[@jaiparkash498]

This video didn't help but saves us

[@locutusv1]

In another word, human body will adapt the lower atmospheric pressure.

[@homelagma1195]

Anyone after NCERT line from adaptation😮

[@ankitbidhuri8246]

Give some concepts..........

[@Muskaan__12345]

High altitudes bring various changes in physiology of respiration and circulation as result of hypoxemic hypoxia , Our body shows physiological readjustments and compensatory mechanisms to the changes caused by hypoxia . And this mechanism of readjustments is called as Acclimatisation. To make it simpler Acclimatisation is read under ¹changes in VENTILATION ²changes in CIRCULATION ¹Due to hypoxic conditions, there is increased rate of breathing and depth of breathing (hyper ventilation) this results in increased loss of carbon dioxide leading to RESPIRATORY ALKALOSIS (PH Lowered) In response to this altered PH of CSF And BLOOD, firstly central chemoreceptors detect reduced H+ ions -------> Reduce hyperventilation ------->PH of csf back to normal . Secondly Kidneys Lowers H+ secretion and HC0³ reabsorption -----> PH of blood back to normal . ² changes in CIRCULATION : Hypoxia is potent stimulus for Renal erythropoetin production . Hypoxia ----> stimulates erythropoetin gene-----> Production of more RBC -----> POYCYTHEMIA . POYCYTHEMIA on one hand helps to cope up with the hypoxic conditions on the other hand causes increase in viscosity of blood and inturn increase in resistance of blood flow ------>low perfusion of blood in tissues . Increased RBC -----> increased 2,3 DPG ------>reduces affinity of Hb towards O2 . Hypoxia on systemic vessels ------> vasodilation Pulmonary vessels-------> vasoconstriction Due to increased capillary pressure causes Pulmonary edema and cerebral edema. All this i grabbed from this video itself . Hope u find it helpful too . ✌

[@krishiarhey2995]

@@Muskaan__12345 thank you

[@drshaguftashams]

Thanks its too good and very.much comprehensive...upload more topics and video and plz keep going

[@hussamhallak5331]

Goddess

[@queencat59]

Thank you. I wish my doctor would take this as seriously.

[@TanTan-ch3vq]

From 760mmHg to 87? Are you Kidding?

[@madhurimhaske8470]

Thanks ❤