LPA 1B - Osmolarity vs Tonicity

[@EncompassingChaos6]

After that explosion, I think I will never forget that a hypotonic solution will burst cells...forever engrained! (Definitely worth a listen with headphones on)

[@byuphysiologylab2551]

Ha ha, thanks!

[@ih8hgxo]

I CANT STOP LAUGHING AT THIS COMMENT MY AIRPODS WERE AT 100

[@maxhenkaline671]

I jumped a little in the middle of a coffee shop hahaha

[@madeleinevo8556]

please my eardrums just bursted

[@musicaldramaqueen]

I found the right video! Thank you! I was panicked not understand this, but you’ve saved me 🥰

[@thehandyanatomist8073]

Yay!

[@taylorgorham9305]

currently in the library watching this video w/headphones and that burst sound made me JUMP out of my seat lol

[@motasemkofash7815]

2:00 RIP headphone users

[@Sa-we2zc]

Exactly 😂💔

[@adlistvrlyy]

i had mini heart attack bruh T.T

[@SisayAlemu-t4c]

😂😂😂😂, the same thing happened

[@rubaiatahmed1]

that burst sound got me :v

[@byuphysiologylab2551]

Ha ha! Glad you liked that.

[@Jk-qx8dc]

This is a great video but i can’t stop laughing at the burst

[@czennie_4ever303]

sooo goood collected explantion!. THANK U!

[@amirasaed3737]

Me as a uni student using this for my seminar after 10 mins

[@gabriellobo3456]

Thanks, well done. This video is very well explained.

[@byuphysiologylab2551]

Thanks so much! I'm glad it was helpful.

[@dearsnow]

hypotonic solutions come with unexpected jump scares.. nothing in the world could have prepared me for explosion sound

[@zaeemshahid1511]

At last concept cleard.thanks.

[@ahmedabdulsattar7339]

1:59 why are you do that , whhhhy 😥😥 good explanation , thanks

[@sarahrodriguez1565]

Perfect! Thank you. (:

[@MADO-LY]

Wow you are awesome

[@sorourchan8972]

It was realy helpful. Thanks!

[@jamilahardy881]

Thank you!

[@ShahsawarM]

Wouldn't hemorrhage affect osmolarity ? as blood volume decrease , osmolarity should increase as osmolarity = osmole/liter. So if ecf osmolarity increases , water should leave the cell. What do you think ?

[@byuphysiologylab2551]

That's a great question! I think that may only be true if only the fluid is lost. But, the primary solutes in blood contributing to osmolarity are albumins and globulins. A hemorrhage would cause those to leak too. Therefore, I think the osmolarity stays the same, even if the total fluid volume decreases. This might help: www.ncbi.nlm.nih.gov/books/NBK544365/

[@ShahsawarM]

@@byuphysiologylab2551 Thanks for the explanation and the article. You cleared my doubt

[@papichulo___]

Devon a real one

[@s.nivetha5753]

U r an good artist

[@byuphysiologylab2551]

Thanks!

[@s.nivetha5753]

Thank u

[@byuphysiologylab2551]

Glad it was helpful!

[@happyemoji6553]

If water isn’t good to use for IV’s because of the possibility of our cells to explode, then why don’t we explode when we’re drinking water? 🤕🤔

[@Honeywell93]

They say our bodies make heat but I don't smell like im baking

[@lifeisbeautiful7047]

How can I thank you !!!

[@thehandyanatomist8073]

I'm so glad it was helpful!

[@25Reid]

thank you!

[@rawan_hamamreh]

Gj ❤

[@abhinandanpathak8772]

which scale is used for find the concentration of solvent and solute

[@thehandyanatomist8073]

That's an arbitrary hypothetical scale for milli osmoles or even osmoles.

[@lalitkagdana5584]

Nice

[@romeshamuruththettuwa7411]

good and enough

[@BFOG-o1o]

lifesaver:p

[@annatobon1789]

Very helpful, thsnk you!!!! Although it really thew me off because you talk too fast. SLOW DOWN!! But thank you

[@byuphysiologylab2551]

Ha ha, thanks! Glad it was helpful!

[@realcute1994]

Omg so fast

[@RABAHYUSUF-iz4fe]

Please try not to be too fast

[@thehandyanatomist8073]

Thanks for the feedback. You can also reduce your playback speed in the settings.

[@Jeanettelovesyouh11]

Speaking so fast chill lol

[@caribaez5711]

kind of disorg, throws me off

[@byuphysiologylab2551]

Sorry it wasn't very helpful for you!