Plasmolysis and Crenation Under the Microscope

Microscopic footage of plasmolysis and crenation.
Camera - Nikon D3300
Microscope- Leica ATC 2000
Microscope magnification of each shot is shown in the bottom right hand corner.
Music by Sci-inspi
Apple music: / brownian-motion-single
Spotify: open.spotify.com/album/30mxuB...
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[@Asterite100]

Missed a few videos so the narration caught me off guard but I'm digging it.

[@sci-inspi]

I've narrated a few videos. Usually I narrate when there is a lot to explain and text just won't cut it.

[@SaintDane]

Thank you for making content like this, you are a great youtuber and teacher. PS: And guitarist :)

[@umusuariodoyoutube5528]

Nice video!

[@ghostnappa4408]

Another banger. This is absolutely gorgeous. Thank you again for another wonderful video!

[@carn109]

Amazing shots

[@fluerbluer8831]

HELLO I LOVE THIS?? thank you for another super cool video!! thx for the narration!!
Plus Im studying medicine and I didnt know rb cells could regain their natural form like that after shrinking (I know their shape changes according the environment and cell age but never imagined they could shrink to -that- point, and then come back)
I also dig the age cell idea for some cells shrinking and some getting full

[@eltiobry3859]

I loved the narrative and the music, thanks for the video ❤

[@Mairasa89]

Wow ! Really cool the different outcomes from cells directly across from one another

[@wambee0616]

Can you try do toothpaste vs used toothpaste under microscope or bacteria vs toothpaste under the microscope?

[@legoworks-cg5hk]

I got a toothpaste ad while reading this comment

[@NoLabCoatRequired]

dude, how cool is this!

[@Natureboi146]

I kinda want to see immune cells under the microscope but still love ur videos!

[@sci-inspi]

Here are white blood cells under the microscope. White Blood Cells under the Microscope
th-cam.com/video/Kq1GwwkTJu0/w-d-xo.html

[@mackenziewoods8201]

Could you preform this same video recording with fungal cells, using calcium chloride salt instead?

[@GinoGiotto]

That's interesting. So the cell wall and the cell membrane aren't glued together?

[@sci-inspi]

Correct. They are held together by filaments. The cell membrane can pull on those filaments when it shrinks, those filaments can anchor the cell membrane back to the cell wall when water enters the membrane.

[@wambee0616]

Do you use a 100x Oil Objective?

[@sci-inspi]

Yes I do

[@nawayethddarkyaw8112]

Can you try fertilize egg yolk under microscope?

[@samuelhere41]

Sweet

[@wasteddemise2286]

Beautiful

[@maher2000]

Can you make a video about dogs' saliva under microscope,please.

[@chilubamulenga7590]

Nice background song.

[@WitchyLady21]

It appears as though the red blood cell that was gaining fluid, did so because it took some from nearby cells. Did anyone else catch that? Just a wild example of how incredible living machinery is.