💫 𝗠𝗶𝘁𝗼𝘀𝗶𝘀 𝗟𝗜𝗩𝗘 🧫
HTML-код
- Опубликовано: 18 окт 2024
- Watch step-by-step as this cell divides into two! With Nanolive’s holotomographic imaging, we see the chromosomes condense, line up, and separate, completely label-free!
We are grateful to scientists at LUCA Science for sharing this capture with us- to learn more about their research on mitochondrial therapies using Nanolive imaging platforms, check out our blogpost: bit.ly/3vw2Aqa
#biotechnology #sciencecommunication #medtech #innovation #cellimaging #research #technology #celltherapy #pharmaceuticals #biologics #nanolive #Holotomography #mitochondria #ischemia #bioenergetics
This beautiful event of nature is what made me study immunology in the first place, cells are so beautiful, art that live inside us
Note the contraction as it gathers itself into the appropriate shape in preparation for the division.
Amazing.
Cool, so delicately performed. Awesome, amazing, astounding,...
Wow, we are miracles. Every one of us. That is so incredible. Thank you. Mr nano for having your camera ready. Lol. Beautiful
This is so amazing to see. I studied this in 9th grade biology in 1994 and still remember the unit illustrations in my textbook...i was discouraged from a career in biology or math .. ended up on a different path...but I'm truly amazed to see this on camera...i never have given up on my curiosity for myriad interesting things in many different subjects... what a cool thing to see in this life...
It's like you're describing, me!
"curiosity for myriad of different things"...
This video reminded me of what I learned 50 years ago in Zoology class.
Truly amazing 🤩
Even after division, there remains some sort of connection filmsy though, b/w the resulting daughter cells. This may be the difference in cell division b/w normal cell & the cancer cell!
teleportation's. build myself perfect Victoria Secret models from the atoms up, as well from love up, every scale perfect. love love
So sweet ❤️
What a trip
piękne👌
عجيب
Am I cray or did I see face like eyes or areas looking at each other??
I wonder how often this occurs for 1 cell? It's something amazing for certain. A creation...couldn't be something that just evolved out of slime...?
It depends on a type of cells, most quick are blood and immunity cells, then skin and tissue, after it organs and bones, and slowest are neurones
By the way, its fascinating, Just imagine what it trillions of years to go from polymers randomly creating more polymers, to humans who can think enough to study how they evolved and think.