Clonal Selection Theory - no narration

'Fighting Infection by Clonal Selection' was created to commemorate the 50th anniversary of Burnet's Clonal Selection Theory. The animation shows how clonal selection works during a bacterial infection of the throat. Frank Macfarlane Burnet was awarded the Nobel Prize in 1960 and is widely acknowledged as the founder of modern immunology.
View more biomedical animations at www.wehi.edu.au...

[@smurProductionz]

just love these animations!
makes studying these processes double the fun.👌

[@drmdanwar1]

What did I just saw? It is unbelievable and super realistic. There is nothing better than this

[@krishnarajani3582]

Loved the background noise!!

[@kanayanfantv]

It gave me chills, but that's on me.

[@paulamidam8614]

No words or narration is needed if this type of awesome video is uploaded 😍
Thanks thanks thanks a lot ❤

[@shakthiyadav7205]

Wow... Really I felt blessed to study Biotechnology

[@imonroy1928]

Extremely realistic!

[@heysir8247]

Love this animation. Would it be possible to expand it into the development of memory cells as well?

[@LordGrimmie]

Great animation as always, guys. Love seeing this stuff at work.

[@maatafua1783]

God made us so special 🙏🏾

[@miriam_ness9008]

It amazes me how our body already has the B cells to fight specific antigens. It shows how God knew beforehand that we would be attacked by these antigens.

[@lordofthecats6397]

​@@miriam_ness9008 The process of B-cell differentiation is actually a lot more complex and interesting. The cells begin with the same genome, but a process called VDJ recombination rearranges DNA segments randomly to make the different variants. The vast majority will never find a suitable antigen. The ones that are most fit to fight an infection reproduce and spread throughout your body (like the video shows.) Well, if they're not too late that is. Diseases like Ebola attack too fast for the adaptive immune system in most cases =(

[@Bismarck666]

@@lordofthecats6397 is it truly random? I've read it's almost impossible to obtain a large series of randomly generated numbers, could we use these randomly generated DNA sequences in cryptography?
One can always dream. 😊

[@lordofthecats6397]

@@Bismarck666 Well, technically nothing is "truly random". With a big enough computer you could probably recreate these events in a molecular dynamics simulation. There are much easier/faster ways to generate cryptography-grade random patterns, such as lava lamps!

[@biologylover1565]

The antibody produce by B-cell is IgM because it is pentavalent.
Generally first antibody express on B-cell is IgM and sometime IgD.

[@syuibsyafie2049]

Wheres the memory cells? :(

[@nany2335]

Really incredible very thanks

[@tonychurch6829]

Great video, thanks!

[@imkurdish1285]

nice animation thanks

[@SUBSCRIBE_100]

Thanks

[@haroun8332]

Amazing !! great work

[@kangnyaktesia4624]

Good one

[@arshimalik4590]

Last m kon tha ye .. jo engulf ekr rha tha ??

[@tibyanalhadir5682]

O.m.gi lovvvvvveee ittttt so much

[@imanyasir6097]

useful but creepy in the beginning

[@Mooiish]

Bruh this is my username

[@OperationRevelation]

Fucking ganked! Gtfo! Play of the Game

[@OperationRevelation]

STEAMROLLD!!!

[@amazanjean8350]

What the heck is that?👎👎👎👎👎👎👎👎👎👎👎👎👎👎