T Cell Development

www.handwritten... - This tutorial explores the development of T Cells, from stem cells right through to their mature helper and cytotoxic forms. This video also looks at some of the cell markers used for differentiation. For more entirely FREE tutorials and the accompanying PDFs visit www.handwritten...

[@bbartukoglu]

It is admirable that you share valuable information without trying to get a benefit from it unlike many other posters of this site.

[@chuasiyu]

Wow I'm sitting for my Immunology paper tomorrow. This came in handy. Thanks!

[@gishamolmathew1601]

This is an excellent video and an excellent way to summarise the topic! Thanks for uploading!

[@Lifeiis]

Cheers mate, this is definitely going to help me with my Immuno exam tomorrow!

[@cuentodenada]

great pathology series martin

[@hasanmarei3623]

thank you. it is so clear, easy to follow you,and you make it so Interesting.

[@mna882211]

ooh !!! that was beneficial & helpful > could u do such tutorial about HLA ( MCH ) system please ??!! . I'll be thankful & it'll be useful as a complexed system to get .

[@septinsutin8424]

thank you so much. but I think you can make t cell development part 2 as clear as your explanation on b cell development videos.

[@nstar0708]

Can you explain the HY model for MHCrestriction or CD4/CD8 commitment?

[@melinabaltogianni]

Incredible video! Thank you so much!

[@fathimazahara6770]

It is really helpful for me... thank you so much!

[@daauus]

Thanks you explained so Clear. Thanks Mr. Harpin

[@abunadia9199]

Thank you, beautiful diagram

[@jamesdeen89]

these videos are golden

[@montecristo1693]

First thank you very very much you explain biology with such simplicity great method as mathematics 1+1=2 .I'm from Algerai you help me thank you again .

[@aaronschaller7120]

T regulatory cells are CD4+ and CD25+

[@rehamyoussef5334]

This vedio was very helpfull . Thank you .

[@abeboy6155]

Great video but there is a mistake. TCR(B) locus rearrangement is not between DN1 and DN2 (Not DN2-DN3). Between the DN2 and DN3 is where T-cell commitment happens.

[@mkamareddine]

this was absolutely wonderful! thanks mate

[@tahmiharir8573]

One of the best videos ever!!! Please make more videos, especially for biochemistry!

[@ignaciofrancis8806]

Instablaster...

[@shaban4815]

Very useful 2023🎉

[@hawraal-magdy5476]

Thank you very mutch!!!!

[@shairamukaram2039]

very much helpful; thanks!

[@sangshahi6845]

What determines whether a T cell becomes a cytotoxic or a helper T cell?

[@anacvetko1542]

Karan Giri if it binds with mhc I on an APC then it becomes t cytotoxic, and if it binds with mhc II on APC, then it becomes t helper

[@ubaidullah-mv8dz]

+Ana Cvetko hi

[@anneeq008]

that wasn't exactly what he was asking...

[@nikpaschal]

Not an easy one this one... strength/duration of signaling, cytokines, TFs you name it. There is a classical and a stochastic model but you can always do some out of the box thinking after you digest some of the key facts --> www.ncbi.nlm.nih.gov/pmc/articles/PMC2760737/

[@mekamalika]

grt info.. thnks... but plz get a bit louder.. low sound is ear straining....

[@nicodasm]

Nice video. Thanks

[@nooshinmirzaee7008]

thank you it was really helpful

[@jurisicdjina]

Sir, you are exellent !!!

[@habibjoukhdar]

You are a god amongst men!!

[@lonly4uonly]

many many thanks sir

[@prisce7642]

woooooooow you are amazing literally saved me! thanks!

[@beautytipschannel6674]

Awesome 👍

[@Placebo201]

saved me in my immunology course

[@Emmathe12th]

volume button?

[@rohitkumar-et3np]

thanku for this video

[@TheIegend27]

My mom had hypogammaglobulinemia which is a Tcell maturity problem, She did not have helper cells

[@mekamalika]

got max vol. still heard low....

[@zannatul23]

skipped through the whole video, didnt find it that helpful this time i thought u were going to go into more details of T cell is actually selected

[@wendelynoslock92]

This was much less useful than you previous videos. I was hoping for a discussion on positive selection and negative selection. You also did not mention the gamma or delta chains; the cytokines that produce different helper T cells; or AIRE.

[@lexusfan100]

great stuff..but could you increase your vocal. i have to increase my volume to max in order to hear.. or maybe i m going deaf ..lol thanks

[@hashashaabdi687]

who else liked before even watching it.

[@lordshifu]

Gonna take a printout of the final pic and hung it in my wall

[@marandisuchita4097]

Super

[@sobster123]

5:30 ok im goin for a slash, fuck it!

[@dr.archansil5550]

Simplified but incomplete. No detailing and sound quality is very poor

[@gregc7169]

5

[@OmarQ90]

CLS

[@TomNouri]

omg wtf is c-kit lol. thx for the vid ;)

[@devangbarot5092]

An enzyme Tyrosine Kinase.

[@vishalupadhyay416]

?

[@francileudosilva6482]

E BOM

[@ManishYadav-id7wl]

Great video ... really explain very bad ....not happy

[@sobster123]

fok sake man can you speak a bit louder?!!!!!! Hate havin to blast ma volume jus for your quiet ass vids!

[@ajvelasco8442]

sobster123 can you atleast thank him for the efforts geez