Immunology - NOD like receptors and the Inflammasome

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[@as_the_turntables]

Your videos are great. Thank you for contributing so much to the physiology community. It is very helpful for students such as myself.

[@shimaaa1000]

I can't thank you enough for your videos. They are truly life saving! Going through your immunology playlist and it's amazing.

[@mahmutulusoy7923]

i have to know things to know more things. it's a loop that i can't get out of it

[@amineaboutalib]

tell me about it, it never fucking ends

[@blackxp01]

Thank you so much! I'm doing an Immunology and Haematology Module (Y2 Biological Science), but I can't concentrate in lectures. Your video piqued my interest and motivates me to actually open the textbook.

[@johnnysong9781]

I really wish I had your skills in drawing and comprehension in medical science. You are awesome, indeed!

[@OOOOOOOKKKKKKK69]

Practise and you can get them.

[@manashpratimpathak4646]

Very good explanation. Lucid and informative.

[@bhargav7625]

You have done a great job by explaining this through a beautiful diagram.👏👏Everything is simple now. Thank you.

[@paulafigueroa1573]

I enjoy myself watching your videos, thanks for making science available for everyone.

[@mslovelee86]

Thank you, thank you, thank you. I have hard time understanding my professor, he doesn't explain anything. I basically have to teach myself reading the book. I am so stressed. I really hope that you would continuously make helpful videos like this. Thanks again, Armando ( :

[@gymnasticsqueen]

This is perfect! I totally understand my pathogenesis lecture now!

[@bored_hermit]

Armando, your videos may have just saved my degree. Thanks so much. :)

[@RenataB503]

I love you to bits! You're helping so much!

[@claytonspeed]

Awesome video! You should make a followup video that discusses single domain antibodies. These AB are found in camels, llamas, and sharks. They have on light chain and are 1/10th the size of IGG. Thanks

[@sifatullahanwary343]

Thanks for making tough work easier, ❤️💐

[@payalmaharaj9915]

You make immunology "stick" through your creativity. Mahalo Armando :)

[@user-vs2ho8dd8p]

thank you about all subjects which give us by easy manner

[@vohog001]

I love ur videos ...they r soo helpful. Thanks. Can u plz do a video on enzymes, cell structure, cAMP in depth plz ?

[@alkabbi9110]

Gd work all times u doing ,,,thanks

[@kritikasudan5751]

Very nicely explained..thank you :)

[@amirasoliman3739]

Amazing and informative, thanks a lot

[@lectrix8]

Great video!

[@elysedunn6409]

Amazing resource!!!

[@mohammedal-hammadi5085]

Thank you so much, it's a great video

[@sayalidr]

Thanks a lot.. very helpful

[@janetrincon7145]

I actually Love you... thank you so much!!!!

[@user-qv6gt7px5k]

Beautiful!

[@sarax43]

Amazing! thank you so much

[@vascosaa1492]

Damn son! Probably saved me from immunological decapitation :D Thank you

[@user-dl1kr8lu2d]

thank you so much. i have a question that damps bind to tlr2/4 directly

[@gabbygabe1068]

amazing video. Thank you! this is better than the way my professor teaches....

[@kissmatee]

Nice video, thanks!

[@anshumangupta5630]

Thank you bro...
Love from India

[@kalabangos]

thank you very much!!

[@Biya101]

thank you!

[@burritosburritos]

Question if you don't mind. From the perspective of intermittent fasting, I've read that ketone bodies(beta hydroxybutyrate) inhibit or down regulates inflammasome formation. Is this true? If so do you have any reasons as to why?
Here is my take. From a evolutionary POV, when the mammal is in a fasting state, it can't waste energy with inflammatory processes. Instead the up-regulation of autophagy and xenophagy becomes the primary way of dealing with intracellular and extracellular pathogens. Is this a plausible explanation?

[@buntykumar6091]

Thank's Gud Work

[@cutindriputri6224]

THANKYOU your videos are very helping and interesting.... I hope I can take all of the contents in my head... may I know, where do you come from?

[@ibelfredy5198]

thank you 'its of great help, but will u able to provide entire image at last

[@ShahzadNSyed]

amazing!

[@Sycord]

DAMPs usually stands for Damage associated molecular patterns and is used for damaged cells instead of danger.

[@simburyamsaada849]

Incorrect ,DAMPs stand for danger associated molecular pattern produced by necrotic cells

[@amineaboutalib]

@@simburyamsaada849 wrong, both are correct

[@manuelagarridolecca2974]

Hey! where can i find/buy the final map as an image?? Your videos arre great btw!

[@tshegomabote221]

Perfect!!!!!!!!

[@encarnaciondabucon7348]

Hello how about and eyes inflammatory that i believe it's a phlegm inside Retina what's the natural remedies much appreciated

[@mugdhadeshmukh8037]

Thank you as the comment section is full of appreciation i agree your drawing and presentation are perfect for such fictious and imperfect science. Its real shame we have to study this figment of someone else imagination as our major.

[@frauleinelsch4050]

Thank Yoooooou :)

[@MasterWaterBender]

that drawing though!

[@armandohasudungan]

Hey yes I do please visit armandoh.org/shop

[@rajuumanyam1523]

sir can we explain in brief about opposing signal model

[@sevvyboi]

Please come and teach at my medical school, some of our lecturers are useless

[@danicampanella6827]

Your videos kick ass dude

[@rishabhshuklabeatsproducti2182]

Is it danger or damage in DAMP?

[@KleiRicci]

damage

[@sofiamalik5623]

i know im 2 years late but is it 'Pyrine' or 'Pyrin'?

[@oliviabirkett1704]

this is what i am wondering too... 5 years after you wrote this haha

[@encarnaciondabucon7348]

I just want a cure or treatment for having phlegm coming out from my sinuses that I believed it's coming from my eyes in Retina at the back of my eyes

[@gregorykarimian3813]

Not apoptosis, pyroptosis++++. Apoptosis is induced by the apoptosome. Different but similar

[@midnightsilverpuppy]

*Pyroptosis
Thank you for making! (videos)