Thank you for the video! Med student here, and I appreciate the visual aid. Now I more fully understand the role of Sialyl-Lewis X/ selectins and LFA1/ ICAM interactions.
I am not a medical student or even a doctor, but I'm compelled to watch videos such as this because I'm writing a fanfic on the anime Cells at Work and I'm researching the exact process Diapedesis and how Neutrophils respond to threats. Thanks so much for the vid and the clear explanation!
@@KC-hd3wi I wrote two. The first is Cells at Work: Ebola which reads like a Warhammer 40k fanfic. This one was written more for fun than being medically accurate. The second one which I've extensively researched is Cells at Work Code Black: Covid-19.
@@KC-hd3wi sure! You can read them in fanfiction.net. Here are the links. www.fanfiction.net/s/13068895/1/Cells-at-Work-Ebola www.fanfiction.net/s/13569442/1/Cells-at-Work-Code-Black-Covid-19
Nursing student here. Thank you. I thought neutrophils are the first responders to arrive at the site of the injury. please provide an explanation. your video stated that it is macrophages that arrive at the site of the injury but macrophages come in 3 to 7 days' time. please correct me if I'm wrong.
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Lymphocyte function-associated antigen-1 (LFA-1) is a heterodimeric integrin consisting of α(L) (gene name, Itgal) and β(2) (gene name, Itgb2) subunits expressed in all leukocytes. LFA-1 is essential for neutrophil recruitment to inflamed tissue. Activation of LFA-1 by chemokines allows neutrophils and other leukocytes to undergo arrest, resulting in firm adhesion on endothelia expressing intercellular adhesion molecules .
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What a beautiful creation of God. This is Amazing Design of God. I am doing Dentistry and know even the things we know have unknown things in it Ex. Rods of Enamel yet not fully known in all its aspects and its structure, theories of sensitivity, embryology and histology of tooth development,and numerous things even not mentioned like a big book only to mention great design of God. I like to do deep study of topics . Knowing and understanding the things God Created. Glory to God. Thanks for This Animated video.
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Thank you for the video! Med student here, and I appreciate the visual aid. Now I more fully understand the role of Sialyl-Lewis X/ selectins and LFA1/ ICAM interactions.
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If you have a college community can you please share my channel link ? It would be helpful for the community and also it will keep me motivated
I am not a medical student or even a doctor, but I'm compelled to watch videos such as this because I'm writing a fanfic on the anime Cells at Work and I'm researching the exact process Diapedesis and how Neutrophils respond to threats. Thanks so much for the vid and the clear explanation!
Wow, waiting for your fanfic!
@@KC-hd3wi I wrote two. The first is Cells at Work: Ebola which reads like a Warhammer 40k fanfic. This one was written more for fun than being medically accurate. The second one which I've extensively researched is Cells at Work Code Black: Covid-19.
@@hereLiesThisTroper Woaaahhhhhh I would like to read it. I'd like to know where we can read it. Thank you in advance!
@@KC-hd3wi sure! You can read them in fanfiction.net. Here are the links.
www.fanfiction.net/s/13068895/1/Cells-at-Work-Ebola
www.fanfiction.net/s/13569442/1/Cells-at-Work-Code-Black-Covid-19
@@hereLiesThisTroper Yayyy! Thank u!
Came here after trying to read my immunology text book. Gotta say, amazing video, so simple. Thank you so much!!
Please check out my entire immunology playlist ….I hope it would be useful. all the best. Lots of love from India
Nursing student here. Thank you. I thought neutrophils are the first responders to arrive at the site of the injury. please provide an explanation. your video stated that it is macrophages that arrive at the site of the injury but macrophages come in 3 to 7 days' time. please correct me if I'm wrong.
amazing, made a hard subject so much easier, and ur English is really good and clear!!!
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@@animatedbiologywitharpan absolutely 💯 👌
Do the enzyme having more number of active sites has more efficiency in comparison to those enzyme which have less number of active sites ?
Nice discriptive video sir ji
Neutrophil does so much heroic stuff 👏
th-cam.com/video/WUBDyowXAcE/w-d-xo.html
you are a role model ,ty bro
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thank you this really helped me
Please share my channel link with your friends and help me to reach big audiance namaste
You helped me a lot ... thank you so much god bless you
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Can you please tell the cells which exhibit reverse diapedesis??
I am sorry, honestly I don't know much about reverse diapedesis
@@animatedbiologywitharpan ok thanks for the reply😊
Am ur new subscriber...very useful and superb...thank you.
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Don’t forget to check out my playlists
It really helped me, thank you
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great video! thank you
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During rolling through Blood vessel Neutrophils First bind to Which Selectin P-selectin or E-Selectin?
Activated endothelial cells initially express P-selectin molecules, but within two hours after activation E-selectin expression is favoured.
@@animatedbiologywitharpan
Yes, I am reading somewhere this things but not found in your video.
So I try to ask in comment section.
@@biologylover1565 glad that you asked
Which animation software are you using
Simple power point
THANK YOU SO MUCH ❤
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Thank you vaiya ❤️
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omg thanks luv u arpan
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Diapedesis and Extravasation is same thing, right?
Yes they are same
Kamon dada?
Valo
In healthy bodies neutrophils have just three lobes... Tks!
Thanks for the nice feedback...it would help me to improve the content
What is the full form of LFA1?
Lymphocyte function-associated antigen-1 (LFA-1) is a heterodimeric integrin consisting of α(L) (gene name, Itgal) and β(2) (gene name, Itgb2) subunits expressed in all leukocytes. LFA-1 is essential for neutrophil recruitment to inflamed tissue. Activation of LFA-1 by chemokines allows neutrophils and other leukocytes to undergo arrest, resulting in firm adhesion on endothelia expressing intercellular adhesion molecules .
This helped me a lot as a med student, lots of respect from Turkey
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thank you
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Sir is it possible that erythrocyte also follow the same Diapedesis process and follow the congestion
Very good
very helpful :)
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❤️ thanks
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What role does CD3-1 and Pecam 1 have in diapedesis?
Please refer to this article pubmed.ncbi.nlm.nih.gov/33604918/
👍
A very good video. Thank you so much.
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Thank you!!! This helped a lot. 👍😄
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Wow. It's great work!! Really easy to understand. Thank you
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A+ for visuals
What a beautiful creation of God.
This is Amazing Design of God. I am doing Dentistry and know even the things we know have unknown things in it
Ex. Rods of Enamel yet not fully known in all its aspects and its structure, theories of sensitivity, embryology and histology of tooth development,and numerous things even not mentioned like a big book only to mention great design of God. I like to do deep study of topics . Knowing and understanding the things God Created. Glory to God. Thanks for This Animated video.
Thank you so much!!! Im showing this to my fellow medstudents!
Please share the entire playlist for immunology th-cam.com/play/PLKtiwIJ8Q7rq77W7r4cXPrbhi_VpLWw8c.html
Every immunology topic is explained in an elaborate fashion with animation
❤️❤️❤️❤️❤️ Great work, thanks.
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Thank you for this 💙
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awesome
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The video is very helpful to me so thank you💐
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Nice explanation with animation👍
Pavithra.P please subscribe to my other channel th-cam.com/channels/4IpyopsGWSjaPACNTZLuqg.html