Hybridoma technology | Monoclonal antibody production using hybridoma technology | Animated biology

its basically somatic cell hybridisation right? But there is AN IMPORTANT THING that cell lines produced from Somatic Cell Hybridisation results in random deletions of chromosome so how are the fused cell capable of forming Monoclonal Antibodies seperated from other cell lines??
i.e., containing chromosome for making Antibody??

Excellent explication. Thank you!

Need to improve sound quality

These videos are legit life saving 😭😭😭😭

Sir can i please know why myeloma cells are HGPRT negative cells.

Alhamdulillah. It helped me a lot. I was searching a video which would be very helpful but I was not able to Find. Finally I got it. I have never seen this kind of effective and efficient video tutorial regarding this advanced topic. Thanks a lot Arpan Sir. 🇧🇩🇧🇩

Sir how is this animation made? Which app?

Awesome 😎😎😎

thank you☺

Thank you so much. I think this would be very useful to pass my Immunology paper

Thank you sir

Thatt was sooo helpful thankyou soo much

Grate explanation 👏

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Amazing

Thank you so much, I now understand it!

Great Explanation Sir...❤👏

I was thinking that hybridoma technology is very hard to understand but you make it very simple and easy to understand. ..... thank you.... 😊for providing helpful vedios.

nice video overall... but are you sure that polyclonal antibodies are those where the same antibody identifies multiple epitopes?

This is the best video of monoclonal antibody & Hybridoma technology I came across. Thank you😇

why we block denova pathway

helpful video continue

Thanks for the free gift 🎁 of knowledge ❤

Can you please provide me ppt of this lecture

I need ppt of this lecture please

Wowwww..... Excellent animation and video.

"إن زوال إسرائيل قد يسبقه زوال أنظمة عربية عاشت تضحك على شعوبها، ودمار مجتمعات عربية فرضت على نفسها الوهم والوهن ". الشيخ محمد الغزالي رحمه

What a beautiful explanation! Thank you Sir! Very Helpful 😊

I have a doubt. Myeloma cells are immortal so how would they die after fusion ??? Even if they lack HGPRT but they are immortal in nature

I want this ppt plz

Best video ever❤ thankyou do much

Very nice sir I was very terrified to this topic but I don't believe that I understand it only in 8.53 minutes

The best for 1st year mbbs

Good one

Where is the industrial production video?

Tomorrow is my exam and you saved an hour. Bro❤❤❤

Life saver😊

Congratulations Sir on your appointment as Scientist C at CSIR IGIB

very good video. well explained

I would like to know how to calculate the split ratio💖

Thank you so much for the explanation but I am still missing something: when you introduce the antigen inside the mouse this antigen will activate different B cells (because the antigen will have several epitopes which will activate several B cells) so you will have polyclonal antobodies. This way, when taking a sample of the spleen you are getting polyclonal antobodies producers B cells. So my question is: In which point and how can you obtain monoclonal antobodies instead of polyclonal ones?

Thank you sir for this video 😀👍. I really like the way in which u make this topic understand 👍. Keep it up sir 👍. Sir plz tell me what subjects I have to study for CSIR NET to become a professor of Botany.

You are Godsent

Thanks for preparing such videos

Does any one have this file that he explains??

Very Crystal clear explanation 👍

Why would myeloma cells die since they have the characteristic of surviving for a long period of time? If de novo synthesis pathway is hindered then myeloma cells can't grow more but the existing cells are supposed to survive.

My second question is since B cells have HGPRT, they are supposed to survive. Then why unfused B cells and B cell fused with b cell die and not survive?

i would like to believe this is furst indian animated biology channel...
great going 🤘