EMSA (Electrophoretic Mobility Shift Assay) Fig 5.36

This video is about the Electrophorectic Mobility Shift Assay (EMSA) and was made for MCDB 427 (Molecular Biology) at the University of Michigan. Figure 5.36

[@asmaakterbhuiyan_shanu3951]

Best EMSA video even in 2024

[@hsianloon]

Love the step by step explanation of the results and why certain bands appear and others dont. Thank you

[@phresie]

Best EMSA video ever! You just pulled together things that I have been seeing in peer-review articles (like supershift) and didn't know how to explain. THANKS!!!

[@KJKP]

Seconded.

[@read5869]

I will never be depressed if the professor starts explaining stuff like this

[@XY-yg1ci]

The best understanding of EMSA TKS!!

[@4Getf00l]

This is clear and concise. I have just realized that I don't analyze my gels so well. There's so much a gel can tell you from the bands.

[@loveforbioinfo]

The best explanatory video ever!!!

[@ahlamsoliman3151]

Awesome and concise explanation!

[@Yankee4ever2]

God Bless you!!

[@deebee0017]

Thanks. I find all the relevant content in your videos.

[@eloisub902]

WOW, great video! thanks a lot

[@RUBIKCUKEN]

your english is amazing

[@user-nl9rb4qb8t]

Great job! Thanks!

[@neenujoseph9374]

Thank you🫂

[@bushra1271]

perfect explaining thanks !

[@anupamadhikari3088]

Thankzzz maam.... that was really awesome...

[@ang5798]

This is a fantastic video and I thank you a lot

[@akhilamp374]

Wonderful explanation

[@sujanidarshika3752]

Thank u so.much

[@thatsnotme3235]

Amazing!

[@Adeptbe]

thanks for the great video and clear explanation

[@evlampiaparcharidou4004]

Hello! Very nice video, thank you so much! Do you think that after emsa could we take out the bands (free DNA vs DNA+protein complex band), purify them (carefully bcs we have redioactive P) and sequence them in order to see at which exactly DNA seq the proteins are bounding? You think is feasible?

[@nathanwilliams9778]

Super Clear! Thank you!

[@aprilteng7191]

Thank you!

[@mpampiskarampatakakis9476]

nice video. good explanation

[@toribenner6627]

amazing, thank you so much!

[@PuristicRaver]

Woho...awesome. Thanks for that nix explanation! :)

[@jacquelinelabovitz4613]

YOU ARE A GD SEND!!!! THANK YOU!!

[@TebohoMatlala-ge4yc]

comprehensive

[@aasthashrestha3060]

For example, we have two scenarios 1) we have two protein (A and B) A would bind to DNA and B would bind to A protein and 2) both A and B protein bind to DNA. Can we differentiate between these two conditions? because on both these scenarios we will have supershifts, correct?

[@lauraarce9306]

Deletion/ Mutational analysis of the DNA sequence.

[@sofiatitah5039]

THANKS!!!!

[@geniussaiyan3608]

So good love it

[@tahasilat7394]

Such a great explanation. Thank you so much!

[@doty3186]

This video was really amazing. I am interested in EMSA, and I want to know can supershift could quantify RNA-protein interactions? such as a quantitative measurement to know if additional protein that binds to the first protein could reduce or increase the interactions? Thank you very much...

[@calumohara3993]

This is money

[@milthatamil7966]

Plp

[@santircastillo]

Thank you!