SDS PAGE

[@abdullateefnashed]

Chloride ions move faster creating reversed local electric field inverted of that of the mail gel system, which slows the SDS-bond protein behind the chloride ions. However, and with time, the glycine accumulates behind the proteins helping to pack them on the same line. Hiving these forces enough time, the final results will be a sharp distinct three layers: Chloride, proteins, then glycine (from bottom to top)

[@Ratseeker]

Thank you alot. You give more insightful information that doesn't seem overwhelming but still gives familiarity & confidence of what I refreshing.

[@nandhiniilamaran6213]

thanks a lot sir , i had a big doubt how chloride ions bring proteins to same line to separate if it moves first . now i understood that glycine is actually moving first and chloride behind is pushing it move further thus bringing proteins to same line

[@veenamishra5371]

Perfect video... The explanation is so clean. 👍

[@ambivert098]

Has been very helpful.. thanks a lot for explaining So well and saving tym too...

[@itsme_soumya2001]

In stacking gel ... 1st cl ion will move then protein then glycine ... Order will be cl , protein, Glycine (From Down to Up)

[@DP-vm2dd]

chloride ions move faster than glycine, so it's the opposite

[@drsangeethashankar]

Yes

[@aaquib608]

why does chloride ion comes later than glycine if they both have negative charge initially?

[@genicadelara5243]

Thank you so much. Very clear explanation.

[@glencoelho1952]

Thank you for your work

[@positivevibes2087]

you are a lifesaver

[@hodaelsayed8837]

Excellent thank you

[@incharas3605]

It was helpful.
Thank you..

[@Sara-sy6ih]

Thanks a lot ,,, helpful

[@ariabaria1072]

Thank you so much!!!!

[@mdnajmulhosen7259]

Thanks

[@microbiologywitharka8890]

❣️

[@PiyushaSharma-sz6yu]

👍🏻👍🏻👍🏻

[@ahmetcanbayrak4460]

Evet, sorgulamadan izleyince fazla beyin tahribatı gerçekleşmiyor diye düşünmekteyim. Yoksa videonun sonu gelmiyor zaten.