The Wnt / Beta-Catenin Pathway and Familial Adenomatous Polyposis Part 2

[@cooliegyal03]

Oh goshhh you are the most amazing thing. Thank you for putting up these videos! You explain things in such a clear and un-patronising way. You'd be a great teacher :) Thanks again for sharing!

[@lucidark1649]

Thanks for giving such a magnificent lecture

[@richardtatallah826]

God bless you... you have no idea how much this helped.

[@Kayfootballeditz]

Thank you very helpful

[@shamaineking5263]

hiya loved your video and helped me to further understand what I've read in journals. However I found just one small correction. After Beta-catenin levels have increased and stabilized, it is transported to the nucleus by Rac 1. So, actually Beta-catenin binds to TCF/LEF in the nucleus, not in the cytoplasm. Thanks again for the vid, it was really helpful.

[@kanugulatejasri369]

Thankyou so much sir

[@Dr_Sri_Harsha_Guthikonda]

bro great work....can u do vedios on bmp signalling....? thanx in advance

[@alishka0109]

Thank you so useful!

[@artsychindiiMD]

Hello im about to report the wnt pathway that will lead to cancer. I have a question.. we use robbins in our school but its hard to understand and ive read about E-cadherin is also involved in the wnt pathway but i dont know how did it end up being there. Pls help me :(

[@TheClauful]

but why do we want to keep the beta catenin low, i thought it stimulates cell division. Don't we want our cells to divide? Am not speaking of tumor cells.

[@khashk4436]

TheClauful Cells must only divide if necessary (for example the skin cells are stimulated to proliferate in response to skin damage). Unless the normal cells are signalled to divide by other cells in its microenvironment, it will not progress into G1 phase to initiate mitosis.

[@yxiangmind]

great teacher :)

[@phuthuy14101996]

Thank you so useful!