The Growth Factor Receptor and PI3K / AKT / mTOR Pathway Part 4

In this video we talk about how growth factors binding to the growth factor receptor can stimulate the PI3K / Akt / mTOR pathway and how this can lead to cell division.

[@aidarohi1709]

Thank you for a great video! I was just wandering wether the mTOR moves to the nucleus in order to increase the transcrption or that it stays in the cytosol while doing that?

[@deleeuwenbrunemovies]

great videos! Helped me a lot :)

[@rachelwellman654]

Great video, thanks

[@penny7263]

hello,thanks for your explaining, I love your teaching!! but I can't find the "THE growth factor receptor and pi3k/akt/mTOR pathway part5"(the vedio continue of this),not the pi3k/akt/mTOR pathway part 5.

[@ameschiu1454]

great video~ :) I was just wondering, You know the other processes such as prophase, anaphase, . metaphase and telophase, ~ where does it come in in the cell cycle?

[@katrinhopfner9035]

Hi there! Great video(s)! Just to mention that you have a typo in the title of the videos. You might get more ppl actually finding your video if it would be correct :)

[@asafhandelsman8466]

great vid thanks! 1. Can you upload your drawings maybe? 2. Do you know maybe how goes the mTORC1 pathway in brain cells? thanks again!

[@InquilineKea]

"14-3-3 proteins are highly helical and as dimers form a characteristic cup-like structure with a large negatively charged central channel approximately 35Å in diameter and 20Å deep, containing two ligand binding grooves " "14-3-3ε and 14-3-3ζ overexpression accelerated the degradation of δ-catenin. One known function of 14-3-3 proteins is their ability to alter the ubiquitination and subsequent degradation of their binding partners "