BIOPL3420 - Plant Physiology - Lecture 3

[@telapathicninja]

each moment is full of a volcano of information

[@alexandremammana1040]

Just have to say, i appreciate A LOT for the classes you guys are making disponible for us! The best gift to share is knowledge. Thank you !

[@frankwm1988]

I love this series! The content is fascinating. I have (bought and sold) textbooks on this topic for years, yearning for instruction on this. Yet these lectures do the job, indeed better than a textbook alone. Thank you!

[@himanshu8846]

lots of love from india. you are doing so well via spreading a knowledge. and helping a lots of student across the globe.😊😊😊😊😊😊😊😊😊😊😊😊

[@user-wq6ng3pm3h]

Thank you so much, Prof. @ 55:25min you made understand phosphorylation at a go! Thank you sir

[@noeditbookreviews]

Good stuff huh?

[@sofialiguori4868]

these lectures are amazing thank you!

[@PaKiKiNg908]

Thank you for these videos!!!!!!!

[@greenbeecolony1911]

Look at this guy 👌 thank you

[@bee-vc5st]

this guy is wild

[@wiktorpiechota2327]

I dont know if I would call phosphorylation a posttranslation modification. I would consider it more like turning on / off the protein in a cascade of intracellular messengers,

[@jkg6491]

It is LITERALLY the most important and well studied PTM. Personal opinions don't work here it is scientific consensus, very HEAVILY backed consensus.

[@callyouone]

Why is the curve in the beginning exponential, and not linear?

[@sarahkillick6095]

I was wondering that too. I wonder whether it has something to do with the ease of finding an open spot to adhere to early on, and the increasing difficulty as concentration decreases / fewer open spaces are available

[@GaganDeep-sc8tw]

As conc. Increase more chance to interreaction that when curve look like this