I just finished taking biochem at my university in spring 2015. Unfortunately, these lectures were posted after the semester; these videos would have been very very very helpful. I spent plenty of time reading through lippencottt's biochemistry textbook as well as using their online animation program for understanding complex content such as what is addressed in this lecture. I can tell you that throughout my months of studying biochemistry, I was never able to visualize and understand the processes like I can after watching these videos. Your signal transduction series is excellent!
howd you like the lippencotts biochem textbook? do you feel like its well written and easy to follow along or do have any other texts you found better? thanks chief
Love this lecture, first time watching your video but I like the fact that its not slow and boring and not so fast where I have to pause the video. straight to the point and way better than khan academy in my opinion. thank you for your work this helped me a lot.
Amazing lecture 10/10. I love the colors and the succinct handwritten notes. Your voice and intonations are engaging through the video. The pace is just perfect- I personally find Khan academy videos too long-winded. Thanks for taking the time to make this series!
I just love how you explain the topics. It's not too fast and not too slow. Just appropriate. Came to know about your lectures from one of my seniors and I cant thank you enough for clearing my doubts through your lectures. After going through your lectures , I find Signal transduction pathways so interesting. Thank you once again
U did a great job The way of your giving lectures is very impressive, u explained everything in very simpler way and when I feel difficulty in college's lectures, I jst got help frm your lectures. it helps me alot. Thank you very much as well fond regards
Love your lectures! Suggestion: I would prefer the gradual buildup of the information on the board while explaining. Makes it less overwhelming and easier to keep track of things. Keep it up!
Millions of Thanks, It is the first time for me to come across this channel, But the video was very helpful and You made the process seem more easier and not complicated . I hope I could have a professor like you at my university for Biochemistry :(
Your're a BiochemGod protein who is always phosphorylated and consistently active at Vmax. No-one can ever raise your Km simply because no-one can ever outcompete you. Thank you for being such a G...protein!
Sir, I have been following this channel for last 2 years or so & until now downloaded 95% of your videos. Now wrt this video, simply outstanding as always. But i would like to know of the termination too. Could you please make a video of the same?
Hi! I'm confused about the calcium topic. My teacher told us that actually, it is not the inositol triphosphate who allows the calcium channels to open but the calcium itself. She said that inositol triphosphate helps the cannels to remain open but it is the increase of calcium at the citoplasm who makes the channels open. So then... where this calcium that allows the calcium channels of the ER to open comes from? I'm really confused if someone could solve me the question it would be great. Thank you!!
IP3 does bind to R to open, however the Ca regulates the R in a 'feed-forward' type of feedback, where at low concentrations the R remains open, but at high concentrations release is decreased as channels close, giving a bell shape style curve
I just finished taking biochem at my university in spring 2015. Unfortunately, these lectures were posted after the semester; these videos would have been very very very helpful. I spent plenty of time reading through lippencottt's biochemistry textbook as well as using their online animation program for understanding complex content such as what is addressed in this lecture. I can tell you that throughout my months of studying biochemistry, I was never able to visualize and understand the processes like I can after watching these videos. Your signal transduction series is excellent!
howd you like the lippencotts biochem textbook? do you feel like its well written and easy to follow along or do have any other texts you found better?
thanks chief
Exactly how i felt
Love this lecture, first time watching your video but I like the fact that its not slow and boring and not so fast where I have to pause the video. straight to the point and way better than khan academy in my opinion. thank you for your work this helped me a lot.
I really appreciate u spending ur time in helping others understand. Thank u so much. Am glad and lucky that i found ur channel. It helped me A lot.
Amazing lecture 10/10. I love the colors and the succinct handwritten notes. Your voice and intonations are engaging through the video. The pace is just perfect- I personally find Khan academy videos too long-winded. Thanks for taking the time to make this series!
Had been reading a paper about all this stuff, had little clue of what was going on, saw this video and started screaming in the office. Thanks, man!
I am so happy with the style in which you teach these complicated biochemistry processes. Awesome! Please keep continuing these amazing lectures !!!
I just love how you explain the topics. It's not too fast and not too slow. Just appropriate. Came to know about your lectures from one of my seniors and I cant thank you enough for clearing my doubts through your lectures. After going through your lectures , I find Signal transduction pathways so interesting. Thank you once again
U did a great job
The way of your giving lectures is very impressive, u explained everything in very simpler way and when I feel difficulty in college's lectures, I jst got help frm your lectures. it helps me alot. Thank you very much as well fond regards
The best !! I finally loved signal transduction and these pathways ❤
This made 0 sense in my biochem lecture. I'm so glad there's a video making it clear.
Thank you very much... This is the best signal transduction pathways lecture!
I am in love with this guy and his lectures!!!! so very helpful!!
thirsty
Love your lectures! Suggestion: I would prefer the gradual buildup of the information on the board while explaining. Makes it less overwhelming and easier to keep track of things. Keep it up!
Millions of Thanks, It is the first time for me to come across this channel, But the video was very helpful and You made the process seem more easier and not complicated . I hope I could have a professor like you at my university for Biochemistry :(
Sir... Your teaching skills are just awesome
Kahn Academy is not compare to these lectures Well Done!
I really love the way you teach concepts are so clear thanks for providing your videos
You Just made life a lot easier! THANK YOU.
Amazing sir you have such skill set that you could easily replace all of my professors.
I really cannot thank you enough!! You are the best of the best!!!
Thank you for spending your time in making such awesome lectures!!
Really appreciate what you doing. Keep it up. You making my BIOCHEM 2 class soo much easier. Thank You
very informative! I really appreciate how you mentioned a lot of details in a very simple way!!! THANK YOU SO MUCH❤️❤️❤️❤️❤️
explanation with video helps really good to understand the flow of this pathway. Thank you
You give me hope that I can understand biochem omg ily
YOU ARE LITERALLY MY SAVIOR
YOU ARE A PHENOMENAL TEACHER !!!
Thank you so much! your lectures are really clear and very very very helpful!
You ... are... brilliant!!!! Thank you sir!!!! I hope med school is treating you right!!!!
I wish you were my teacher... :)
Your're a BiochemGod protein who is always phosphorylated and consistently active at Vmax. No-one can ever raise your Km simply because no-one can ever outcompete you. Thank you for being such a G...protein!
You are a biochemistry legend!
thank you......first time watch your lecture its very helpful....
dang! ----- nuff said.
#thankyouforsavingmypharmacycareer
the best explanation ever.
Vry vry nice and practical too🤩
Sir, I have been following this channel for last 2 years or so & until now downloaded 95% of your videos. Now wrt this video, simply outstanding as always. But i would like to know of the termination too. Could you please make a video of the same?
you are so good at explaining
Thank you for your efforts in this video 🖤
Omg you are amazing 😱😱😱 you have a real gift .
Thank soooooo much! This is an excellent video.
I respect you a lot.
thank you so so much!
greetings from czech republic! :)
Best lecturers
So, so, SO helpful, thank you!!
Thanks a lot professer😊😊
Faaaaaaantastic!!!!
Thank you so much.I now understand this PIP2 system😀😁
THANK YOU SO MUCH. WHAT AN AMAZING VIDEO!
Legendary guru!
Excellent video, thank you AK.
Performing like a real AK47, reliable and trustworthy!
Thank you so much!!!
I JUST LOVE YOU
AMAZING!!!
Thanks!
Hi! I'm confused about the calcium topic. My teacher told us that actually, it is not the inositol triphosphate who allows the calcium channels to open but the calcium itself. She said that inositol triphosphate helps the cannels to remain open but it is the increase of calcium at the citoplasm who makes the channels open. So then... where this calcium that allows the calcium channels of the ER to open comes from? I'm really confused if someone could solve me the question it would be great. Thank you!!
IP3 does bind to R to open, however the Ca regulates the R in a 'feed-forward' type of feedback, where at low concentrations the R remains open, but at high concentrations release is decreased as channels close, giving a bell shape style curve
james fancourt Hi! Eventually my teacher explained it to me so I could understand it. But thank you so much for your answer! I see it clear now 😊
totally nailed it
the most detailed version on youtube
Thank you sooooo much ❤❤❤
Thanks a lot
Thank you 😊
thank u ❤❤
Please explain how Rho / Rho A pathway by GPCR EFFECT ON CELLULAR PROCESSES
You are amazing, thank you.
+Claudia Leyva thanks for watching! :)
Doesn’t calcium consider a second messenger ?
it can be, but not in this specific pathway. In this pathway the 2ndary messenger is IP3
thanks .. great work ... but that wont be enough details for my teacher .. Lol
bravo
thnk u man
you dint say how pathway is terminated
good jod, my friend!
Ok
💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗
G Coupled Protein Receptors? Haha
did he really use meters as the unit of measurement of concentrarions? lmao