You all prolly dont give a shit but does anybody know a method to log back into an Instagram account? I was dumb forgot my password. I would appreciate any tricks you can offer me!
I am also intrigued by certain issues. 1. Must every amino acid present in a protein participate in bonding during the Protein folding process? 2. What is the process of breaking up protein to small clusters to aid computation?
A helpful breakdown of protein structures, thank you! A video on enzymes (types, kinetics, cofactors, etc) would fit in with the protein and hemoglobin videos. You'd get my view/upvote!
I need a topic about from gene to hero. Since it's going to hard to understand neural cells functions att all by just experiment. They have to be virtually simulated!
Your framework of 4 levels of organization is confusing. There are signals that suggest the 4 levels are progressive stages every protein goes through --- that all proteins progress through all 4 stages. Yet there are other indications that you're saying they are distinct categories of organization, and any given protein falls into one of the 4. One factor that creates this confusion is that you include the first level as one of the 4. So, if your point is that these are 4 distinct categories of organization, and any given protein falls into one of the 4, then you're confusing the issue by including the first category --- the chain. Because, as I understand it, ALL proteins begin as a chain that is then folded. So the first category --- the chain --- should not be included as a category of organization. You should instead say that all proteins begin as a polypeptide chain, and then fall into one of these 3 categories. Also, the fact that you call them "levels of organization" is confusing. Saying they are levels of organization, and including the polypeptide chain as the first level, suggests that all proteins progress through the 4 levels. This is because, again, all proteins begin as a polypeptide chain, and then fold. So if the polypeptide chain is the first category, and ALL proteins begin at that stage, then it's suggesting that they all then continue through the next 3 stages, ending at stage 4. Can you explain what you mean?
Wow did my brain get a whole lot of information overload. I was looking to learn how to fold panties. I accidentally messed up my step sisters undies drawer. I can't get em to look like the other ones in the drawer. You know what?.tmi. sry
@ Neural Academy, there is a mistake at 2:06. The Carboxyl end is the partially negative end and the amino end is partially positive.
correct, I did not notice that.
this was everything I needed! love your presentation style, would love to see one on glycolysis!
You all prolly dont give a shit but does anybody know a method to log back into an Instagram account?
I was dumb forgot my password. I would appreciate any tricks you can offer me!
@Alfredo Major instablaster :)
only video that explained protein folding well!! thank you so much!!
the amino terminus has a positive polirary and the carboxyl terminus has negative polarity
Yes, this was confusing me in the video.
So the end polarity is basically flipped?
why is this so?
i am confused too
Thank you, this is helpful for a investment in protien engineering. Once AI takes over it is my hope that its used for good not evil.
I am also intrigued by certain issues.
1. Must every amino acid present in a protein participate in bonding during the Protein folding process?
2. What is the process of breaking up protein to small clusters to aid computation?
Thank you very much, you probably get loads of gratefulness, but you helped me a lot as well.
@Neural Academy Is protein solubility directly proportional to protein folding ?
A helpful breakdown of protein structures, thank you! A video on enzymes (types, kinetics, cofactors, etc) would fit in with the protein and hemoglobin videos. You'd get my view/upvote!
I'm so glad you found my video helpful!! ^_^ I've jotted down the topic and will make a video on it very soon :-)
1 week to put it together! Way to go, thank you again for helping improve understanding of these complicated topics!@@NeuralAcademy
@@hughgeary7356 No problem :-) I'll be putting up part two, which will be discussing everything else, in about 3-4 weeks I expect.
there is a mistake at 2:06. The Carboxyl end is the partially negative end and the amino end is partially positive.
27
Good info. Ty
excellent concise explanation
Can you please make a video showing how prions interfere with protein folding?
Interesting!
That’s awesome buddy 👍🏻
you're amazing
Thank you so much!
I have no idea what I just watched.
I came to watch this because I read a book on chemical physics
Współczuje otoczeniu
This requires at least college level gen chem to really understand fully.
@@musashimiyamoto9035I’m still 15 years old and study these things💀
Nice communication skills.
Thanks for the help!
I tried figuring out what "Folding at Home" is making my computer do. I still don't understand but I sure hope it helps!
Very very useful
I need a topic about from gene to hero. Since it's going to hard to understand neural cells functions att all by just experiment. They have to be virtually simulated!
Your framework of 4 levels of organization is confusing. There are signals that suggest the 4 levels are progressive stages every protein goes through --- that all proteins progress through all 4 stages.
Yet there are other indications that you're saying they are distinct categories of organization, and any given protein falls into one of the 4.
One factor that creates this confusion is that you include the first level as one of the 4. So, if your point is that these are 4 distinct categories of organization, and any given protein falls into one of the 4, then you're confusing the issue by including the first category --- the chain. Because, as I understand it, ALL proteins begin as a chain that is then folded. So the first category --- the chain --- should not be included as a category of organization. You should instead say that all proteins begin as a polypeptide chain, and then fall into one of these 3 categories.
Also, the fact that you call them "levels of organization" is confusing. Saying they are levels of organization, and including the polypeptide chain as the first level, suggests that all proteins progress through the 4 levels. This is because, again, all proteins begin as a polypeptide chain, and then fold. So if the polypeptide chain is the first category, and ALL proteins begin at that stage, then it's suggesting that they all then continue through the next 3 stages, ending at stage 4.
Can you explain what you mean?
Wow did my brain get a whole lot of information overload. I was looking to learn how to fold panties. I accidentally messed up my step sisters undies drawer. I can't get em to look like the other ones in the drawer. You know what?.tmi. sry
I understood only a little
who is here after learning about alphafold 2?
Me
pain.
؟؟؟؟؟؟؟
there are more than 20 amino-acids, just saying 🤷♂️🤷♂️
people need wake up. God is real
Its just the perfect idea. To say it is "real" is about as useful as saying "existence exists"