This video was created by Pallas Chou and Harrison Ngue (myself) for Chemistry 27, an organic chemistry course at Harvard University, so some of the topics covered are more advanced than my previous videos. A HUGE thank you to Pallas Chou for making this video with me, this wouldn't have been possible without her. I'm back! Primo Science has officially changed to Powerhouse of the Cell, and I'm looking forward to this new era with all of you. For those of you who want to see more animated biology and chemistry, check out my Twitter: twitter.com/Powerhouse_YT/status/1504520527867637760. I will be posting more GIFs there! To stay updated with this channel, subscribe! My next video will be about *CRISPR-Cas9* and will be released soon, so turn on notifications if you want to be one of the first to see it :)
Thanks for your comment and support, it's really appreciated! Having active and engaged viewers always motivates me to continue making more videos, so please share with others! :)
@@PowerhouseCell If nature prefers to use esters with sulphur in them, why not go a step further and use esters with selenium in them? Thanks in advance.
Super glad to see you are still making content! Keep it up! Organic chemistry was probably my least favorite part of chemistry, but the way you tried to rediscover ideas based on simple principles is something I wish I saw more of when I learned it.
I have no words. I am just so completely overwhelmed with joy to see that this channel put out a new video! I'm so excited about this new direction! You have no idea how joyous it is to have this perspective back in my timeline! I'll probably comment again once I've processed this video more fully. What a truly beautiful day.
Thanks!! I can't believe it's already been 2 years since we both started our UA-cam journeys. I had been longing to get back and I'm glad I finally had the opportunity to do so. This was definitely the most challenging animation I've tried so far so I hope you all like it. I can't wait also to see you post again hopefully soon :)
Thanks for the crystal-clear animation! It's so interesting to understand cell biology at the organic chemistry (mechanisms) level :) Hope to see more of these!
My organic chem is a little rusty but the animations made everything clear and I really did learn a whole bunch. Amazing to see such advanced bio/chem content explained so nicely. Trying to do the same on my channel with a bit more of a philosophical twist 😅. Great great video, looking forward to more!
Really appreciate it! We really tried to make this advanced topic accessible to many people who have at least a foundational understanding of chemistry and organic chemistry, and we're glad that we're achieving that :)
Thanks for your kind words! The best way you can help is to just share my videos with your friends and colleagues- growth is always slow for smaller UA-camrs, but every view counts! :)
I spent hours researching this ccontent and reading papers just a week ago lol. To see it summarised in such a well put together and concise video is amazing
Extremely great video!!! Thank you powerhouse for making this! 😇 I am scientific researcher studying mFAS, type I PKSs, and NRPSs, especially focusing on structural determination of these megaenzymes. I am inspired by your art work here which convey the complicated scientific ideas into easy-to-understand animations!
Thank you for making many videos! I love how you make animations and explanations. Even i dont major this kinda thing, I could fully understand if i just search some words! Appreciate as a Korean highschool student
As we stated in the description, we created this video as a resource for Chemistry 27: Organic Chemistry of Life , which is a class at Harvard University taught by Professor Emily Balskus!
@@PowerhouseCell The last video I watched was about DNA, and waited for the next episode. Even if this wasn't the next episode, indeed, it's a comeback
I really appreciate you waiting patiently! I actually started working on Chapter 3 last June, but it was such a monster of a project that I needed to take a bit of a break from it and focus on other projects more relevant to the classes I teach. I'm hoping Chapter 3 can come out eventually!
For this particular video, there was very little manim actually! Most of it was done directly through After Effects and Premiere Pro due to limitations of Manim, which resulted in this video taking well over 200 hours to complete. Thanks for the support!
Hey, is it true that in dna every 10 amino acids there is a sulfuric bridge then in 5 amino acid then in 6 amino acid then in 5, than repeats back to 10?
Hey, thanks for the question! I'm not sure this question is related to the video, but in any sense, DNA is not composed of animo acids but instead nucleic acids. If you could clarify your question, I would be happy to try to answer!
This video was created by Pallas Chou and Harrison Ngue (myself) for Chemistry 27, an organic chemistry course at Harvard University, so some of the topics covered are more advanced than my previous videos. A HUGE thank you to Pallas Chou for making this video with me, this wouldn't have been possible without her.
I'm back! Primo Science has officially changed to Powerhouse of the Cell, and I'm looking forward to this new era with all of you. For those of you who want to see more animated biology and chemistry, check out my Twitter: twitter.com/Powerhouse_YT/status/1504520527867637760. I will be posting more GIFs there!
To stay updated with this channel, subscribe! My next video will be about *CRISPR-Cas9* and will be released soon, so turn on notifications if you want to be one of the first to see it :)
Thanksss, thanks so much for coming back, i really hope you are able to continue uploading. Keep it up people!
Thanks for your comment and support, it's really appreciated! Having active and engaged viewers always motivates me to continue making more videos, so please share with others! :)
@@PowerhouseCell If nature prefers to use esters with sulphur in them, why not go a step further and use esters with selenium in them? Thanks in advance.
Super glad to see you are still making content! Keep it up! Organic chemistry was probably my least favorite part of chemistry, but the way you tried to rediscover ideas based on simple principles is something I wish I saw more of when I learned it.
This means a lot! We really tried to get down to the core and fundamentals of each mechanism and we're super glad it helped in understanding
I have no words. I am just so completely overwhelmed with joy to see that this channel put out a new video! I'm so excited about this new direction! You have no idea how joyous it is to have this perspective back in my timeline! I'll probably comment again once I've processed this video more fully. What a truly beautiful day.
Thanks!! I can't believe it's already been 2 years since we both started our UA-cam journeys. I had been longing to get back and I'm glad I finally had the opportunity to do so. This was definitely the most challenging animation I've tried so far so I hope you all like it. I can't wait also to see you post again hopefully soon :)
These videos really transmit to me the passion for biology and chemistry. Love it!
That’s the goal! Thanks for watching :)
Thanks for the crystal-clear animation! It's so interesting to understand cell biology at the organic chemistry (mechanisms) level :) Hope to see more of these!
Awesome! I love the amount of depth this vid goes into, you don’t get such high quality specific information often on youtube!
I appreciate your support! I always aim to balance simplicity and detail in all my videos and I'm glad we were able to strike that balance well :)
Wow! This is serious work animating. Very cool!
Thank you!
My organic chem is a little rusty but the animations made everything clear and I really did learn a whole bunch. Amazing to see such advanced bio/chem content explained so nicely. Trying to do the same on my channel with a bit more of a philosophical twist 😅. Great great video, looking forward to more!
Really appreciate it! We really tried to make this advanced topic accessible to many people who have at least a foundational understanding of chemistry and organic chemistry, and we're glad that we're achieving that :)
What an amazing video!! Always blown away by Harrison and Pallas ❤️❤️
Thanks for your support ❤️ Good luck on the exam!!
By the way, would you make this kind of animations in the future? Can't wait to watch more of these.
Truly fascinating video. I wish your videos got more views because there seems to be a lot of work that went into it. Beautiful animations.
Thanks for your kind words! The best way you can help is to just share my videos with your friends and colleagues- growth is always slow for smaller UA-camrs, but every view counts! :)
I spent hours researching this ccontent and reading papers just a week ago lol. To see it summarised in such a well put together and concise video is amazing
Super glad you liked it! Feel free to share with one or two of your colleagues- we'd love to help out more people like you :)
@@PowerhouseCell I most definitely will, have loved all of your videos so far! :)
This is amazing! Great job, can't wait for more videos!
Thanks! More videos to come :D
Extremely great video!!! Thank you powerhouse for making this! 😇
I am scientific researcher studying mFAS, type I PKSs, and NRPSs, especially focusing on structural determination of these megaenzymes. I am inspired by your art work here which convey the complicated scientific ideas into easy-to-understand animations!
That’s so cool! Best of luck with your research, and I’m glad you enjoy this video. Hopefully more to come! :)
Thank you so much! This made so much more sense than three of my lectures combined
You're welcome, really glad it helped! Out of curiosity, how did you find this video?
@@PowerhouseCell I just looked up videos on PKS
yay glad to see you have a new video!
Thank you!! Glad to be back :)
Thank you for making many videos!
I love how you make animations and explanations. Even i dont major this kinda thing, I could fully understand if i just search some words! Appreciate as a Korean highschool student
You're welcome! It makes me really happy that these animations are helping you, thanks for leaving this comment 💛
Very well explained excellent❤
Chem 27?
Awesome adaptation of wisdom I never really could imagine
Glad you enjoyed!
@@PowerhouseCell what is chem 27 you are referring too?
As we stated in the description, we created this video as a resource for Chemistry 27: Organic Chemistry of Life , which is a class at Harvard University taught by Professor Emily Balskus!
Thank you so much. It finally makes sense 😊
I'm thrilled to hear that the video was helpful for you! If you have any more questions, feel free to ask :)
amazing video. i hope u will keep making more
Thank you! A lot of effort is put into both the animations and teaching style, so really glad you enjoyed :)
So clear! tq
it's a comeback.
Thanks for being a long-time supporter!
@@PowerhouseCell The last video I watched was about DNA, and waited for the next episode. Even if this wasn't the next episode, indeed, it's a comeback
I really appreciate you waiting patiently! I actually started working on Chapter 3 last June, but it was such a monster of a project that I needed to take a bit of a break from it and focus on other projects more relevant to the classes I teach. I'm hoping Chapter 3 can come out eventually!
@@PowerhouseCell Waiting for it!
Where was after effects utilized as opposed to manim and chanim? Just curious what limitations I'd find in using manim for something like this
For this particular video, there was very little manim actually! Most of it was done directly through After Effects and Premiere Pro due to limitations of Manim, which resulted in this video taking well over 200 hours to complete. Thanks for the support!
Hey, is it true that in dna every 10 amino acids there is a sulfuric bridge then in 5 amino acid then in 6 amino acid then in 5, than repeats back to 10?
Hey, thanks for the question! I'm not sure this question is related to the video, but in any sense, DNA is not composed of animo acids but instead nucleic acids. If you could clarify your question, I would be happy to try to answer!