I'm wondering, if we can make some kind of organic polymer, with a backbone, holding some kind of base capable of making H-bonds with the major groove of DNA base pair in one side of the alpha carbom, and some organic groups akin to those used in organic electronics in another, such that for different base-pair, these organo-electronic group will conduct slightly different voltage. In such a case, we can actually retirve information from DNA regularly. We might be able to address each base-pair just like each memory cell is addressed in RAM. The long polymer wrapped around DNA might slow down DNA degradation even further.
Your videos are awesome and definitely have a lot of potential! You've got the voice and enthusiasm for it! If you want to get more mainstream, I'd suggest adding visuals throughout (people love pictures), and cutting out any awkward bits. Pauses between sentences, etc... Watch any other engineering/science youtuber and notice how many splits there are throughout the video. Anyways, good work! You've earned yourself a subscriber!
I actually kinda liked the fluidity of the video, without the editing. Gives the video a bit of a charm. But yeah, I have to agree that to appease a larger audience, a more standard format is required, and I would love to see this channel grow. Subscribed as well!
Thanks for this great summary of our paper!
0:43 a nucleotide pair encodes 1 of 4 states so it's actually log2(4) = 2 bits of information
Thanks for calling it out. I was about to say that.
Deoxyribonucleic acid for the deoxyribonucleic acid god!
Also, I love that they used DNA as data storage for Apollo in Horizon Zero Dawn.
I'm wondering, if we can make some kind of organic polymer, with a backbone, holding some kind of base capable of making H-bonds with the major groove of DNA base pair in one side of the alpha carbom, and some organic groups akin to those used in organic electronics in another, such that for different base-pair, these organo-electronic group will conduct slightly different voltage. In such a case, we can actually retirve information from DNA regularly. We might be able to address each base-pair just like each memory cell is addressed in RAM. The long polymer wrapped around DNA might slow down DNA degradation even further.
Your videos are awesome and definitely have a lot of potential! You've got the voice and enthusiasm for it! If you want to get more mainstream, I'd suggest adding visuals throughout (people love pictures), and cutting out any awkward bits. Pauses between sentences, etc... Watch any other engineering/science youtuber and notice how many splits there are throughout the video. Anyways, good work! You've earned yourself a subscriber!
I actually kinda liked the fluidity of the video, without the editing. Gives the video a bit of a charm.
But yeah, I have to agree that to appease a larger audience, a more standard format is required, and I would love to see this channel grow. Subscribed as well!
@@somerandompersonintheinternet Yeah. I guess it really depends on her intentions with the channel.