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Anonymous at Sat, 23 Nov 2024 23:05:37 UTC No. 16490964
Why don't we just alter human's to read and write DNA in nucleotide groups greater than 3?
Mutations would be massively reduced with this one simple trick. You almost never see cancer.
Anonymous at Sun, 24 Nov 2024 00:40:25 UTC No. 16491061
>>16490964
Even if we could do that, how exactly do you plan on replacing all cells within a body with these new cells?
Anonymous at Sun, 24 Nov 2024 00:45:15 UTC No. 16491068
>>16491061
with a lot of very small instruments
Anonymous at Sun, 24 Nov 2024 03:59:23 UTC No. 16491258
>>16490964
what exactly do you think even causes mutations?
Anonymous at Mon, 25 Nov 2024 08:39:36 UTC No. 16492595
>>16491068
How will these small instruments deal with old, regular cells dividing as you replace them?
Anonymous at Mon, 25 Nov 2024 09:39:45 UTC No. 16492633
>>16491061
Humans start off as two cells so that seems like the easiest place
Anonymous at Mon, 25 Nov 2024 10:11:57 UTC No. 16492648
An additional nucleoid change could generate cells built differently than the current human DNA, in doing one must consider how the structure of that said DNA can make cells that can adapt to its environment and be sensible to "human" traits. with regards to humanity the said mutated organism can react predatory to humans or other creature like animals. but this can be applied to different sectors of the cancer cure, treatment and more so boost immune systems. the treatment can lead to cancer being bearable and bring a cancer patient to thrive in life. we can also apply this to other sicknesses like polio and more.
Good luck anon.......
Anonymous at Mon, 25 Nov 2024 10:59:03 UTC No. 16492669
>>16490964
How would introducing more failure points lead to lower failure rate? Are you retarded? What word do you think is less likely to make a typo in, one with more or less letters? Codons have exactly 3 nucleotides because that's the smallest amount required to encode all existing proteins.