I mean all we need now is to find out how to make a prion that forms TDPs so we can glue it to the outside of COVID-19 in some twisted gain of function research.
This is such a sad exemplar of where we've gone as a technological society. Thirty years ago, you could have suggested releasing a virus that destroyed cancer, and people would have cheered.
I think people have just had to become a bit more realistic after having their eyes opened. Right now my imagination says that this virus might destroy cancer, but who knows what else it's going to do?
This reasoning is like the fear of a some random TESTED C++ code destroying the internet, because "it might do things that you don't expect in the long run". Well yeah... it might... but...
> imagine a protein that locks onto pieces of DNA that are only present in people of a certain race
The good news is that "race" is a social construct, not a genetic one. Very little genetic variation differentiates between groups of people, and the differences that exist do not map onto socially recognized categories of race.
Won't theoretically stop someone from discovering the genetic signature for a certain natural skin pigmentation, or slanted/smaller eyes. Sure it won't be perfect, but people who would create and use such a weapon probably wouldn't care about collateral damage.
I can certainly see it being China's final solution to the Uyghur question. They have a long history of callously and needlessly killing large swaths of their own people toward nationalistic ends, and not just under Communist rule.
There is more genetic variance within "races" than between them. Your imagination is neither necessary nor sufficient for it to be possible, let alone feasible.
I also honestly do not understand why China is the bogeyman here given that Long Island, NY was the eugenics capital of the world within living memory. Utah, the state in which I live, didn't shutter its own eugenics program until the 1960s. I'm trying to recall when China dropped nuclear ordinance on civilian populations and really failing here.
I figured it's probably a western bubble thing and sure enough most people in most countries don't view China as the obstacle to world peace. https://fullfact.org/news/america-world-peace/
China is the bogeyman here because they are the only major economic power currently running a large-scale state-sponsored genocide, unless you count Russian attempts in Ukraine. They're also one of the few nations with the scientific expertise and resources to potentially create such a virus.
And just because we haven't figure it out doesn't mean it doesn't exist. If you take a baby born to two sub-Saharan African parents and a baby born to two Northern European parents, and keep them in boxes with identical stimuli from birth, they will have drastically different skin tones. If that's not genetic, then what is it?
> the genetic signature for a certain natural skin pigmentation
Such a thing does not exist:
> Our understanding of the genetics of melanin formation and distribution within cutaneous and follicular tissues has recently greatly expanded through the power of genome-wide association studies (GWASs) using large databases such as those of the UK Biobank (22) and 23 and Me (51). This research has provided new insights into the biology of skin and hair color and underscores the highly polygenic nature of these two traits, with complex epistatic interactions apparent between the genes involved.
> People today look remarkably diverse on the outside. But how much of this diversity is genetically encoded? How deep are these differences between human groups? First, compared with many other mammalian species, humans are genetically far less diverse – a counterintuitive finding, given our large population and worldwide distribution...
> Early studies of human diversity showed that most genetic diversity was found between individuals rather than between populations or continents and that variation in human diversity is best described by geographic gradients, or clines. A wide-ranging study published in 2004 found that 87.6% percent of the total modern human genetic diversity is accounted for by the differences between individuals, and only 9.2% between continents. In general, 5%–15% of genetic variation occurs between large groups living on different continents, with the remaining majority of the variation occurring within such groups (Lewontin 1972; Jorde et al. 2000a; Hinds et al. 2005). These results show that when individuals are sampled from around the globe, the pattern seen is not a matter of discrete clusters – but rather gradients in genetic variation (gradual geographic variations in allele frequencies) that extend over the entire world. Therefore, there is no reason to assume that major genetic discontinuities exist between peoples on different continents or "races." The authors of the 2004 study say that they ‘see no reason to assume that "races" represent any units of relevance for understanding human genetic history. An exception may be genes where different selection regimes have acted in different geographical regions. However, even in those cases, the genetic discontinuities seen are generally not "racial" or continental in nature but depend on historical and cultural factors that are more local in nature’ (Serre and Pääbo 2004: 1683-1684).
It must. If you take a baby born to two sub-Saharan African parents and a baby born to two Northern European parents, and keep them in boxes with identical stimuli from birth, they will have drastically different skin tones. If that's not genetic, then what is it?
I'm not saying it wouldn't be an unbelievably complex signature, but it would be a signature nonetheless.
Naomi: FoxDie is a type of retrovirus that targets and kills only specific people. First, it infects the macrophages in the victim's body. FoxDie contains smart enzymes, created through protein engineering. They're programmed to respond to specific genetic patterns in the cells.
Snake: Those enzymes recognize the target's DNA?
Naomi: Right. They respond by becoming active, and using the macrophages, they begin creating TNF epsilon. It's a type of cytokine, a peptide which causes cells to die. The TNF epsilon is carried along the bloodstream to the heart, where they attach to the TNF receptors in the heart cells.
Snake: And then...they cause a heart attack?
Naomi: The heart cells suffer a shock and undergo an extreme apoptosis. Then... the victim dies.
This is actually super trivial with today's technology.
It's a little too late to "stop building the foundations". That's like wanting to "stop building the foundations" for the tech that allows governments to spy on civilians. We're about 20 to 30 years passed that.
