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Doesn't sound like getting them into every cell in the body would be easy. If delivering a package with genes into every cell in the body was easy, viruses woul
by vintermann 2y ago
Doesn't sound like getting them into every cell in the body would be easy. If delivering a package with genes into every cell in the body was easy, viruses would be happy, figuratively speaking.
I just mapped mine, for what it's worth. A bit odd to have the whole 16000-something base pairs stored on my computer.
- devmor 2y agoWe already have mitoviruses, it stands to reason they they might adapt to infect mitochondria that are being delivered to cells.
- blacksmith_tb 2y agoWe haven't found any mitoviruses in animals, yet, at least? 1: https://virology.ws/2019/03/28/viruses-that-infect-mitochondria/ https://virology.ws/2019/03/28/viruses-that-infect-mitochond...
- devmor 2y agoWe have viruses in animals that reproduce using the mitochondria already, but don’t exclusively target the mitochondria. I believed these were categorized as mitoviruses but I was mistaken.
- eecc 2y agoHow did you get that (and what guarantees on data privacy?) I’d be very interested
- vintermann 2y agoI used family tree dna. Not really much in the way of guarantees on data privacy as you'd expect (at least not from a software developer's perspective), but I figure it's challenging enough to abuse knowledge of my exact mitochondrial haplogroup, that if someone can do that, they can do worse anyway.
- gsf_emergency_2 2y ago>Doesn't sound like getting them into every cell would be easy >Viruses would be happy As a programmer, I sometimes wondered at the value proposition of certain antiviral drugs, especially the ones that interfere with replication. https://en.wikipedia.org/wiki/Antiviral_drug#Reverse_transcription https://en.wikipedia.org/wiki/Antiviral_drug#Reverse_transcr...