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also, leaving aside all the ethical issues at play, you'd also have to find a way to reattach all the nerves as closely as you can, which just isn't possible with our current technology— not just because of the rejoining of nerves, but because you also need to know which nerves go where in both sides
it's a logistical nightmare
Humans aren’t like the Mi-gos from Yuggoth - we can’t just carry around brains in jars... at least not yet.
In 1959, Soviet scientist Vladimir Demikhov conducted a controversial experiment in which he attached the head of a small dog to the body of a larger one. Without delving into the ethical implications or the horrifying nature of such procedures, the longest survival recorded for one of these two-headed dogs was 29 days
All of the brains are defective.
the medical world is trying to get there.
the issue: too many connections to be made, and too thin
for the heart, there are let's say:
- 5 main arteries, big
- about 20ish smaller connection points
- other things that doctors can see
for the brain, there are:
- thousands of micro connections to be made, as veins
- thousands of less than micro connections for the nerve system
- membrane of the brain must be in a good condition and re-sealed
- absolutely no damage done to the brain while being transplanted and oxygen flow undisturbed
as soon as we can solve that, we can try
there's different types of memory, and I don't mean like long term and short term.
the cells carry a "hardware ID" so to say for your DNA: even when you do an organ transplant from a relative, so someone who shares some of your own blood and DNA, for a lot of time after the procedure you must get medication to suppress the immune system from attacking the transplanted organ
the cells also carry a "location" memory, this is a recent discovery done by researching how to re-start growing of limbs or teeth, and it was found that cells sort of know where they are or should be in your body, based on various chemical levels
however, after a lot of cases of vital organ transplants, it was discovered that the recipients of the organs started to develop certain cravings for food or drinks, based on the preferences of the donor, that's why it was speculated that larger organs also share some of the "general memory", but this could be not a memory per-se, but a chemical craving, so to speak
so, we don't know yet, the research is ongoing.
unfortunately, without real experiments, theory and computer simulations only get you so far
we need actual test data from actual trials and procedures in order to level up our medicine tech