Top 5 transhumanist technologies in biotechnology that you didnt know

Transhumanism is a way of thinking about the future that is based on the premise that the human species in its current form does not represent the end of our development but rather a comparatively early phase.Transhumanism is a loosely defined movement that has developed gradually over the past two decades. Biotech has been associated with transhumanism for a long time now. Here are 5 transhumanist technologies in biotech that you can check out:

1.RNA Interference

Gene therapy helps in replacing bad genes with good genes, and RNA interference can knock out gene expression. Together, they give us an unprecedented ability to manipulate our own genetic code. By knocking out genes that code for certain metabolic proteins, scientists are able to make mice that stay slim no matter how much junk food they eat.
Gene therapy is exciting because it is just the beginning. No scientist has yet performed gene therapy on germline cells due to the ethical controversy of producing genetic changes that are heritable, but, as with many of these things, it’s only a matter of time. Regulations in any given country will only be capable of slowing the overall progress of the field by a few years at most.

2. Mind uploading

It is referred as nonbiological intelligence, that centers around the controversial proposition that cognitive processing can be implemented on substrates other than our current neurons. Considering decades of successful results in neurophysiology, and the recent construction of the world’s first brain prosthesis which is an artificial copy of the hippocampus. It appears that our minds are defined more by the information pattern they embody than the particular hardware they are implemented on.
The brain can’t tell if it’s made out of traditional meat, or accelerated biological neurons, or entirely nonbiological neuron-equivalents: the computation is the same.If synthetic brains are possible, then there’s nothing stopping such persons from inhabiting computer networks  and not indirectly, sitting in chairs as we currently do, but directly, engaging in computer worlds as a sentient program of tremendous complexity. With molecular manufacturing on hand, reversing the process would be as simple as printing out a hundred or so kilograms of flesh and bone again, complete with memories from the networked experience.

3. Molecular nanotechnology

Molecular nanotechnology uses massive arrays of nanometer-scale actuators that manufactures macroscale products with atomic precision. This concept is known as the nanofactory. In practical terms, the creation of nanofactories would mean that practically everything could be made out of diamond, motors would become so powerful that a cubic centimeter would provide enough torque to propel a car, medical nanodevices could heal wounds and repair organs without the need for surgery, and air-suspended nanodevices  could be configured to simulate practically any desired object on demand.

4. Cryonics

Cryonics is the high-fidelity preservation of the human body, and the brain, after what we would call death, in anticipation of possible future revival. Cryonics is an important transhumanist technology not only because it is already available today, but because the technology is relatively mature  we can reliably stop cells from decaying. In vitrification, the brain is not frozen in the conventional manner but with a cryoprotectant (antifreeze) mixture, which effectively prevents the formation of crystals, causing the water to freeze smoothly, like glass.Maintenance of a cryo-patient is not difficult,it requires no electricity, but merely the replenishment of liquid nitrogen about every three weeks. As cryonics becomes more popular, this process could become automated and extremely reliable. Further improvements in dewar technology will continue to increase safety and reduce costs.

5. Cyborgization

The sophistication of biotechnology and the availability of better materials and precision manufacturing will let us make systems so small and effective that even everyday people elect to implant them.
These cybernetic systems will greatly improve our everyday experience, from letting us hear a wider range of ambient sounds, to viewing millions of stars rather than just a few thousand, to making us more resistant to accidents. They will improve the overall economy by enabling us do more work in less time for better pay. In the long term, enhanced humans may get a bigger portion of the economic pie than un-augmented humans, but the pie itself will become so much larger than even the poorest humans of tomorrow will be better off than the wealthiest of today.

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