Health monitors and immunity nanobots

Implanted health monitor controlling nanobots in bloodstream used to help cure all diseases and help mitigate damage from any non-lethal injury as well as helping to heal it faster.

Diseases and small wounds

Nanobots in the bloodstream are controlled by the central unit in the lower back. The controller is processing all data sent by the nanobots and gives commands to them. This enables nanobots to cure any disease by carrying antibodies from the central unit, destroy cancerous cells and even close the relatively small wounds.

Major wounds

Bots help the host to seal the wounds as to not bleed out even from the large wounds. In case of an amputated limb, bots help with attachment and control of the prosthetic. Nanobots help with healing of the wounds, but the specialized doctor is still necessary.

Gravity

Thanks to the nanobots, Humans are able to withstand high-g maneuvers and conditions up to 10G. At the same time, the nanobots help to eliminate damage from low or zero-g. Thanks to this, the interstellar voyages with a long time in zero-g are merely uncomfortable, not damaging to health.

Inventor(s)

Invented on the Phobos University.

Access & Availability

Generally accessible, but rather expensive, starting at 80.000 cr on inner planets of Solaris with the price sometimes climbing up to 120.000 cr or even 150.000 cr in the less civilized parts of the Commonwealth space.

Thanks to technological development in the last century, children can be implanted with a second-hand monitor and, although with some difficulties, survive. This development has also lead to the creation of a massive black market with these life-saving devices. The positive side is that a second-hand monitor can be bought for about a tenth of the price of a new one, the negative side is that pirates sometimes kill people to steal their to resell them.