Cell Level Reconstruction

This procedure was a medical advancement done with a partnership between John Hopkins Research Center and an anonymous Venezuelan investor in the healing properties of stems cells starting in 2025. The original goal of the research was to see what were the right conditions to turn stem cells into full pieces of organs. Thanks to the large amount of funds from the anonymous investor, and then later on government funding in the United States, this technology was developed to a point where testing on human subjects was approved in 2068. By 2075, doctors could pull out stem cells from a person to change them into skeletal pieces or sections of organs.
As the years have continued, the procedure has been able to make more complex parts of organs by tapping an individual's stem cell and help to recreate significant pieces of organs, bones and muscle that were lost due to accidents or surgical removals. This is only used when the body would not naturally heal and repair a portion or piece for the body. Medical ethic communities have made it standard to not use these technologies for either enhancement of perfectly healthy human organs and tissues, or for the replacement of organs that have been injured by most cancers.

Utility

Used specifically for the growth of new organic tissue for an individual to repair or replace an organ piece, bone part or muscle mass.

Manufacturing

To create organic tissue, the patient who shall be receiving it has to give a sample with adult stem cells. The quickest places to find it is within the spine for adults or in the thigh for children under the age of 16. Once those cells are retrieved, the lab then puts the stem cells in the proper calibrated container that will stimulate the cell to grow the mass that they need.

Access & Availability

The majority of health centers and hospitals around the world have access to Cell Level Reconstruction technology, including most modern corporate nations.

Complexity

Cell Level Reconstruction procedures do require a dedicated lab to help with synthetic nutrients and hormones application to the stem cells once received from the patient, as well space for the growth of the necessary replacement tissues in special calibrated containers.