Theory 1A Addendum 4

The marker(perhaps hewn of peptides so as to avoid bodily damage, and a polar molecule to be charged, its dipole slowly drawing it toward the receptor on the cell surface, at the same rate the telomere degrades), is contained within the nucleus and rises to the cell surface to be read by the programmed device, by: its charge is opposite that of the ambient fluid, and the telomere, that it is held in limbo until one force is reduced such that it is released 1) or it is composed of materials that will react with neither substance, and rises to be recorded, by using thin strands to grasp the telomere, that once it shortens, the marker is freed, and floats about, and is drawn to the surface by the charge of its tendrils. Yet this only accounts for the blood, thus the organs and tissues are rejuvenated by sending forth a stream of macrophages into the body, to clear dead cells, or the second and more likely possibility of using cells engineered with a receptor that draws them to an antigen like structure released upon necrosis or apoptosis, attached by similar means as the marker. This cell then consumes the dead peer, then depending on the type of structure the dead cell bore i.e marrow, brain… the cell releases a second marker to its surface, from several it houses within a reprogrammed organelle, released by the type of marker it consumed reacting to the marker within itself, drawing it forth. Cycling through the body, its passage through the device releases a cell of equivalent type to that which perished, which is then guided into place by chemical signals from the implant, sending the cell through the veins, and to its location, then creating a tear much like that of some blood vessels, which are of meager size and thus allow only one cell to escape. This completed, the device waits several moments, for the cell to depart, then fuses the vein. Should the organ or tissue not require this, such a process is not initiated, and if multiple cells depart for the same location, it will allow the gap to remain open, yet this is a parlous endeavor, and thus for surface tissue to be healed and rejuvenated, a second implant is required, entrenched within the flesh, yet capable of directly impacting the skin. It sends forth a permeable membrane, that is guided by its schematics of the body garnered from a mapping prior to entry, by those implanting the device, sending a probe in the form of an engineered cell through the body, and using it to create an internal map. This guides the membrane, upon which a new layer of flesh forms, prepared to replace any damaged surface tissue by simply rising upward. This replenishes surface tissue, and a second layer beneath may be used to restore muscle and bone, or those far less swiftly accessed by veins. 

For the device to find success, it must be capable of issuing forth streams of cells sufficient to replace those slain by age, without exception, and thus the algorithm for dissemination of cells from its storage, must utilize an exact calculation of the cells not replaced by division, and account for this to retain healthy cell levels as the body ages, for as apoptosis is required for some processes, the cells become weary and incapable of holding erect the human vessel they have for so long inhabited, and thus must be replaced. This rate can be gathered by analyzing a sample, and mathematical extrapolation thereupon.

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Eternal Youth by Matthew Lane is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.