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The Ideal Gene Delivery Vector: Chromallocytes, Cell Repair Nanorobots for Chromosome Replacement Therapy

June 18, 2007

The ultimate goal of nanomedicine is to perform nanorobotic therapeutic procedures on specified individual cells comprising the human body.  This paper reports the first theoretical scaling analysis and mission design for a cell repair nanorobot.  One conceptually simple form of basic cell repair is chromosome replacement therapy (CRT), in which the entire chromatin content of the nucleus in a living cell is extracted and promptly replaced with a new set of prefabricated chromosomes which have been artificially manufactured as defect-free copies of the originals.

Read the entire article at Journal of Evolution and Technology.

See also the “Singularity Warfare: A Bibliometric Survey of Militarized Transhumanism

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