88 Nanomedicine One  can  hope  that  the  rate  of  suicides  might  be  greatly reduced,  with  so  much  to  look  forward  to,  and  with  new nanomedical treatments for debilitating mental states becom- ing available. Nanotechnology can also improve the overall safety of our material environment – e.g., by making possi- ble virtually crash-free, crash-safe cars and aircraft, buildings (including  houses)  that  incorporate  active  safety  devices, advanced nanomedicine for severe trauma anticipation and recovery, and the like – leading to vastly fewer deaths from accidents. Finally, genetic modifications or nanomedical aug- mentations to the human body [20] may extend healthy life spans still further, to a degree that cannot yet be accurately predicted. References 1) Freitas RA Jr; “Section 1.2.2 Volitional Normative Model of Disease,” in: Nanomedicine, Volume I: Basic Capabilities, Landes Bioscience (1999); pg. 18–20 http://www.nanomedi- cine.com/NMI/1.2.2.htm 2) de Grey, AB & Ames, BN & Andersen, JK & Bartke, A & Campisi, J &. Heward, CB & McCarter, RJ & Stock, G; “Time to talk SENS: critiquing the immutability of human aging,” in: Annals of the New York Academy of Sciences 959 (2002); pg. 452–462, 463–465 // de Grey, AD & Baynes, JW & Berd, D & Heward,  CB & Pawelec, G & Stock, G; “Is human aging still mysterious enough to be left only to scientists?” in: Bioessays 24 (2002); pg. 667–676, Bioessays 25 (2003); pg. 93–95 (discussion) // de Grey, AD; “An engineer’s approach to the development of real anti-aging medicine,” in: Sci. Aging Knowledge Environment. 2003 (2003):VP1 // de Grey, AD; “Challenging but essen-