Special Issue on Regenerative Medicine: Unfolding the Nanoworld of Stem Cells towards a Self-Healing Potential – Introduction

Carlo Ventura
 

Abstract

Progress in understanding stem cell biology is holding promise for a novel perspective in the cure of diseases that cannot be currently approached even by the most advanced pharmacological or surgical interventions. The emerging chance for a Regenerative Medicine tailored on patient-specific unmet clinical needs may prelude to the unprecedented opportunity for a Precision Medicine.
There is now increasing evidence that cells are also governed by physical energies and that cell biology entails circadian rhythms that are fashioned at multiple interconnected levels, involving the generation of cellular electric (and most likely electromagnetic) fields, mechanical oscillations, and electromagnetic radiation (light). Biomolecular recognition patterning not only occurs through lock/key interactions but it is based upon resonance modes and synchronization of vibrational patterns at molecular and supramolecular level.

Published on: December 07, 2017
doi: 10.17756/nwj.2017-s2-004
Citation:  Ventura C. 2017. Special Issue on Regenerative Medicine: Unfolding the Nanoworld of Stem Cells towards a Self-Healing Potential – Introduction. NanoWord J 3(S2): S25.

Bitnami