ARTICLE
9 August 2011

Nanotechnology Sensors On The Surface Of Individual Biological Cells Will Improve The Understanding Of Cell Interaction In Medical And Pharmaceutical Research

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Nanotechnology researchers in Boston at the Center for Regenerative Therapeutics at Brigham and Women’s Hospital, known as ReGen Rx, have successfully engineered sensors onto the surface of individual biological cells using nanotechnology.
United States Food, Drugs, Healthcare, Life Sciences
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Originally published in The Nano Newswire

Nanotechnology researchers in Boston at the Center for Regenerative Therapeutics at Brigham and Women's Hospital, known as ReGen Rx, have successfully engineered sensors onto the surface of individual biological cells using nanotechnology.

The implications of this technology is limitless. To start, the technology could be used to have a greater understanding of the interaction of individual cells with each other and foreign substances, such as drugs. Previously, scientists have only been able to examine the interactions of a large number of cells in an organ to investigate what happens with drug interactions. The ability to monitor communications and signaling between individual cells will allow scientists to gain greater insight into the human body and how it works. The end result could be advances in the development of new drugs and medical diagnostics.

The technology is in its infancy, but once it starts to be used in everyday applications a wide range of issues could arise. As new diagnostic procedures and drugs are created, health insurance companies will need to evaluate and consider whether to provide coverage for these medical advances.

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