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Home > Press > Nanotools Designed for Surgical Recovery: Recent work published by Professor David Smith’s research group has reported new nano-systems which may eventually help patients recovering from surgery

Abstract:
There is no doubt that the skill of surgeons plays a remarkable role in transforming the lives of hospital patients - from seriously injured victims of road traffic accidents to the recipients of heart and lung transplants. However, without the use of a range of different chemical drugs, surgeons would not be able to operate. One important drug is heparin, which thins the blood and allows surgeons to operate without clotting taking place. However, once surgery is finished, it is essential to remove the heparin and allow clotting to occur so the patient can recover. This is currently done by giving the patient a second drug, protamine. However, because protamine is a natural product arising from shellfish, some patients exhibit serious allergic responses.

Nanotools Designed for Surgical Recovery: Recent work published by Professor David Smith’s research group has reported new nano-systems which may eventually help patients recovering from surgery

Heslington, UK | Posted on April 26th, 2011

In their recent work, published in Angewandte Chemie, the Smith group have developed synthetic molecules which are capable of binding heparin. These molecules are designed to self-assemble into nanometre-sized structures with similar dimensions to protamine and containing multiple heparin binding units. It was shown that these nanosystems could bind to heparin just as effectively as protamine. ‘Clearly there is lots of fundamental work still to be done before clinical application,' says Smith, ‘but we hope that this approach may eventually yield biocompatible and degradable heparin binders, which will help surgical recovery without any of the side effects which can be caused by protamine'.

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Contacts:
Department of Chemistry
University of York, Heslington, York, YO10 5DD, UK
Tel: work 44 01904 322511
Fax: fax 44 01904 322516

Copyright © University of York

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