Please use this identifier to cite or link to this item: http://hdl.handle.net/123456789/1477
Title: Drug eluting sutures: A recent update
Authors: Arora A
Aggarwal G
Chander J
Maman P
Nagpal M.
Keywords: Surgical
smart sutures
ophthalmics
electrospinning
antibacterial.
Issue Date: 2019
Publisher: Open Science Publishers LLP Inc.
Abstract: The main use of surgical sutures is to assist closure and healing of trauma-induced as well as surgical wounds. This is done by upholding wound tissues together in order to facilitate the healing process. A huge variety of sutures are available for the medical purposes, e.g., bio active sutures, knot-less sutures, electronic sutures, drug-eluting sutures, anti-microbial sutures, and stem cells containing sutures. Sutures increase the capabilities to improve tissue approximation and wound healing. Sutures with drug eluting property are the advanced type of sutures being used for surgical purpose via delivery of drug to the specified area. Various new strategies develop the effectiveness of sutures to be used as physical entity to get better biologically active component which enables the delivery of various desirable drugs and cells to the affected site. Ideal modified sutures should not only retain its mechanical integrity during the healing process, but should also deliver the drugs loaded in it, in a controlled manner. These nano-structured fibers, produced by electrospinning and electrospraying techniques, offer tuneable release kinetics applicable to diverse biomedical applications. Drug eluting sutures lead to reduced surgical site infections, accelerated wound healing, reduced post-operative complications, and the most important thing is it reduces the need for supplement drugs. It will be the biggest achievement if we get the desired concentration and effect of the loaded drug in these sutures without affecting its mechanical properties. This can be achieved by enhancing/modifying the control release approaches. The current review gives updated information on recent advances in drug eluting sutures.
URI: 10.7324/JAPS.2019.90716
http://hdl.handle.net/123456789/1477
Appears in Collections:Journals

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