Effect of 405 nm high-intensity narrow-spectrum light on osteoblast function

Richard Mcdonald; Michelle Maclean; John Anderson; Scott Macgregor; Mary Grant

Effect of 405 nm high-intensity narrow-spectrum light on osteoblast function

Richard Mcdonald, Michelle Maclean, John Anderson, Scott Macgregor, Mary Grant

Electronic And Electrical Engineering

Research output: Contribution to conference › Abstract › peer-review

38 Downloads (Pure)

Abstract

A significant portion of medical devices fail due to acquired infection, with infection rates after arthroplasty surgery between 1-4%, and considerably higher after revision surgery. To reduce the associated costs of infection, a new preventative method is required. High intensity narrow spectrum (HINS) 405 nm light is a new technology shown to have bactericidal effects on a range of medically important bacteria[1]. The effect of HINS-light on osteoblasts and bacteria were investigated to determine the potential of this technology to contribute to infection prevention
in operating theatres, during surgery and postoperative dressing changes.

Original language	English
Publication status	Published - Jun 2011
Event	XII eCells & Materials Conference on Implant Infection - Davos, Switzerland Duration: 23 Jun 2011 → 25 Jun 2011

Conference

Conference	XII eCells & Materials Conference on Implant Infection
Country	Switzerland
City	Davos
Period	23/06/11 → 25/06/11

Keywords

osteoblast function
arthroplasty surgery

Access to Document

V021supp02a59

http://ecmjournal.org/journal/supplements/vol021supp02/pdf/v021supp02a59.pdf

Cite this

@conference{0164bf2ae11d4cdcbaa4d56c3d9e7791,

title = "Effect of 405 nm high-intensity narrow-spectrum light on osteoblast function",

abstract = "A significant portion of medical devices fail due to acquired infection, with infection rates after arthroplasty surgery between 1-4%, and considerably higher after revision surgery. To reduce the associated costs of infection, a new preventative method is required. High intensity narrow spectrum (HINS) 405 nm light is a new technology shown to have bactericidal effects on a range of medically important bacteria[1]. The effect of HINS-light on osteoblasts and bacteria were investigated to determine the potential of this technology to contribute to infection prevention in operating theatres, during surgery and postoperative dressing changes.",

keywords = "osteoblast function , arthroplasty surgery ",

author = "Richard Mcdonald and Michelle Maclean and John Anderson and Scott Macgregor and Mary Grant",

year = "2011",

month = jun,

language = "English",

note = "XII eCells & Materials Conference on Implant Infection ; Conference date: 23-06-2011 Through 25-06-2011",

}

TY - CONF

T1 - Effect of 405 nm high-intensity narrow-spectrum light on osteoblast function

AU - Mcdonald, Richard

AU - Maclean, Michelle

AU - Anderson, John

AU - Macgregor, Scott

AU - Grant, Mary

PY - 2011/6

Y1 - 2011/6

N2 - A significant portion of medical devices fail due to acquired infection, with infection rates after arthroplasty surgery between 1-4%, and considerably higher after revision surgery. To reduce the associated costs of infection, a new preventative method is required. High intensity narrow spectrum (HINS) 405 nm light is a new technology shown to have bactericidal effects on a range of medically important bacteria[1]. The effect of HINS-light on osteoblasts and bacteria were investigated to determine the potential of this technology to contribute to infection prevention in operating theatres, during surgery and postoperative dressing changes.

AB - A significant portion of medical devices fail due to acquired infection, with infection rates after arthroplasty surgery between 1-4%, and considerably higher after revision surgery. To reduce the associated costs of infection, a new preventative method is required. High intensity narrow spectrum (HINS) 405 nm light is a new technology shown to have bactericidal effects on a range of medically important bacteria[1]. The effect of HINS-light on osteoblasts and bacteria were investigated to determine the potential of this technology to contribute to infection prevention in operating theatres, during surgery and postoperative dressing changes.

KW - osteoblast function

KW - arthroplasty surgery

UR - http://ecmjournal.org/journal/supplements/vol021supp02/pdf/v021supp02a59.pdf

M3 - Abstract

T2 - XII eCells & Materials Conference on Implant Infection

Y2 - 23 June 2011 through 25 June 2011

ER -