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Biomedical subjects

Andrew Kingsley

Publications and source records attributed to Andrew Kingsley.

6 recordsLinked to original sources

Topical antimicrobials in the control of wound bioburden.

Bacterial colonization and infection are important factors in compromised wound healing, particularly in chronic wounds. Although "best practice" for controlling these factors currently is not defined, systemic antibiotics are generally accepted as the preferred choice for treating infection, provided ischemia does not reduce their bioavailability. However, widespread use of systemic and topical antibiotics is associated with the emergence of resistant bacterial strains such as methicillin-resistant Staphylococcus aureus. Colonization of wounds presents a double problem--potentially delayed healing and a potential source for cross-contamination. The judicious use of dressings, notably those containing certain antiseptic agents, can be a valuable option to control infection and promote healing. A review of the literature underscores the importance of considering the antiseptic route as part of a concerted approach to wound management and infection control.

Acute Disease↗

Disposable cleansing wipes.

With hospital cleanliness becoming a major issue over recent months, a great many campaigns are under way to improve cleaning levels in our hospitals. This article looks at the role of disposable wipes, both for patient skin hygiene and for hard-surface cleaning and disinfection, in keeping clinical areas clean and safe for patients.

Disinfection↗

Audit of wound swab sampling: why protocols could improve practice.

Many nurses carry out wound sampling using a surface swab, to establish infection levels and determine treatment. But reliability can be compromised by a number of factors. This paper examines reasons for sampling and its limitations. It describes how an audit of secondary and primary care nurses revealed wide variations in practice, and proposes protocols to improve care.

Bacterial Infections↗

The wound infection continuum and its application to clinical practice.

Four basic conditions exist in open wounds resulting from the level of bioburden present (bacterial contamination--normal but short-lived state, colonization--normal state, critical colonization--abnormal state, and infection--abnormal state). The two abnormal states have the potential to disrupt the orderly healing sequence, which results in the development of a chronic wound. In addition, the impact of the wound s anatomical position, duration, shape, or presentation; the patient s level of health and control of underlying pathologies; the presence of infection-potentiating factors such as foreign bodies, hematoma, and necrotic tissue; the sources and frequency of exogenous contamination; the considered virulence of the individual micro-flora species; and the potential synergism between different species all require consideration. This article discusses the states of bioburden and other aspects of microbiology relating to wound infection and their application to clinical practice.

Algorithms↗

Improtec R Barrier: a mattress cover which does not break down.

Mattress cover material breakdown in the clinical setting has been a recognized problem for over 10 years. Shortly following disruption to the surface integrity, mattresses become contaminated with body fluids, which leads to bottoming-out of the foam, putting patients at increased risk of infection and pressure ulcer formation. Collaboration between manufacturers and clinicians has produced a product that should stand up to the rigours of the healthcare market, providing safety for patients and value for money as a result of extended mattress life.

Bedding and Linens↗

Wound healing and potential therapeutic options.

This paper reviews wound healing, which is divided into three main processes, inflammation, proliferation and maturation. Research in this area has led to detailed knowledge of the processes involved and to the development of new techniques to stimulate this process--cellular growth techniques and recombinant technology.

Humans↗