Secondary intention healing (SIH) is utilised by various surgical specialities. The formation of granulation tissue is crucial for initiating the healing process, necessitating robust support at this stage. Numerous adjunct therapies are available, with new developments aimed at treating both acute and chronic wounds undergoing SIH.
View Article and Find Full Text PDFSecondary intention healing (SIH) describes wounds healing from the base upwards, without direct closure. This starts with granulation of the wound, followed by re-epithelialisation and contraction. The surgeon and patient need to weigh up advantages and disadvantages of SIH versus other reconstruction methods.
View Article and Find Full Text PDFBackground: Dermatological surgery contributes to the large environmental impact of healthcare, but to date there are no data on the current sustainability practices, attitudes, or behaviours of UK and Republic of Ireland health professionals involved in skin surgery.
Objectives: We sought to evaluate this using a national sustainability questionnaire, organised by the British Society for Dermatological Surgery.
Methods: Over 12-weeks, a 17-item online questionnaire was distributed nationally to healthcare professionals involved in skin surgery.
Obtaining valid consent is an ethical and legal requirement in clinical practice, ensuring patients are adequately informed about their treatments. Recent updates in consent policies, including GMC guidance, the Patterson inquiry report, and key legal rulings like Montgomery, emphasise a shift towards patient-centred care and the importance of a comprehensive patient-clinician dialogue. Budget constraints and increasing NHS demand have led to the adoption of digital solutions and streamlined pathways, such as teledermatology and direct booking to surgery, potentially compromising the consent process.
View Article and Find Full Text PDFThis two-part review addresses the pressing need for environmental sustainability in dermatological surgery, driven by the NHS's commitment to net-zero emissions. Part 2 of this review extends the discussion of sustainability in dermatological surgery by focusing on system-wide changes in service delivery and identifying future opportunities for reducing environmental impact. Building on the strategies outlined in Part 1, which explored low-carbon alternatives and operational resource optimisation, Part 2 advocates for a comprehensive shift in the skin surgery service.
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