Minimizing the Risk of Wrong-site Dermatologic Surgery: The Five "I"s Process.

Abstract

INTRODUCTION Wrong-site surgery remains a problem in surgery despite the WHO surgical checklist,1 reported as one per 100,000.2 The current process is nonspecific and does not form part of the process management.2 NHS England reports that 27.4% of general surgical never events were related to wrong skin condition surgery.3 Within dermatologic surgery, this impacts skin lesions, assessed by one practitioner and excised by another, and is accentuated by the high-volume nature of these clinics. Anatomic risk factors include misperception of patient orientation or poorly visualized areas, for example, back, head, and neck. Patient risk factors include multiple lesions at a similar site or communication issues, for example, mental capacity or mental/ physical disabilities. Therefore, there is a need to refine the process. TECHNIQUE Here, we propose a simple five-step process, deemed the five I’s process, for all skin lesions: Ink—mark the patient preoperatively with the intended incision Image—use secure photography or the patient’s smartphone4 Inject local anesthetic along the markings Incise along the markings Illustrate the surgery graphically These principles also draw relevance to other surgical domains, for example, illustrating procedures with limited visualization, such as complex head and neck reconstruction, or marking a donor site for tendon reconstruction. Ink When consenting a patient, the incision should be marked. In skin cancer excision, marking an adequate margin of uninvolved skin often leaves a bigger defect than the patient anticipates. This also helps the surgeon plan a suitable reconstructive method. Image A photograph with a hospital-approved device or medical photography is helpful, enabling the patient to understand the surgical plan and help to provide informed consent. For reconstruction of a scalp defect, a local flap requires more extensive incisions resulting in a larger postoperative wound but is likely to be more aesthetic in the long term. However, a patient may prefer coverage with a skin graft despite a contour defect and no hair growth from the grafted area for a simpler wound. Consent must be taken beforehand to ensure patient privacy and data protection compliance. Photographs should be securely stored and accessed via a centralized system, which most centers have. The UK has no restrictions for photography using a patient’s phone; however, this practice varies from country to country. Inject The first pause in the WHO checklist is to avoid wrong-site injections. Local anesthetic should be infiltrated along the inked lines. Preoperative markings of local flaps/sites for skin grafts help anticipate the type and volume of local anesthetic required. Incise The second surgical pause of the WHO checklist is incise. Then, the skin should be cut along the marked lines. Illustrate An illustration drawn on the operation note clarifies the exact surgical site and reconstruction method. This documentation should be uploaded to a centralized system or be available during follow-up to aid continuity of care, particularly if done by another physician or by virtual means. CONCLUSION The five I’s process is a memorable method to supplement the WHO checklist and minimizes miscommunication between patients and surgeons, and therefore, wrong-site surgery (Fig. 1). (See Video [online], which displays the five I’s process in the preoperative management of a patient.)Fig. 1.: This figure details the five I’s process. {"href":"Single Video Player","role":"media-player-id","content-type":"play-in-place","position":"float","orientation":"portrait","label":"Video 1.","caption":"This video displays the Five I’s in the preoperative management of a patient.","object-id":[{"pub-id-type":"doi","id":""},{"pub-id-type":"other","content-type":"media-stream-id","id":"1_4thb82k2"},{"pub-id-type":"other","content-type":"media-source","id":"Kaltura"}]}