Dermoscopic prevention and improved detection of retained sutures

Dermatoscopic and Dermatopathologic Features of a 3-Year-Old Buried Polypropylene Suture

ABSTRACT

Cutaneous foreign bodies are a well-known cause of delayed wound healing and complications such as abscesses, fistula formation, and secondary infections. Polypropylene sutures are widely utilized in cutaneous surgery because they easily travel through tissues while eliciting minimal tissue reactions. Despite these advantages, retained polypropylene sutures can cause complications. The authors report a case of a retained polypropylene suture that remained buried after a total excision 3 years prior. It started to cause cutaneous symptoms when the patient began exercising 1 week prior to presentation. The authors also examine the dermatoscopic and dermatopathologic features and other complications related to retained polypropylene sutures that have been reported in the literature.

The new kid on the block in physical diagnosis? Introducing digital microscopy

Emerging microprocessor technology has revolutionized all aspects of life in the modern era. Feats previously achieved through sophisticated, cumbersome and expensive devices are currently both commonplace and feasible with convenient instruments available at low-cost. Body surface inspection can prove very challenging when seeking minute alterations of anatomy and miniature inflicting culprits. USB (universal serial bus) dermatoscopy (UD) is the most economical and widespread technique widely utilized in industry and even lay use but inadeqautely addressed in the field of medicine. This manuscript provides a preliminary exposure of UD to those unfamiliar with this technique and demonstrates its merits improving patient care. UD constitutes an ideal method to magnify, up to over 100 fold, minute detail and project images on a screen of choice, be it a laptop, tablet or standard smartphone. Clinical practice, especially in rural areas, has much to gain from a device that can expose illusive clinical detail that is imperceptible by the naked eye. The basis of the technique is described and genuine cases where it was utilized are shared. Personal experience with this technique demonstrates that employing ample magnification and thorough illumination facilitates reaching the correct diagnosis whenever physical examination of the superficial body surface is necessary. Body regions amenable for improved visualization with this method extend from scalp hair, skin and ocular structures, all the way to the anal sphincter. The objective of this paper is to familiarize physicians with the advantages of digital microscopy through numerous clinical illustrations, as: characterization and surveillance of lesions, sores, cutaneous and corneal foreign bodies, painful conditions of the nipple, hematomas retained sutures, secretions and purulent lesions. This introduction is hoped to arouse enthusiasm towards digital microscopy and encourage its adoption into routine practice.

Open Microcomedone Extraction Facilitated by Polarized Dermoscopy

Microcomedonal lesions can be aesthetically and psychologically displeasing. The burden of comedones increases when considering their frequency and demand for time-consuming attention. The objective of the current study was to describe a novel technique to facilitate open microcomedone extraction. The instrumentation used includes smartphone photography with dermatoscopy. The dermatoscope is an effective tool for diagnosing a broad range of dermatologic conditions. The polarized dermatoscope can facilitate execution of cutaneous procedures whenever magnification and optimal illumination are necessary. Its connection to a smartphone with a unique adapter enabled single-handed examination of microcomedones. Under magnification with this unit, the involved lesions are photographed to clearly demonstrate the condition and achieve informed consent. The complete procedure can be recorded on video for documentation. In this case, four separate lesions of the left auricle of a young man were treated using direct pressure extraction. The procedure undertaken was rapid, convenient, and completed without any adverse sequelae. This procedure is recommended for similar cases using the dermatoscope, which does not require additional specific training and is readily available at no extra cost. This technique could be used in various dermatologic conditions.

"Seeing Is Believing": Dermatoscope Facilitated Breast Examination of the Breastfeeding Woman with Nipple Pain

BACKGROUND

It is well recognized that breastmilk provides optimal nutrition and immunological protection for infants. Many women, however, experience nipple pain while breastfeeding, leading to premature cessation of nursing. To overcome these difficulties, timely diagnosis is crucial to effectively treat the underlying pathology and permit resumption of breastfeeding. Examination of the superficial breast plays a key role in accurate diagnosis. Traditional direct inspection is clearly inadequate for this task.

MATERIALS AND METHODS

The dermatoscope is a useful tool, enlarging and illuminating an area of epidermis to obtain an optimal image. Improvements in dermoscopy involving polarization obviate the need for full contact with the examined surface, thereby providing anatomical detail in three dimensions.

RESULTS

A novel practice presented in this article features clinical cases introducing this technique as it is applied to the lactating breast, conclusively distinguishing normal from abnormal and illustrating the efficacy and added diagnostic value of this approach. The dermoscope is shown to facilitate identification of the causes of nipple pain ranging from asymptomatic candidal infection to exquisitely painful, minute traumatic erosions, aiding, thereby, in diagnosis of the underlying causes of nursing difficulties. Improved wound surveillance and standardization for purposes of research documentation are additional benefits anticipated with the use of breast dermoscopy.

CONCLUSIONS

We conclude that real-time, high-quality, magnified imaging of the lactating breast represents a recognizable advance in pursuit of a rapid and accurate technique that aids in the identification of the factors responsible for lesions affecting nursing women. Moreover, it features an already existing technology requiring little training at a reasonable cost.