This article presents clinically focused, evidence-based summary of common wounds and alterations in tissue/skin associated with oncologic treatment, with a focus on risk factors, identification, prevention, and management of acute radiation dermatitis and chemotherapy-induced extravasation.
Chronic wounds are a common condition that affects a patient's quality of life and drives the cost of health care delivery high. Vigilant wound assessment and close monitoring using adequate and reliable methods and technology are vital to wound care management. Wound assessment, including visual evaluation of tissue and surrounding skin, and measurements are essential in developing an appropriate care plan. Usually, this visual evaluation is accomplished by photographic images, measuring guides, and depth probing. Artificial intelligence may offer ways to increase assessment accuracy, enhance treatment plans, optimize patient-clinician face time, and increase clinicians' access to improve wound care outcomes.
The Wound, Ostomy, and Continence (WOC) nurses undertake critical duties after an earthquake. These tasks include emergency triage and treatment, prevention and management of infection, prevention of organ loss, psychological support to the injured, and close cooperation and support with other health care professionals. Although WOC nurses have received advanced training in wound management in the basic training and certified training programs they receive, wound management in earthquake conditions is not a part of their training. To prevent complications and improve patient outcomes, WOC nurses need to receive training on wound management under earthquake conditions and gain experience with simulations.
This article provides a comprehensive overview of the pathophysiology, treatment methods, outpatient rehabilitation, and future directions related to burn injuries. It details the classification of burns, treatment strategies, wound care management, and rehabilitation processes. Modern approaches, such as AI-supported models and telemedicine, are highlighted in burn treatment. The article aims to present evidence-based best practices in burn care to healthcare professionals, offering insights into future research areas. Emphasis is placed on how recent innovations and technological advancements in burn management can improve patient outcomes.
Tropical diseases are no longer restricted to the tropics, and we have seen an emergency for many diseases in the United States. Increasing migration, international travel, tourism, and work visits to the tropical regions have contributed to the increase. Climate change and global warming may be causing tropical diseases and vectors to spread to areas previously spared. The last decade has shown a resurgence in tropical diseases in the United States. Many of these diseases will have symptoms affecting the skin.
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