Skin in the game: Video-game–related cutaneous pathologies in adolescents
- MedicineInternational journal of pediatrics & adolescent medicine
Playstation Thumb: Frictional Dermatitis Caused by Excessive Video Game Playing.
- MedicineDermatology practical & conceptual
An otherwise healthy 9-year-old boy presented with itching and painful lesions on both thumbs of 5 months’ evolution and admitted to being “addicted to PlayStation games,” a diagnosis of frictional dermatitis.
IMPACT OF SMARTPHONE SCREEN SIZE ON DE QUERVAIN TENOSYNOVITIS EPIDEMIOLOGY
- MedicineIssues of Rehabilitation, Orthopaedics, Neurophysiology and Sport Promotion - IRONS
This work aims to provide a history of knee replacement surgery in Poland over a 50-year period and demonstrates the need to understand more fully the role of natural disasters in the rehabilitation of the knee.
Cell Thumb Replaces Writer's Bump: Changing Times, Changing Callouses
- BiologyCase Reports in Dermatology
Two cases of unusual callous formation are reported and an additional 25 more sequential cases that were due to excessive cell phone grip are reported.
Occupational acral dermatitis and where the twain shall meet.
- MedicineClinics in dermatology
Subcorneal hematomas in excessive video game play.
It was concluded that thrombocytopenia subsequent to prior friction from heavy use of a video game controller allowed for traumatic subcorneal hemorrhage of the hands.
Modern Electronic Devices: An Increasingly Common Cause of Skin Disorders in Consumers
- MedicineDermatitis : contact, atopic, occupational, drug
It is important for clinicians to consider electronics as potential sources of dermatological ailments, for proper patient management, after a literature review on skin disorders associated with the personal use of modern technology.
HPASubC: A suite of tools for user subclassification of human protein atlas tissue images
- Biology, MedicineJournal of pathology informatics
A suite of Python scripts is developed to identify 703 endothelial cell (EC) and/or smooth muscle cell (SMCs) specific proteins discovered within 49,200 heart TMA images, which will assist in subdividing cardiac gene or protein array data into expression by one of the predominant cell types of the myocardium: Myocytes, SMCs or ECs.