Dr. Kaplan’s research focuses on identifying the molecular mechanisms that promote the initiation and perpetuation of perturbed immune responses and the development of organ damage and premature vascular disease in systemic autoimmunity.
Dr. Yongquan Luo is a biologist in the Pediatric Translational Research Branch. He is pursuing studies of mutation of gene WHAMM on pathogenesis in Axial spondyloarthritis using patient derived hiPSCs and CRISPR/Cas9 technologies.
Dr. Kathleen Baysac is a postdoctoral fellow in the Developmental Skin Biology Section. Her research is exploring how the skin develops to discover new therapeutics to treat skin diseases and conditions.
Edward Cowen, M.D., leads the NIH Dermatology Consultation Service and oversees the Branch continuing medical education and resident education programs.
What are sports injuries? The term “sports injury” refers to the kinds of injuries that most commonly happen during sports or exercise, such as sprains, strains, and stress fractures This health topic focuses on types of sports injuries that affect muscles, tendons, ligaments, and bones. There are several different types of sport injuries. The symptoms you have and your treatment depends on the type of injury. Most people recover and return to normal activities.
¿Qué son las lesiones deportivas? El término “lesión deportiva” se refiere a los tipos de lesiones que ocurren con mayor frecuencia durante los deportes o el ejercicio, como esguinces, torceduras y fracturas por estrés. Este tema de salud se centra en los tipos de lesiones deportivas que afectan los músculos, los tendones, los ligamentos y los huesos. Hay varios tipos diferentes de lesiones deportivas. Los síntomas que tenga y su tratamiento dependerán del tipo de lesión. La mayoría de las personas se recuperan y vuelven a sus actividades normales.
An NIH Health Capsule article. Scoliosis is a disease that causes the spine to curve. It can result in an abnormal s-shaped or c-shaped curve. Anyone can get scoliosis. But it’s most common in children age 11 and older.
Led by Dr. Maria I. Morasso, the lab studies processes of epidermal differentiation, skin barrier formation and wound healing.
The Dermatology Branch conducts both clinical and basic research studying the etiology, diagnosis, and treatment of inflammatory and malignant diseases involving the skin and the host's response to these diseases.
What is acne? Acne is a common skin condition that happens when hair follicles under the skin become clogged. Oil and dead skin cells plug the pores, and outbreaks of lesions (often called pimples or zits) can happen. Most often, the outbreaks occur on the face but can also appear on the back, chest, and shoulders. For most people, acne tends to go away by the time they reach their thirties, but some people in their forties and fifties continue to have this skin problem.
What is hidradenitis suppurativa? Hidradenitis suppurativa is a skin disease that causes pimple-like bumps or boils on and under the skin. The disease is chronic (long lasting) and can be painful. HS does not spread from one person to another. HS starts in the hair follicle in the skin and happens where areas of skin may touch or rub together. Poor personal hygiene habits, such as not bathing or shampooing your hair, do not cause HS. In most cases, the cause of the disease is unknown.
What is scleroderma? Scleroderma is an autoimmune connective tissue and rheumatic disease that causes inflammation in the skin and other areas of the body. This inflammation leads to patches of tight, hard skin. Scleroderma involves many systems in your body. A connective tissue disease is one that affects tissues such as skin, tendons, and cartilage. There are two major types of scleroderma: Localized scleroderma only affects the skin and the structures directly under the skin. Systemic scleroderma, also called systemic sclerosis, affects many systems in the body. This is the more serious type of scleroderma and can damage your blood
Led by Dr. Michael Ombrello, the unit uses genomic approaches to understand the underlying factors of autoinflammatory and rheumatic diseases.
Dr. Nagao’s research focuses on cellular and molecular mechanisms that regulate immunological and structural homeostasis in the skin.