About 1 in 3 people with psoriasis who achieved clear skin with biologic drugs still had underlying inflammation that may ...

Crepey skin is the result of both natural aging and external factors. Over time, our skin loses collagen and elastin, becomes ...

Regularly checking your skin can help catch skin cancer early, when it’s highly treatable. Follow these tips from board-certified dermatologists to check your skin for signs of skin cancer. Anyone can ...

Skin problems are one of the most common types, along with arthritis and bone density issues. Additionally, because Crohn’s — and many of the medications that treat it — can weaken the ...

Skin cancer is the most common form of cancer in the United States—but it's also among the most preventable. According to the American Cancer Society, skin cancer primarily starts in the epidermis, ...

You might already have some of these ingredients in your kitchen cabinet, which makes this a bit of DIY skin care meets aging beauty, with a side of common ... and are especially helpful for ...

What is squamous cell carcinoma? Also called squamous cell skin cancer, this is a common type of skin cancer. It tends to develop in people who have had lots of sun exposure, use(d) tanning beds, or ...

In either case, it’s a good idea to speak with your doctor before dismissing the problems or trying to use over-the-counter drugs to address them. Itchy skin or urticaria is actually one of the most ...

is a serious injury that occurs when skin and tissue rip away from the underlying muscle, connective tissue, or bone. Degloving can affect any body part, but it’s more common in the legs.

A 'healthy' 29-year-old woman diagnosed with stage three cancer has detailed the four common disorders that the disease can be mistaken for. While many still assume cancer only impacts the older ...

The new analysis focused on the most common autoimmune diseases, or immune-mediated inflammatory ... and involves the tightening and hardening of skin, which can affect the digestive tract ...

MIT researchers have now revealed the dynamics of those interactions in more detail than previously possible, shedding light on when and how new bacterial strains emerge on the skin of the face.