All articles tagged with #skin cancer
Billings resident Jeff Walters, treated for skin cancer since 2008, attributes his diagnosis to years of sun exposure while umpiring, underwent Mohs surgery, and now stresses daily sunscreen use and protective clothing to prevent future cancers.
TRICARE covers skin cancer screening as part of its annual Health Promotion and Disease Prevention exams with little to no copay for individuals at risk (family/personal history, high sun exposure, or suspected precursor lesions). The article emphasizes prevention and sun safety—shade, protective clothing, wide-brim hats, UV-blocking sunglasses, and SPF 15+ sunscreen—and teaches the melanoma warning signs (A-B-C-D-E), encouraging patients to schedule yearly TRICARE exams and discuss skin changes with their providers, with CDC/NCI resources referenced.
Dermatologists warn that clothing choices can influence sun exposure and skin-cancer risk during Skin Cancer Awareness Month. Opt for UPF 50+ fabrics (like polyester, nylon, merino wool, denim, corduroy), prefer darker/brighter colors, and choose looser fits over tight garments; avoid crochet/mesh that let UV through. Don wide hats and UV umbrellas, and apply sunscreen daily, since UV exposure accumulates over a lifetime.
Melanoma Monday highlights that skin cancer is common and early detection saves lives: a MedStar Health survey shows many adults have never had a doctor’s skin check, and many don’t know melanoma is the deadliest form or that it can become dangerous quickly. The article reiterates the ABCDE rules (asymmetry, borders, color, diameter, evolving) for spotting suspicious moles and emphasizes reapplying sunscreen every two hours, especially during water or sweaty activity, to reduce risk and improve outcomes when caught early.
Dermatologists say the number-one sign of all common skin cancers—basal cell, squamous cell, and melanoma—is a change in an existing spot or the appearance of new skin lesions; prompt evaluation is crucial, as early detection greatly improves outcomes, with melanoma survival over 99% when diagnosed before it spreads beyond the skin.
Dermatologists say the number-one sign of skin cancer—across all types—is a change in a spot on the skin, such as growth, bleeding, itching, tenderness, or a new lesion. Early detection is crucial: treating basal and squamous cell cancers is highly effective when found early, and melanoma has a survival rate over 99% when confined to the skin, highlighting the importance of monitoring skin changes and seeking evaluation promptly.
The FDA withdrew its 2015 proposed rule that would have barred anyone under 18 from using tanning beds, leaving regulations to state laws that already restrict or permit teen use. The withdrawal followed more than 8,100 public comments, with concerns about compliance burdens and personal choice, while authorities emphasize that UV exposure raises skin cancer risk and that sunlamps still warrant caution and potential future regulatory action.
An oncologist aged 50+ urges people over 50 to routinely screen for skin cancer, stressing that it’s the most common cancer and is highly treatable when detected early. Screenings combine self-exams and professional skin checks, with risk assessments (such as the American Cancer Society’s CancerRisk360) guiding personalized screening plans. He also emphasizes not skipping other essential screenings for those 50+, including colorectal cancer (colonoscopy every 10 years starting at 45 or earlier for higher risk) and lung cancer (annual low‑dose CT for high‑risk individuals), underscoring the importance of following up on any concerning findings.
Scientists have discovered that sunburn damages a protective protein called YTHDF2 in skin cells, leading to uncontrolled inflammation that can trigger skin cancer. The research highlights how UV exposure breaks down YTHDF2, allowing non-coding RNAs to activate immune pathways associated with cancer development, offering new avenues for prevention and treatment.
A study shows that tanning beds significantly increase the risk of melanoma and cause more skin mutations, especially in younger users, challenging the myth that tanning beds are safe.
A Tel Aviv University study reveals that melanoma cells release extracellular vesicles that disable immune cells, providing new insights that could lead to improved treatments for skin cancer.
A new study finds that tanning beds cause DNA damage across nearly the entire skin surface, significantly increasing melanoma risk, with users showing almost twice as many mutations as non-users, prompting calls for stricter regulations and warnings.
A recent study shows that tanning beds cause widespread DNA mutations across nearly the entire skin surface, significantly increasing the risk of melanoma, with indoor tanners having nearly three times the risk compared to non-users. The research highlights the dangers of indoor tanning, especially among young people, and calls for stricter regulations similar to those for other carcinogens like tobacco.
A new study shows that tanning beds significantly increase melanoma risk, causing widespread DNA mutations across the skin, even in areas not exposed to sunlight, challenging industry claims of safety and highlighting the need for stricter regulations and public awareness.
Humans can develop horn-like growths called cutaneous horns, which are keratin masses that often develop from skin lesions, some benign and others malignant, and are influenced by factors like sun exposure and age. These horns can grow to large sizes and require medical attention, with treatment typically involving surgical removal.