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1 lut 2024 · Skin cancer contributes significantly to disease burden, and, despite the uncertainties, the evidence indicates skin cancer is likely to increase due to climate change.
17 lip 2020 · Globally, CMM incidence increased on average 4% to 5% annually (Godar, 2011). Extremely high rates of skin cancer in Australia and New Zealand give these nations the unenviable designation of having the greatest incidence of cutaneous malignancy in the world (Erdmann et al., 2013).
7 cze 2023 · This review highlights the influence of climate change on cutaneous carcinogenesis given the observed annual increases in skin cancer incidence and the well-established link between UV radiation and skin cancer while presenting practical, easily adoptable strategies for dermatologists to reduce their carbon footprints and become climate ...
8 sie 2024 · The types and subtypes of skin cancer are becoming more common among clinically diagnosed cancers. This review comprehensively describes skin cancer types and their prevalence worldwide. However, the actual prevalence of skin cancer in these countries should be investigated.
6 paź 2023 · Skin cancer is a global threat to the healthcare system and is estimated to incline tremendously in the next 20 years, if not diagnosed at an early stage. Even though it is curable at an early stage, novel drug identification, clinical success, and drug resistance is another major challenge.
27 sty 2021 · This review examines the specific relationship and causality of increasing global skin cancer rates with increased ultraviolet radiation (UVR) resulting from stratospheric ozone depletion (SOD), the carcinogenic and behavioral effects of heat due to global warming, and air pollution (AP) from fossil-fuel combustion. Epidemic of skin cancer
7 lis 2019 · We search for a link between the increase of the skin cancer incidence rate and early spring (April) trends in surface UVR and meteorological parameters (temperature, cloudiness, and precipitation) for several European sites: Belsk (Poland), Oslo (Norway), Reading (UK), and Uccle (Belgium).
