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This survey-Understanding Older Workers during the Coronavirus Pandemic-was elded to 1,322 respondents ages 40 65 and either in the workforce or recently exited the workforce. It was elded in December of 2020. Additional oversamples were collected to yield a total of 306 African American/Black and 301 Hispanic/Latino older workers.
Melanoma is a highly lethal form of skin cancer caused by rapid proliferation of melanocytes, pigment‐producing cells of the skin. Despite continued advancements, current diagnostic and treatment techniques have been inadequate in decreasing the global health burden of this disease. Therefore, increased research has gone into solving these hindrances to treatment, with nanomedicine offering many promising solutions. In this review, different subtypes of nanomedicine will be discussed along with their clinical utility in relation to melanoma. First, risk factors, pathogenesis, and current therapeutic techniques relating to melanoma will be summarized and discussed. Then, the main types of nanomedicine and their use in treating melanoma will be discussed including nanoparticles, nanodevices, and nanotechnological tools in drug delivery and diagnosis.
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