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Topic
A Frontiers publication describes a melanoma skin model seeded with bacterial colonies from the outset, giving researchers a controlled, in situ view of host–microbe interactions inside tumor tissue.
Weill Cornell Medicine researchers report that nerves in the skin can slow melanoma growth, a finding that reframes cutaneous inn…
Imaging mass cytometry maps tumor microenvironment heterogeneity between metastatic and nonmetastatic cutaneous squamous cell car…
MD Anderson researchers report that skin cancers in immunosuppressed patients arise from immune cell dysfunction rather than immu…
CSF1R-dependent CD169-positive macrophages locally constrain melanoma growth in the skin, adding the dermal immune microenvironme…
NYU Langone researchers identified a molecule that promotes skin cancer growth while helping tumors evade immune detection — a du…
