Skin Cancer & Melanoma

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IMA203 Shows Frequent, Enduring Responses and Tolerability in Melanoma
IMA203 Shows Frequent, Enduring Responses and Tolerability in Melanoma

November 8th 2024

Phase 1 data highlight a manageable safety profile with IMA203 among patients with melanoma and other PRAME-positive solid tumors.

Phase 3 data may support the photodynamic therapy as a noninvasive treatment option for patients with superficial basal cell carcinoma.
Novel Photodynamic Therapy Yields Clearance in Basal Cell Carcinoma

November 4th 2024

Phase 1b findings may affirm the therapeutic potential of IMA203 for patients with previously treated metastatic melanoma.
PRAME-Targeted Agent Shows Activity in Pretreated Metastatic Melanoma

October 14th 2024

The safety profile of fianlimab/cemiplimab in a phase 1 trial was consistent with prior reports of cemiplimab monotherapy.
Fianlimab Combo Shows Activity in Advanced Melanoma Subtypes

October 14th 2024

Phase 2 data also show responses with atezolizumab switch therapy in a population of patients with BRAF V600–positive melanoma.
Survival Improves With Atezolizumab Switch Therapy in BRAF+ Melanoma

September 17th 2024

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Vaccine Therapy for Patients With Melanoma

November 1st 1999

Investigation into the therapeutic use of vaccines in patients with metastatic melanoma is critically important because of the lack of effective conventional modalities. The most extensively studied melanoma vaccines in clinical trials are whole-cell preparations or cell lysates that contain multiple antigens capable of stimulating an immune response. Unfortunately, in the majority of studies, immune responses to these vaccines have not translated into a survival advantage. Advances in tumor cell immunology have led to the identification of candidate tumor cell antigens that can stimulate an immune response; this, in turn, has allowed for refinements in vaccine design. However, the exact tumor antigens that should be targeted with a specific vaccine are unknown. The univalent antigen vaccines, which have greater purity, ease of manufacturing, and reproducibility compared with polyvalent vaccines, may suffer from poorer efficacy due to immunoselection and appearance of antigen-negative clones within the tumor. Novel approaches to vaccine design using gene transfection with cytokines and dendritic cells are all promising. However, the induction of immune responses does not necessarily confer a therapeutic benefit. Therefore, these elegant newer strategies need to be studied in carefully designed clinical trials so that outcomes can be compared objectively with standard therapy. If survival is improved with these vaccine approaches, their ease of administration and lack of toxicity will firmly entrench active specific vaccine immunotherapy as a standard modality in the treatment of the melanoma patient.[ONCOLOGY 13(11):1561-1574, 1999].