Home

Rigel Pharmaceuticals, Inc. - Common Stock (RIGL)

17.09
-0.57 (-3.20%)
NASDAQ · Last Trade: Apr 5th, 12:03 PM EDT
QuoteNewsPress ReleasesChartHistoricalFAQAboutCompetitors

Competitors to Rigel Pharmaceuticals, Inc. - Common Stock (RIGL)

Agenus Inc. AGEN -6.88%

Agenus operates in the immunotherapy realm, focusing on enhancing immune responses to fight cancer, an area that occasionally overlaps with Rigel’s hematologic cancer therapies. Both companies aim to innovate in the oncology space but utilize different mechanisms of action. Agenus' advanced combination therapies may provide them with a competitive advantage in the current market landscape as combination therapies are increasingly being favored in cancer treatment.

Epizyme, Inc.

Epizyme is another strong player in the field of targeted therapeutics, focusing on epigenetic therapies for cancer. Their research overlaps with Rigel's efforts in hematologic malignancies, creating direct competition for market share in specific treatment segments. With a strong clinical pipeline and strategic partnerships, Epizyme has been able to maintain a strong presence in oncology, arguably providing them with a competitive advantage in specific niches.

Iovance Biotherapeutics, Inc. IOVA -7.08%

Iovance specializes in cell therapy, particularly in the cancer realm, which positions them differently from Rigel's focus on small molecules. While they do not directly compete in the same therapeutic areas, both companies vie for investor attention in the biopharma sector with innovative therapies. Iovance's novel approach to cancer treatment may provide them with a competitive advantage in attracting research funding and partnerships.

SARCODE Biosciences, Inc.

SARCODE focuses on developing therapeutics for conditions such as autoimmune diseases and allergies, similar to Rigel's target areas. Both companies leverage innovative drug discovery platforms and emphasize early clinical development. However, SARCODE’s approach towards utilizing unique biologics gives them a distinct edge in specificity and lower side effects compared to Rigel's traditional small molecule approach.