Tag: triple-negative breast cancer

Deformable discoidal polymeric nanoconstructs use shape and mechanical softness to achieve tumor accumulation up to 20% of the injected dose ...

New research shows that T cell responses against endogenous retroviral peptides, particularly murine leukemia virus fragments, are critical for checkpoint ...

New research reveals that inflammatory macrophages fuel metastasis in triple-negative breast cancer by activating a stress-signaling pathway in tumor cells ...

A new computational pipeline translates single-cell immune fingerprints from triple-negative breast cancer patients into ranked engineering recommendations for synthetic immune ...

New nickel and copper metallocarboxylate complexes of a tryptophan-derived beta-carboline alkaloid bind DNA in the minor groove and show dramatic, ...

New ahead-of-print studies in The Journal of Nuclear Medicine showcase immune-cell PET imaging, long-acting radiopharmaceutical therapies, and validated quantitative PET ...

A new gallium-68 tracer targeting Nectin-4 detected more lesions and predicted survival better than FDG PET/CT in patients with recurrent ...

For decades, women diagnosed with triple-negative breast cancer have faced one of the most demanding treatment journeys in oncology, typically ...

A synthetic compound derived from a family of molecules first described in the nineteenth century is emerging as a surprising ...

The field of targeted protein degradation, one of the most rapidly evolving areas in modern pharmacology, has just taken a ...