Cancer Research

Polydopamine nanotubes provide a versatile clinical tool that can disrupt cancer cell activity through both photothermal heating and localized electrical stimulation. For years, the challenge of delivering targeted therapy without damaging surrounding healthy tissue has remained a central hurdle in

Patients who previously failed treatment with lenvatinib monotherapy showed a renewed response when the drug was paired with the novel experimental agent E7386. This breakthrough in gynecologic oncology represents a turning point for patients facing advanced endometrial cancer after exhausting

Modern drug discovery is shifting away from labor-intensive physical screening toward a hierarchical computational approach that merges machine learning with structural biology. This methodological evolution represents a major paradigm shift in oncology, where researchers at the Hangzhou Lin’an

Mayo Clinic researchers have successfully developed an automation pipeline for pelvic radiation therapy that utilizes artificial intelligence to predict patient-specific side effects before treatment begins. This breakthrough serves as a centerpiece for the institution's massive presence at the

Specialized startup incubators and technology translation centers are being built to move breakthrough laboratory research into the commercial clinical market. This initiative represents a fundamental shift in the national healthcare strategy, which is currently transitioning from a reactive

The integration of near-infrared light with gold nanoparticles allows clinicians to thermally destroy cancer cells from the inside out without harming surrounding tissue. This technological breakthrough addresses a critical need in oncology, as colon cancer currently maintains its position as one