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410 result(s) found for “ adaptive therapy”

  1. New Cell Therapy Takes Advantage of a ‘Natural Killer’
    Researchers study the use of natural killer cells instead of T cells in cellular immunotherapy
  2. New Combination Therapy Brings Hope to Bladder Cancer Patients
    Oncolytic immunotherapy and immune checkpoint inhibitor found to be safe and effective in treating muscle-invasive bladder cancer
  3. Proton Therapy at Moffitt: The Expertise Behind the Technology
    Moffitt built its proton therapy program years before treating patients, recruiting proton-experienced professionals and developing specialized...
  4. Study Looks To Improve TIL Therapy for Advanced Melanoma
    TIL therapy can be used to treat advanced melanoma when patients do not respond to standard treatment options
  5. 21MA014N Immunotherapy: Methods For Inhibiting Resistance to Immune Blockade Inhibitor Therapy
    FOR MORE INFORMATION ON THIS TECHNOLOGY, PLEASE CONTACT OUR OFFICEThe Innovation Dedicated to supporting patients every step of the way, with...
  6. Bladder Preservation Therapy for Muscle-Invasive Bladder Cancer: A Multidisciplinary Approach
    Bladder preservation therapy is a well-established, evidence-based approach for select patients with muscle-invasive bladder cancer.
  7. FDA Approves Targeted Radioligand Therapy for Treatment of Advanced Prostate Cancer
    The FDA approval of Pluvicto™ is welcome news and an important medical advancement for patients with progressing metastatic castration-resistant...
  8. Gut Microbiome Influences How Lymphoma Patients Respond to CAR T Therapy
    Moffitt study finds antibiotic treatment and different types of microorganisms can impact chimeric antigen receptor T-cell therapy outcomes
  9. Moffitt Cancer Center Celebrates Opening of Proton Therapy Center at Speros
    A ribbon cutting ceremony was held with team members from Moffitt, IBA, along with state and local partners
  10. Moffitt Experts Recommend New Guidelines for CAR T-Cell Therapy Trials
    Current FDA guidelines may cause promising cancer treatments to be abandoned too soon.