Not exact matches
A new
drug that targets not only common
cancer - causing genetic mutations in patients with non-small cell
lung cancer (NSCLC), but also a form of the mutation that causes
resistance to treatment, has shown promising results in patients in a phase I / II clinical trial.
Results of an initial study of tumors from patients with
lung cancer or head and neck
cancer suggest that the widespread acquired
resistance to immunotherapy
drugs known as checkpoint inhibitors may be due to the elimination of certain genetic mutations needed to enable the immune system to recognize and attack malignant cells.
To investigate why checkpoint inhibitors so often stop working, Velculescu; Valsamo Anagnostou, M.D., Ph.D., instructor of oncology at the Johns Hopkins University School of Medicine; Kellie N. Smith, Ph.D., a
cancer immunology research associate at the Johns Hopkins University School of Medicine; and their colleagues at the Bloomberg ~ Kimmel Institute for Cancer Immunotherapy studied tumors of four patients with non-small cell lung cancer and one patient with head and neck cancer who developed resistance to two different checkpoint inhibitors: a drug called nivolumab that uses an antibody called anti-PD-1, or nivolumab used alone or in combination with a second drug called ipilimumab, which uses an antibody called anti-
cancer immunology research associate at the Johns Hopkins University School of Medicine; and their colleagues at the Bloomberg ~ Kimmel Institute for
Cancer Immunotherapy studied tumors of four patients with non-small cell lung cancer and one patient with head and neck cancer who developed resistance to two different checkpoint inhibitors: a drug called nivolumab that uses an antibody called anti-PD-1, or nivolumab used alone or in combination with a second drug called ipilimumab, which uses an antibody called anti-
Cancer Immunotherapy studied tumors of four patients with non-small cell
lung cancer and one patient with head and neck cancer who developed resistance to two different checkpoint inhibitors: a drug called nivolumab that uses an antibody called anti-PD-1, or nivolumab used alone or in combination with a second drug called ipilimumab, which uses an antibody called anti-
cancer and one patient with head and neck
cancer who developed resistance to two different checkpoint inhibitors: a drug called nivolumab that uses an antibody called anti-PD-1, or nivolumab used alone or in combination with a second drug called ipilimumab, which uses an antibody called anti-
cancer who developed
resistance to two different checkpoint inhibitors: a
drug called nivolumab that uses an antibody called anti-PD-1, or nivolumab used alone or in combination with a second
drug called ipilimumab, which uses an antibody called anti-CTLA4.
Clinical trials with the
drugs to date have shown that nearly half of patients with
lung cancers eventually develop
resistance to this class of
drugs for reasons that have been unclear.
The researchers, including scientists from pharmaceutical company AstraZeneca, report in an advanced online publication in Nature Medicine on May 4, that their findings indicate «an underappreciated genomic heterogeneity» in mechanisms of
resistance to tyrosine kinase inhibitor (TKI)
drugs that target the Epidermal Growth Factor Receptor (EGFR) mutation that drive some cases of non-small cell
lung cancer (NSCLC).
«Understanding the differences among
lung cancers also could lead to innovations in treatment strategies and allow us to overcome
drug -
resistance, relapse and disease progression.»
After identifying three different types of
resistance to a promising investigational
lung cancer drug in a phase 1 trial, a team of researchers led by Dana - Farber Cancer Institute scientists say new targeted inhibitors and combinations are urgently needed to stay ahead of tumors» constant and varied molecular shape - shi
cancer drug in a phase 1 trial, a team of researchers led by Dana - Farber
Cancer Institute scientists say new targeted inhibitors and combinations are urgently needed to stay ahead of tumors» constant and varied molecular shape - shi
Cancer Institute scientists say new targeted inhibitors and combinations are urgently needed to stay ahead of tumors» constant and varied molecular shape - shifting.
She studies the process of
cancer initiation and progression along with
cancer stem cells, the evolution of
drug resistance and the dynamics of metastasis formation focusing on
lung, brain, breast and pancreatic
cancers.
Patients with non-small cell
lung cancer (NSCLC) often respond to standard chemotherapy, only to develop
drug resistance later, and with fatal consequences.
In 2015, grants funded a range of projects from testing new
drug combinations to treat metastatic
lung cancer to studying
drug resistance in ovarian
cancer.