Large-panel genomic tumor testing (GTT) is an emerging technology that promises to make cancer treatment more precise. Because GTT is novel and complex, patients may have unrealistic expectations and limited knowledge of its benefits. These problems may limit the clinical value of GTT, but their prevalence and associated factors have not been explored. METHODS: Patients with cancer enrolled in a large initiative to disseminate GTT in community oncology practices completed surveys assessing their expectations, knowledge, and attitudes about GTT. The study sample (N = 1,139) consisted of patients with a range of cancer types (22% gynecologic, 14% lung, 10% colon, 10% breast, and 46% other malignancies) and cancer stages (4% stage I, 3% stage ...
Aims: Benefits of universal tumor screening for Lynch syndrome (LS), the most common form of heredit...
Introduction: The rapid evolution of precision medicine treatment options in cancer care has warrant...
OBJECTIVE: To systematically review literature exploring experiences of cancer patients regarding th...
Background: Large-panel genomic tumor testing (GTT) is a new technology that promises to make cancer...
Abstract Purpose Large-panel genomic tumor testing (G...
PURPOSE: Large-panel genomic tumor testing (GTT) is an emerging technology with great promise but un...
Background: • Genomic tumor testing (GTT) is a new technology and a cornerstone of the “precision me...
Purpose: Dramatic advances in genomic technology stand to revolutionize cancer care; however, little...
Background: Despite increasing evidence of benefit supporting CGP in personalizing cancer therapy, i...
Advances in the application of genomic technologies in clinical care have the potential to increase ...
Summary: A clinical hereditary cancer population screening initiative, called Information is Power, ...
Introduction: Large-panel genomic tumor testing (GTT) is a new technology that promises to make canc...
Purpose The introduction of comprehensive tumour genomic profiling (CGP) into clinical oncology allo...
BackgroundNext-generation tumor sequencing (NGTS) panels, which include multiple established and nov...
Background: Enthusiasm for precision oncology may obscure the psychosocial and ethical consideratio...
Aims: Benefits of universal tumor screening for Lynch syndrome (LS), the most common form of heredit...
Introduction: The rapid evolution of precision medicine treatment options in cancer care has warrant...
OBJECTIVE: To systematically review literature exploring experiences of cancer patients regarding th...
Background: Large-panel genomic tumor testing (GTT) is a new technology that promises to make cancer...
Abstract Purpose Large-panel genomic tumor testing (G...
PURPOSE: Large-panel genomic tumor testing (GTT) is an emerging technology with great promise but un...
Background: • Genomic tumor testing (GTT) is a new technology and a cornerstone of the “precision me...
Purpose: Dramatic advances in genomic technology stand to revolutionize cancer care; however, little...
Background: Despite increasing evidence of benefit supporting CGP in personalizing cancer therapy, i...
Advances in the application of genomic technologies in clinical care have the potential to increase ...
Summary: A clinical hereditary cancer population screening initiative, called Information is Power, ...
Introduction: Large-panel genomic tumor testing (GTT) is a new technology that promises to make canc...
Purpose The introduction of comprehensive tumour genomic profiling (CGP) into clinical oncology allo...
BackgroundNext-generation tumor sequencing (NGTS) panels, which include multiple established and nov...
Background: Enthusiasm for precision oncology may obscure the psychosocial and ethical consideratio...
Aims: Benefits of universal tumor screening for Lynch syndrome (LS), the most common form of heredit...
Introduction: The rapid evolution of precision medicine treatment options in cancer care has warrant...
OBJECTIVE: To systematically review literature exploring experiences of cancer patients regarding th...