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Published on: September 20, 2016
Precision Oncology in Solid Tumors: A Longitudinal Tertiary Care Center Experience
Meena Sadaps1, Pauline Funchain1, Haider Mahdi1
1Meena Sadaps, Pauline Funchain, Haider Mahdi, Amy Pritchard, Stefan Klek, Bassam Estfan, Jame Abraham, G. Thomas Budd, James P. Stevenson, Nathan A. Pennell, Alok A. Khorana, Brian J. Bolwell, and Davendra P.S. Sohal, Cleveland Clinic, Cleveland, OH; and Petros Grivas, University of Washington Medical Center, Seattle, WA.
Purpose:
Precision oncology is widely discussed, but cohort studies are limited. We previously reported our prospective experience of precision oncology in solid tumors, and here we report our longitudinal experience, focusing on therapeutic impact.
Patients And Methods:
We conducted a retrospective review of 600 consecutive patients seen at Cleveland Clinic from 2013 to 2016 for treatment of incurable solid tumor malignancies for whom tumor genomic profiling was ordered using FoundationOne (Cambridge, MA). Results were discussed at our multidisciplinary genomics tumor board. Data analyzed included subsequent therapy and overall survival (OS).
Results:
Median age was 59 years (range, 18 to 94 years), 308 (51.3%) were female, and 533 (88.8%) were white. Targeted therapy was recommended in 310 patients (51.7%). After results, 313 patients (52.2%) started any subsequent therapy; of these, 95 (30%; 15.8% overall) received genomics-driven therapy (G), and 218 (70%) received non-genomics-driven treatment (NG). For the G versus NG group, the on-label, off-label, and clinical trial therapy breakdowns were 23% versus 88%, 47% versus 3%, and 30% versus 9%, respectively. Median OS for patients receiving no therapy after tumor genomic profiling was 5.5 months; for the G and NG groups, it was 18 (P < .001) and 14.4 (P < .001) months, respectively (P = NS for G v NG). The use of G increased from 10% in the first 250-patient cohort (reported earlier) to 20% in the subsequent 350-patient cohort.
Conclusion:
Tumor genomic profiling influenced treatment in 15.8% of patients. More patients received treatment via clinical trials in the G cohort, and although not statistically significant, there was a trend toward increased OS in the G (v NG) group. These data can further guide real-world applications of precision oncology.
Insights
Genomic profiling guided cancer treatment in 15.8% of patients, showing a trend toward improved overall survival (OS) with genomics-driven therapy. This supports the real-world application of precision oncology in solid tumors.
Area of Science:
- Oncology
- Genomics
- Translational Medicine
Background:
- Precision oncology offers targeted treatments but requires robust cohort data.
- Previous work established a prospective experience in solid tumors.
- This study details the longitudinal therapeutic impact of precision oncology.
Purpose of the Study:
- To evaluate the therapeutic impact and overall survival (OS) outcomes in patients with incurable solid tumors undergoing precision oncology.
- To analyze the utilization and effectiveness of genomics-driven therapy versus non-genomics-driven treatment.
Main Methods:
- Retrospective review of 600 patients with incurable solid tumors treated between 2013-2016.
- Tumor genomic profiling performed using FoundationOne, with results discussed at a multidisciplinary genomics tumor board.
- Analysis of subsequent therapies and overall survival (OS) based on genomic profiling results.
Main Results:
- Targeted therapy was recommended for 51.7% of patients.
- Genomics-driven therapy (G) was administered to 15.8% of patients, while 36.4% received non-genomics-driven treatment (NG).
- Median OS was significantly longer for patients receiving G (18 months) and NG (14.4 months) compared to no therapy (5.5 months), with a trend favoring G.
Conclusions:
- Tumor genomic profiling influenced treatment decisions in 15.8% of patients.
- A higher proportion of patients in the G cohort received treatment via clinical trials.
- While not statistically significant, a trend toward increased OS was observed in the genomics-driven therapy group, supporting its role in real-world precision oncology.
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