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Mike Hennessy

Articles by Mike Hennessy

Separating hype from hope has often been problematic when developments that may lead to advances in the oncology field enter the public domain. The mapping of the human genome and the ability to characterize mutations associated with cancer have spawned one of those waves of excess promises.

As anticancer therapies continue to improve outcomes for patients, questions about how best to deploy these new options abound. In this issue of OncologyLive, we explore two of the pressing questions that have arisen in treating patients with hematologic malignancies.

PD-1 and PD-L1 inhibition offers the possibility for precision immuno-oncology through the application of biomarkers that predict the immune systems response. This principle has been demonstrated by two of the most recent FDA approvals for patients with lung cancer.

Game Changers

Disruptive technology abounds across a broad range of tumor types and clinicians throughout the spectrum of care will be learning about and adapting to new paradigms.

Your Go To Source

We’re always talking about the rapid pace of oncology drug development in this era, but perhaps nothing illustrates that trend so clearly as the events of one 15-day period in November.

The search for biomarkers that can help clinicians match patients with effective therapies continues at a torrid pace in oncology. Yet in the parlance of basketball, not all biomarkers translate into slam dunks when it comes to clinical utility.

Although there often is controversy over the impact of new cancer drugs on patients’ overall survival, there can be little argument over the broad improvements that have flowed from more than four decades of investment in oncology research.

There are many reasons, why we must now move beyond the "one drug-one test" model that has resulted in these diagnostics.

Moving the Meter

Although the progress made in the treatment of patients with lung cancer has by now become a familiar story, it certainly bears repeating.

For oncology specialists, caring for patients with cancer has long meant analyzing the biological and clinical pieces of a puzzle unique to each individual and then figuring out the optimal management plan to meet his or her needs.

With two drugs on the market and more agents in the pipeline, there's little doubt that immunotherapies targeting the PD-1/PD-L1 pathway will become a backbone of oncology treatment in the near future, perhaps replacing chemotherapy in some malignancies.

The rise of electronic medical reporting and value-based standards and measures for improved medical care is supported by the best of intentions, but the implication is that physicians now spend more time behind the computer terminal and less time with patients.

One of the most gratifying aspects of working in the oncology information field is the opportunity we have to interact with the scientists and clinicians who are seeking to advance the care of patients with cancer.