Is a Clinical Trial Right for Me?

Clinical trials may be appropriate options for many lung cancer patients.

When I had my diagnosis, my oncologist wanted to place me in a clinical trial. Unfortunately, due to the nature of trials, my timing was off -- the trial I would have been best suited for closed before my diagnosis was complete, another would not open for several months and I was eager to begin treatment. After nearly three years, I was considered for another clinical trial -- this time, I did a new panel looking for DNA mutations in my cancer and discovered that I would not qualify for the trial, but the mutations this test revealed included one appropriate for a targeted drug that was relatively new to the market. So in my case, while I had twice hoped for inclusion in clinical trials that seemed promising, neither was deemed appropriate but I still was steered toward effective means of keeping my cancer in check.

I have known other patients who have had success with clinical trials.

Evaluating the Risks and Benefits

Clinical trials offer new hope to many patients, especially those for whom standard therapies have not worked. There are also different types of clinical trials. As a first-line treatment, most patients would be better suited to try established therapies first, or go with a late-phase clinical trial for which effectiveness has already been established.

Of course, not every patient would qualify to be a part of every clinical trial. Each trial has its own requirements, which could include having already (or never) tried chemotherapy, exhibiting specific genetic mutations, or being diagnosed at a particular stage. Taking the time to go over available trials with an oncologist is a worthwhile endeavor, regardless, because it will help to expand the dialogue between patient and doctor regarding treatment expectations and opportunities.

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Certainly, there are some risks involved with clinical trials. After all, the drugs are new and have only had limited testing. But in order to progress to the later phases where patients are given precision doses of these new drugs, the science must have a very solid foundation. Often there is little question about whether the drugs work and more of a question about what the best dose is or what side effects will result. Discussions with a patient's medical team need to outline the broad risk and reward potential. But just as with standard treatments, it must be remembered that every patient is unique and will respond differently. That always includes variables for how effective a treatment is, how long it can be tolerated by the patient, and how long the results will last.

Understanding Clinical Trial Phases

Clinical trials are performed in phases, with different requirements and objectives, as part of the lengthy approval process required to get a drug to market.

Phase 0

A Phase 0 clinical trial is purely exploratory, involves relatively few patients, and often has a very narrow objective. These early human studies may simply allow researchers to know if the drug is even viable to explore further and they may require a lot from the patient participants in terms of further testing. While patients in a Phase 0 trial may not benefit from the treatment, these may be extremely important studies regarding the development of future therapies. However, Phase 0 studies are not required as part of the process and they are only done as researchers feel they are necessary.

Phase I

Phase I clinical trials are done to establish the safety of a new drug and are usually the first human studies done. This is where side-effects are first monitored. There are no placebos and the doses, at least initially, are generally rather low. These trials are limited to a small number of people and are considered high-risk.

Phase II

Phase II clinical trials occur after safety has been established. While rare side-effects may still remain undiscovered, the main purpose of Phase II trials is to determine if the drug provides the benefit researchers are looking for. Trials at this phase vary in size, but the patients usually fit very similar profiles (including type and stage of their cancer). No placebos are used in Phase II trials, but different groups may have different doses of a drug to compare which dose works better or is safer.

Phase III

The critical purpose of a Phase III clinical trial is to determine whether this new drug is actually better -- safer or more effective -- than existing treatments that have already been approved for the marketplace. These are the "randomized" trials that patients often hear about. Participants will not know which treatment they are getting, whether it is the standard drug already on the market or the new drug being tested. These are considered "double-blind" studies when neither the patient nor the doctor knows which treatment the patient is receiving. Placebos are only used if there is no existing standard treatment. Phase III trials are generally quite large, often involving numerous groups around the country or even in multiple countries.

Phase IV (Post Marketing Surveillance Trials)

After receiving FDA approval, some drugs continue to be studied with Phase IV clinical trials, also known as Post Marketing Surveillance Trials. These long-term studies are designed to answer additional questions about the drugs, usually involving the safety or benefits of extended use, and they may utilize very large groups of patients. In general, the effectiveness of a treatment has been well-established by the time these trials are performed (after all, the drug is already on the market).

With the different types of clinical trials available and the wide range of drugs being studied, it is always a good idea for a lung cancer patient to discuss these potential options with an oncologist. In some cases, participation in these studies may help with the development of game-changing treatments that could alter the landscape of cancer care for generations to come. In other cases, patient participants may receive radical results that would not have been possible under standard care. While not appropriate for every patient, and while there are no guarantees that any new therapy will work the way it is expected to, clinical trials remain resources for care worth exploring.1-3

Editor's Note: We are extremely saddened to say that on October 21, 2018, Jeffrey Poehlmann passed away. Jeffrey’s advocacy efforts and writing continue to reach many. He will be deeply missed.

This article represents the opinions, thoughts, and experiences of the author; none of this content has been paid for by any advertiser. The team does not recommend or endorse any products or treatments discussed herein. Learn more about how we maintain editorial integrity here.

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