You might have noticed that I was very pleased last Friday, very pleased indeed. Given the normal subject matter of this blog, in which we face a seemingly-unrelenting infiltration of pseudoscience and quackery into even the most hallowed halls of academic medicine, against which we seem to be fighting a mostly losing battle, having an opportunity to see such an excellent deconstruction of bad science and bad medicine in a large mainstream news outlet like USA TODAY is rare and gratifying. As you might recall, USA TODAY reporter Liz Szabo capped off a months-long investigation of Dr. Stanislaw Burzynski and his Burzynski Clinic with an excellent (and surprisingly long and detailed) report, complete with sidebars explaining why cancer experts don’t think that Burzysnki’s anecdotes are compelling evidence that his treatment, antineoplastons, has significant anticancer activity and a human interest story about patients whom Burzynski took to the cleaners. Most of this, of course, is no news to SBM readers, as I’ve been writing about Dr. Burzynski on a fairly regular basis for over two years now. It’s just amazing to see it all boiled down into three articles and ten short videos in the way that Szabo and USA TODAY did, to be read by millions, instead of the thousands who read this blog. Szabo also found out who the child was who died of hypernatremia due to antineoplastons in June 2012, a death that precipitated the partial clinical hold on Burzynski’s bogus clinical trials, about which both Liz Szabo and I have quoted Burzynski’s own lawyer, Richard Jaffe, from his memoir, first about Burzynski’s “wastebasket” trial, CAN-1:
As far as clinical trials go, it was a joke…it was all an artifice, a vehicle we and the FDA created to legally give the patients Burzynski’s treatment. The FDA wanted all of Burzynski’s patients to be on an IND, so that’s what we did.
And Jaffe’s characterization of the six dozen phase II clinical trials that Burzynski submitted in the late 1990s was this:
A cancer clinic cannot survive on existing patients. It needs a constant flow of new patients. So in addition to getting the CAN-1 trial approved, we had to make sure Burzynski could treat new patients. Mindful that he would likely only get one chance to get them approved, Burzynski personally put together seventy-two protocols to treat every type of cancer the clinic had treated and everything Burzynski wanted to treat in the future…Miracle of miracles, all of Burzynski’s patients were now on FDA-approved clinical trials, and he would be able to treat almost any patient he would want to treat!
I’m just repeating those quotes again, because they can’t be emphasized enough. Quite frankly, if I were Burzynski, I’d fire Jaffe for having published such statements in his book. But that’s just me. In the meantime, let’s take a look at the counterattack and why Burzynski’s excuses regarding the deficiencies found in the FDA reports do not ring true.
After posting the talks that Bob Blaskiewicz and I gave at TAM this year, I realized that it’s been a while since I’ve written about the topic of those talks, namely Stanislaw Burzynski, the Houston cancer doctor who inexplicably has been permitted to continue to administer an unproven cancer treatment to children with deadly brain cancers for nearly 37 years now. Beginning in 1977, when he left Baylor College of Medicine and opened up the Burzynski Clinic, Burzynski has administered a cancer therapy that he calls antineoplastons to patients. After nearly four decades and several dozen phase II clinical trials started, he has never published a completed phase II trial. The only evidence he’s published consists mainly of cell culture studies, case reports, and couple of preliminary reports of his phase II clinical trials. Of course, Burzynski’s lawyer, Richard Jaffe, even dismissively admitted that these clinical trials are designed solely to allow Burzynski to keep giving antineoplastons.
So Burzynski operated from the late 1990s until summer 2012, charging exorbitant “case management” fees to enroll patients in his clinical trials, working with a credulous filmmaker who wanted to make a movie about him—twice—and flouting regulations designed to protect human subjects involved in clinical trials. Meanwhile, he branched out to “personalized gene-targeted cancer therapy,” which he promoted through Suzanne Somers; to AminoCare, which is basically antineoplastons sold as an antiaging nostrum (or, as Burzynski puts it, a “genetic solution to aging“); and to selling an orphan drug as a “prodrug” for antineoplastons.
So what happened in the summer of 2012? Apparently, there was a treatment-related death of a child, which led the FDA to issue a partial clinical hold on the Burzynski Clinic that prevented him from enrolling any new children on his clinical trials, although he could keep treating existing patients and enroll new adult patients. That partial clinical hold was extended to adults in January 2013, at which time the FDA arrived at the Burzynski Clinic to investigate. It was an event that was included at the tail end of Eric Merola’s second propaganda film about Stanislaw Burzynski and represented as, in essence, jackbooted fascists trying to keep the cure for cancer from The People. None of this stops credulous reporters from writing misleading articles with titles like Young mother with brain cancer given just a year to live BEATS the disease and gets married after having controversial treatment in the US, which is a story about Laura Hymas, a woman whose good fortune is most likely not due to Burzynski. Not long before that, there was another credulous article featuring another Burzynski patient, Hannah Bradley, as one of four patients treated for cancer with alternative therapies who are allegedly doing well. Again, Hannah Bradley’s good fortune is highly unlikely to be due to Burzynski’s nostrums.
All of this is why those of us who follow Burzynski have been waiting with the proverbial bated breath to find out what the FDA concluded. Just before the government shutdown the first shoe dropped, when the FDA released a warning letter to the Burzynski Research Institute (BRI). Then last week, the second shoe dropped, when the FDA released the original forms describing its findings regarding the inspection. The findings are, to put it mildly, damning in the extreme. In fact, now, more than ever, I wonder how on earth Burzynski has been allowed to continue to run clinical trials—or even practice—for so long. The findings include massive deficiencies in the Burzynski institutional review board (IRB), the committee responsible for making sure that regulations designed to protect human subjects in research are adhered to.
As a group blog, Science-Based Medicine brings a variety of perspectives to issues of science in medicine. However we align around a few core principles which define what science-based medicine is, and how it should be practiced. One principle we emphasize is the importance of subjecting the evaluation of all health interventions and treatments to a single, science-based standard. One of the biggest successes of the alternative medicine industry, worldwide, has been the embedding of different regulatory standards for the evaluation and approval of so-called “non-drug” products such as supplements, herbal products, and non-scientific treatment systems like homeopathy or traditional Chinese medicine (TCM). The implications cannot be overstated: this different and lower standard is now so firmly entrenched in most health systems that few seem to question its rationale, or consider the consequences. As a practicing pharmacist I spent the first decade of my career working within this regulatory framework without ever stepping back to question why we regulate some products differently. I started reading, took the red pill, and here I am today. (more…)
Note: The reason that I am posting today rather than my usual Monday slot is because the article I discuss here was embargoed until last night. Consequently, I asked Harriet if she would trade days with me this week, and she was kind enough to do so.
One thing that science relies on almost absolutely is transparency. Because one of the most important aspects of science is the testing of new results by other investigators to see if they hold up, the diligent recording of scientific results is critical, but even more important is the publication of results. Indeed, the most important peer review is not the peer review that occurs before publication. After all, that peer review usually consists of an editor and anywhere from one to four peer reviewers on average. Most articles that I have published were reviewed by two or three reviewers. No, the most important peer review is what occurs after a scientist’s results are published. Then, all interested scientists in the field who read the article can look for any weakness in methodology, data analysis, or interpretations. They can also attempt to replicate it, usually as a prelude to trying to build on it.
Arguably nowhere is this transparency quite as critical as in the world of clinical trials. The reason is that medications are approved on the basis of these trials; physicians choose treatments; and different medications become accepted as the standard of care. Physicians rely on these trials, as do regulatory bodies. Moreover, there is also the issue of publication bias. It is known that “positive” trials, trials in which the study medication or treatment is found to be either efficacious compared to a placebo or more efficacious than the older drug or treatment it is to replace, are more likely to be published. That is why, more and more, steps are being taken to assure that all clinical trial results are made publicly available. For example, federal law requires that all federally-funded clinical trials be registered at ClinicalTrials.gov at their inception, and peer-reviewed journals will not publish the results of a clinical trial if it hasn’t been registered there. Also, beginning September 27, 2008, the US Food and Drug Administration Amendments Act of 2007 (FDAAA) will require that clinical trials results be made publicly available on the Internet through an expanded “registry and results data bank,” described thusly. Under FDAAA, enrollment and outcomes data from trials of drugs, biologics, and devices (excluding phase I trials) must appear in an open repository associated with the trial’s registration, generally within a year of the trial’s completion, whether or not these results have been published. Although there are some practical issues over this law, for example determining how much information can be disseminated this way without constituting prior publication, which is normally a reason to disqualify a manuscript from publication.