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Opinion: The Burden of Proof

Universities that profit from football programs need to honestly assess their responsibilities when it comes to head injury research.

By | January 30, 2014

SXC.HU, SUPERCOLORLast August the National Football League (NFL) agreed to pay players $765 million to settle a lawsuit involving head trauma and neurodegenerative disease. While our understanding of head injury impacts on high school and college footballers remains incomplete, there is enough evidence to compel universities to assess their responsibilities and organize their diverse capabilities to address the problem.

Key to such an assessment is recognizing that the burden of proof varies for purposes of science and purposes of policy, and that both levels of proof are subject to significant ambiguity.  Failure to grapple with these ambiguities could leave some universities sounding much like other organizations and private companies that have stubbornly denied responsibility for dangerous products.

A common deception used to refute mounting scientific evidence is to argue that the burden of proof for policy change must rise to scientific standards. However, proof for purposes of science is an elusive concept, since nearly every scientific explanation raises further questions. Throughout the 1960s, ‘70s, and ‘80s, the tobacco industry consistently refuted strong correlative evidence about smoking and lung cancer by citing gaps in mechanistic understanding. Whether such correlative evidence then constituted proof for purposes of science is open to debate, but there is little doubt that it was sufficient proof for purposes of policy.

Proof for purposes of policy is highly contextual and subjective; it varies with the specific remedy being contemplated. Certainly, studies to date on the impact of head trauma in college athletes have been incomplete. One such study found that a single season of college football did not produce measurable cognitive decline, but did show negative effects on learning (a distinction discernible only by specialists). Even so, few are asserting the evidence is strong enough to radically modify existing programs. 

But the context does suggest the evidence should spur universities into action. While an athlete playing a few years of college ball will suffer many fewer hits than an NFL veteran, the larger population suggests a public health concern. Beyond numbers, there are obvious concerns when dealing with young people—chiefly, that trauma to a still-developing brain can be particularly damaging. Clearly, college ball is a major motivator for even younger athletes to play high school football. College players do not receive the same financial benefits as NFL players; and there is little chance of obtaining truly informed consent from 18-year-olds. This is compounded by our lack of adequate scientific knowledge of the true “risk.” And it’s well worth noting that football programs are run largely for the benefit of the university.

What, then, are the responsibilities of universities with robust football programs? Major universities are traditionally decentralized with individual departments and faculty (and research funding agencies) deciding priorities. This tradition makes it difficult for academic institutions to reorganize to address thematic problems. Nevertheless, the evidence and context suggest that major universities with lucrative football programs do just that.

One responsibility is to stay ahead of the problem. College football is a titanic economic and emotional force, and there will be demands to evaluate new data at the level of proof for purposes of science. But if new evidence points to new dangers, universities would be acting hypocritically by ignoring data that are sufficient for purposes of policy. To that end, universities should create mechanisms that link the analysis of scientific information directly to athletic program policies. Football coaches should not be in charge of head trauma policy. 

Another responsibility, which is consistent with universities’ missions and their capabilities, is to close the knowledge gap. Head trauma is a complex heterogeneous malady that historically has not been a high priority for federal research funding. It will likely be a long and slow road to improving our understanding of basic mechanisms. There are, however, significant opportunities to gather neuropsychological data and correlate findings with the quantity and intensity of impacts. Universities should not wait for external funding and should use revenues from athletic programs to fund such research.            

A third responsibility is to develop protocols for informed consent with respect to the age and maturity of the athletes. Players and their parents and guardians deserve a full explanation of what is known about the risks so that they can make individual policy decisions.

Meeting these cross-cutting obligations will require commitment of university leadership at the highest levels. Universities with major medical schools should feel especially obligated to fulfill these responsibilities; with their unique creed and independent sources of revenue, these intuitions already have the capabilities to ensure that both the science and policies are sound.

The debate about head injuries in football will persist for years, if not decades. Although research is unlikely to eliminate all scientific knowledge gaps, it is and will remain an essential tool for informing responsible policymaking. The specific context for college football demands that universities abandon old constraints and aggressively utilize scientific information in this manner.

David Rubenson is an independent policy analyst in Northern California. Paul Salvaterra is a professor of neuroscience at Beckman Research Institute at City of Hope.

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Avatar of: dano50

dano50

Posts: 2

January 31, 2014

All well and good. I agree with the author's disciplined, logical analyses and suggestions.

But I will try thinking out of the box [or gridiron]: Consider Australian Rules Football, very popular Down Under. They do not use helmets; game is similar to soccer, with lots of running compared to US football. Head trauma is much reduced, for reasons that, at least in part, relate to players having an incentive not to bash the opponent's head with their very own "Kopf." Additionally, US football could reduce high-speed, thus dangerous, impacts by adopting some rule changes...e.g., no kickoff or punt returns [ball dead where it lands; no 'rolling ball']; passes are either caught by offense or not -- no interceptions count; caught passes, as with Australian football, can only be advanced one or two steps [sorry, I'm hazy on their exact rule]; fumbles are retained by offense [no incentive to pummel the runner to cause him to fumble]; allow universal holding [hard to blast somebody if you're held up at the line]; consider simply going to touch football or flag football...to its credit, NFL has sponsored some touch fb leagues...no 'gear,' less trauma; "Ultimate Frisbee" is great to play and watch...very little 'contact,' also very small liklihood of displacing US football.

One underlying problem is that audiences seem to thrive on watching such mayhem...the more, the mayhemmier [viz., giant numbers of people watching fast cars go round and round, waiting for a crash; fans bored to tears in a hockey game...until a 'great' and bloody brawl breaks out]...this apparently ineradicable feature of human 'nature' may be a rate-limiting step...as any given 'sport' become less violent, audiences vote with their feet [not to mention their marginally smarter heads, thus, also with their wallets], and abandon the previously profitable 'sport.'

As Joel Grey & Liza Minnelli sang in the film version of Cabaret, "money makes the world go around."

 

Avatar of: Scottsdale Bubbe

Scottsdale Bubbe

Posts: 1

February 3, 2014

The revenues (before profit) of the university football programs should fund the research on head injuries -- through an "honest broker" intermediary so there is no pressure or incentive on the researchers to skew the results by minimizing them.

In addition to defining and quantifying the problems, the research should come up with potential solutions including changes in play and rules such as those suggested by poster dano50.

The medical profession no longer bleeds with leeches and that is a widely accepted change; prevention such as immunization is almost universally accepted; there is no reason that the findings and suggestions of the medical researchers IN WAYS TO PREVENT HEAD, BRAIN, AND NEUROLOGICAL INJURIES cannot also be widely accepted.

After all, shouldn't having all of our brains in very good shape for a lifetime be a universal value and goal?

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