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George Mason Law Review

Spring 1996

Essay

*457 LOOSENING THE FDA'S DRUG CERTIFICATION MONOPOLY: IMPLICATIONS FOR TORT

law and consumer welfare

Michael I. Krauss [FNa]

Copyright © 1996 George Mason Law Journal Association; Michael I. Krauss

Table of Contents

Overview ............................................................ 458

  I.  Origins and Characteristics of the FDA's 'Certification Monopoly' ... 458

 II.  The Rationale for the FDA's Certification Monopoly: Analysis and

        Critique .......................................................... 463

III.  The Gap in the FDA's Certification Monopoly: Off-Label Prescriptions  469

IV.  Loosening the Certification Monopoly: From Off-Label Prescription to

        'Off-Label Manufacturing' ......................................... 474

      A. Critique #1: Without an FDA Right to Reject Market Decisions to

        Produce Drugs, Manufacturers Would Market 'Snake-Oil' Cures

        Harming Millions .................................................. 476

      B. Critique #2: Without Mandatory FDA Approval, Manufacturers Would

        Refuse to Produce Most Drugs for Devices Because of Their Fear of

        Products Liability ................................................ 477

      C. Critique #3: Doctors Would Never Prescribe Non-FDA Approved Drugs

        or Devices, for Fear of Malpractice Liability ..................... 478

      D. Critique #4: Private Firms Will Not Be Willing to Certify Drugs

        and Devices, Because, Unlike the FDA, They Will Be Liable for the

        Unexpected Side Effects of Drugs They Have 'Approved' ............. 479

      Conclusion .......................................................... 482

*458 OVERVIEW

The authority exercised by the Food and Drug Administration over new pharmaceuticals and devices was acquired in a rather haphazard fashion, without the benefit of any development of a theoretical basis for drug oversight. The result of this piecemeal accretion of federal powers has been a "certification monopoly" that has arguably cost thousands of American lives. Luckily, the FDA monopoly is an incomplete one: otherwise even more lives would have been sacrificed.

Building on the gap which presently exists in the FDA certification monopoly, this Essay develops and defends a proposal to loosen the monopoly, and describes the likely impact the implementation of the proposal would have on consumer welfare. The author argues that the Food and Drug Act should be modified so as to retain the positive characteristics of FDA testing while allowing market certifiers to compete with the federal agency. Tort law implications of this proposed modification of FDA powers are discussed in some detail.

I. ORIGINS AND CHARACTERISTICS OF THE FDA'S "CERTIFICATION MONOPOLY"

In the 1970s, a configuration of geopolitical factors resulted in a serious but temporary tightening of oil supplies. Several sets of sweeping federal fuel economy regulations were enacted. This expanded federal mandate led to the production and sale of relatively dangerous and unattractive automobiles, [FN1] and perhaps even to a deterioration of Americans' driving habits. [FN2] In a similar way, reactions to sensational occurrences have driven federal drug regulation. For ethical drugs, as for cars, the belief that markets (tempered by common law) can provide safe and effective products *459 has been a notable casualty of federal regulation.

The first statute regulating pharmaceutical products in the United States was the Pure Food and Drug Act of 1906 [FN3] ("1906 Act"), which established federal criminal offenses for adulteration and mislabeling of ingredients in food and drugs. The statute was apparently Congress' response to the "literary emergency" generated by Upton Sinclair's The Jungle, [FN4] a turn-of-the- century Soylent Green [FN5] portraying a world in which all medicines were deleterious, all milk tainted, and all sausages once human. Both before and after the 1906 Act's passage, ethical drugs were as freely available as newspapers (as they remain in many countries today [FN6]). No government approval was needed before drugs were manufactured or marketed, nor was a physician's prescription legally required, though doctors' advice was relied on by many and prescriptions accounted for almost one third of all drugs consumed. [FN7]

Economic analysis suggests that market forces will provide correct incentives for manufacturers to design and produce safe drugs, especially if tort remedies are available. [FN8] Patent medicines of dubious effectiveness were available on the market in 1906. It is worth noting that even at this early stage of its development, the common law provided recourse to those injured by such mislabeled or poorly manufactured drugs. [FN9] Of course, tort *460 law has little effect on insolvent tortfeasors, and, in any case, the national outcry generated by The Jungle provided an impetus for federal officials anxious to be seen "doing something" about drug "problems."

In 1912, amendments to the 1906 Act criminalized false and misleading claims of a medication's efficacy. Perhaps not surprisingly, criminal enforcement of the 1906 Act presented difficulties. "Snake-oil" producers are often "fly-by-night" and hard to locate; criminal intent is more difficult to prove than tortious negligence; etc. These factors curtailed enforcement [FN10] of the 1906 Act, even as amended.

Federal drug regulation remained insubstantial until a tragedy occurred in 1937. In attempting to formulate a liquid form of sulfanilamide (a sulfa drug) one Samuel E. Massengill, a Tennessean doing business as the Massengill Company, marketed a syrup that employed diethylene glycol as its solvent. One hundred seven children died after ingesting this poisonous concoction. [FN11] Though Massengill was found liable in tort for his gross negligence, [FN12] the temptation to provide additional "protection" to voters proved irresistible for a Roosevelt administration that was enjoying a huge expansion of federal powers following the "switch in time that saved nine." [FN13] President Roosevelt signed the Food, Drug and Cosmetic Act of 1938 ("1938 Act"), which for the first time required firms to submit New Drug Applications ("NDA's") before introducing pharmaceuticals into *461 interstate commerce. Each NDA enumerated the proposed uses of a drug and documented that tests "proved" the drug safe [FN14] at recommended dosages. NDA's were automatically approved after 60 days unless the FDA determined before that period that they did not establish the drug's safety. In addition, the 1938 Act contained a seemingly innocuous provision allowing discretionary exemptions from labeling requirements. The FDA subsequently interpreted this provision to greatly expand its authority, and physicians' income, by creating a category of "ethical drugs" that could henceforth be sold only by prescription. [FN15]

FDA safety evaluations obviously caused delays in the marketing of new drugs. But these lag times were relatively short: by the end of the 1950s a record number of new drugs was being marketed with mean regulatory delays of seven months. The 1938 Act is most renowned, however, for the delay it occasioned in the introduction into the United States of the German sedative Thalidomide in 1960. While an FDA reviewer investigated reports (which had in fact been published in Europe for years) that Thalidomide caused peripheral nerve damage, [FN16] news of a different side effect, deformities in the fetuses of pregnant users of the sedative, led to its withdrawal from markets worldwide in 1961.

The 1938 Act had prevented any Thalidomide tragedies in the United States, if only indirectly. [FN17] Congress nonetheless sprang into action again to dramatically expand drug regulatory powers. In 1962, a hastily drafted Food and Drug Act ("1962 Act") required that the FDA henceforth find drugs both safe and effective before they could be marketed. [FN18] Whereas under the 1938 Act NDA's were approved unless the FDA denied them, under the 1962 Act disapproval was the default position: for an NDA to be granted the FDA had to affirmatively conclude that a new drug was safe and effective. [FN19] Furthermore, while the 1938 Act allowed drug manufacturers *462 to test the safety of their own products (subject to documenting their tests for FDA review), the 1962 Act required that all human testing of new drugs be pre-cleared by the agency. The FDA acquired, additionally, the power to pre-approve all drug advertising and labels, and to regulate "good manufacturing practices."

As others have noted, [FN20] the combined effect of the 1938 and 1962 Acts was to fundamentally alter the nature of American pharmaceutical production and distribution. Whereas the 1906 Act had essentially sought to improve market efficiency by prohibiting false claims and information, [FN21] after 1962 a central regulatory authority, rather than the market choices of suppliers, physicians, and patients, determined which drugs were desirable or undesirable.

As might be expected, one effect of the FDA's post-1962 "certification monopoly" has been a much more lengthy "drug lag." By 1967, average post-test review times for an NDA had increased from seven to thirty months. [FN22] Largely because of agency involvement in testing, total pre-authorization development time for a new drug, which had averaged from four to six years before 1962, increased to over sixteen years by 1990. [FN23] Only one out of 5,000 new drugs now completes this process successfully, at an average manufacturer's cost of $200 million. [FN24] Economic theory predicts that these substantial increases in the cost of developing a drug for the United States market affect both the number of new drugs developed and the market price of developed drugs during their patent monopoly. [FN25] Commentators have amply documented both these forecasts. [FN26] At the margin, otherwise marketable drugs will now be unprofitable *463 ex ante to a manufacturer. [FN27] Also increasingly chronicled is the net cost in lost lives of not approving effective drugs quickly, as the following section relates.

II. THE RATIONALE FOR THE FDA'S CERTIFICATION MONOPOLY: ANALYSIS AND CRITIQUE

The 1938 and 1962 amendments came during "New Deal" and "Great Society" administrations, when confidence in government as a provider and allocator of goods and services was high. Welfare economists explain a preference for government regulation over competitive markets by the existence of "market failures." In the case of drugs, the "market failure" argument is typically that profit motive will lead manufacturers to produce too many drugs too quickly, that these drugs will consequently be poorly manufactured, [FN28] designed, [FN29] or marketed, [FN30] and that consumers will suffer losses that could be avoided if manufacturers were subject to government regulation. Several "consumer watchdog" groups embrace this market failure theory wholeheartedly. Dr. Sidney Wolfe of Public Citizen, for example, recently warned Congress not to privatize any FDA functions because drug manufacturers "mak(e) decisions based more on who fills their pocketbook than what is best for the public health." [FN31]

In formal economic theory, the "market failure" commonly attributed to pharmaceutical manufacturers' profit motive is ascribed to "imperfect information." The theoretical argument goes roughly as follows:

. Private choice of goods and services maximizes global satisfaction only if consumers perfectly know what they want and flawlessly calculate whether products offered for sale will give them what they want. These conditions imply an elimination of all risk.

. A risk-free universe does not exist, of course, and is especially absent where disease is concerned. Consumers of drugs, in fact, have doubts both about what ails them and about the effects of proposed remedies for that ailment.

.*464 . Producers of a remedy could provide useful information on the latter subject to consumers, but informational asymmetry encourages false or positively biased reports of drug efficacy.

. Furthermore, information is a "public good": once it is originated, it can be reproduced or broadcast. Since others can cheaply copy costly-to- produce information, the argument goes, the private market is likely to produce insufficient quantities of data about pharmaceuticals. Nor is it likely that disinterested third parties would provide correct evaluations of a drug's safety and effectiveness.

Thus, concludes the argument, government must fill the gap created by informational market failure. Government can do this by testing and certifying drugs, and by requiring exceptional quality before authorizing drug marketing.

There are many difficulties with the market failure rationale for the government's drug certification monopoly. Some can be usefully sketched now. First, the market failure argument explains little because it explains too much. Virtually all consumer goods and services are purchased by buyers with incomplete information. How long will that pair of panty hose last, and will its chemical formulation provoke allergic reactions? Will this champagne bottle explode in my face, scarring me for life? Is the doctor operating on me this morning recovering from last night's party? Will the law school I just applied to have an excellent reputation when I graduate three years from now? On all these issues, should I trust the information I receive from the not- disinterested department store, bottler, surgeon or admissions office? Consumer information is never perfect, and ignorance (i.e., risk) therefore inevitably influences all choices relevant to our well- being. But few consumers are confident enough in government's ability to discover and process information to argue for the replacement of market allocation and consumer choice by regulatory agencies merely because information is imperfect. [FN32]

Moreover, the major premise of the market failure argument, that information is a "public good" underproduced by markets and therefore efficiently provided only by government, is flawed. Competitive forces privatize information much more readily than is commonly believed by welfare economists. [FN33] Competitors with better products profit by pointing *465 out imperfections in their rivals' merchandise. Testing publications, from Consumers' Reports to Car and Driver, find markets for information, ranging from open evaluation to formal certification of products. [FN34] The value of these publications (and for that matter, the value of pharmaceutical manufacturers' products) derives in part from the reputation for quality they acquire. In fact, the "goodwill" value of brand names, trademarks, and other intellectual property, which both product manufacturers and consumer publications ferociously protect, [FN35] is largely a function of this reputational effect. Commercial activity (whether by automobile manufacturers or drug producers) consists not of one-shot events but rather of a series of repeat dealings; only myopic producers generate false product information if it is likely that the misinformation will become known. Admittedly, fly-by-night operators by definition don't feel reputational risk: but that is precisely why the market values their products less than it does those of a Proctor & Gamble or a Merck. That is why the used car sold through classified ads costs less than the same car sold by a reputable dealer. In the absence of any federal regulation, market prices for products already compensate ex ante for informational imperfections.

Of course, reputational markets are not perfect. Most notably, "agency problems" incite misbehavior. Employees may, for example, deceive drug (or car, or pantyhose, or surgery, or law school) "purchasers," because by the time the misinformation is discovered the employee will have comfortably retired, having personally reaped a profit while the corporation is left with the long-term loss. While agency problems do exist, in government [FN36] as well as in private industry, it is important to note that tort and contract law create powerful incentives for private firms [FN37] to monitor employee behavior. Thus, state common law instills confidence in information without the need for heavy-handed federal regulations.

*466 For example, incorrect information dispensed by manufacturers typically constitutes a "breach of express warranty," giving rise to strict liability suits by consumers injured as a consequence. [FN38] Poor manufacturing techniques, shoddy design work, inadequate warnings or careless preparation (whether by a too-hasty marketer of a drug with side-effects or by a partying surgeon) will result in tort or products liability. This liability is designed to fully compensate wrongfully harmed victims, thereby forcing wrongdoers to internalize the cost of their misbehavior. Some believe that tort law under-compensates plaintiffs, [FN39] while others feel that tort recovery is too generous. [FN40] Depending on who is right, tort should be made more plaintiff- or defendant-friendly. But that is a question of tort law, not of government regulation. [FN41] If the amount manufacturers (or service providers) must pay injured parties in tort suits is greater than the long term gain they derive from deceiving their customers, [FN42] the flow of information will be improved. [FN43] This will occur precisely in cases where it is appropriate to modify the manufacturer's (or service provider's) behavior. [FN44] Tort and products liability law can and do result in increased informational output from manufacturer to consumer precisely in those instances where such output might otherwise be insufficient. [FN45]

Finally, while the market failure argument supposes (incorrectly, as seen immediately above) that private corporations' incentives to produce information are insufficient, it also assumes that government incentives to inform consumers are not distorted. But this benign view of government has been challenged by political theorists ever since the Federalist Papers. Scholars who monitor civil servants know that "agency problems" are notoriously likely to reduce bureaucrats' efficiency. [FN46] "Public Choice" analysis teaches that informational asymmetries lead government agencies to be overly cautious in approving new drugs. The loved ones of those who have died because a non- approved (or non-developed) drug they never heard of might have saved them had it been developed and marketed are *467 typically unaware of these possible causal links. On the other hand, every crippled victim of a defective drug is visible to journalists, politicians, lawyers, and judges. Every new drug is, therefore, potentially another Thalidomide to bureaucrats. [FN47] As Sam Kazman has written:

From the FDA commissioner to the bureau heads to the individual NDA reviewers, the message is clear: if you approve a drug with unanticipated side effects, both you and the agency will face the heat of newspaper headlines, television coverage and congressional hearings. On the other hand, if the FDA insists on more and more data from a manufacturer, and finally approves a drug which should have been on the market months or years before, there is no such price to pay. Drug lag's victims and their families will hardly be complaining, because they won't know what hit them. . . . They only know that there is nothing their doctors can do for them. From the standpoint of . . . politics, they are invisible. [FN48]

The distortion resulting from FDA regulation is systematic. "Type 1" certification error is when a drug is approved that causes more harm than good, while "Type 2" certification error occurs when a drug is not approved, but that drug would have caused more good than harm. The above analysis indicates that market forces, tempered by contract and tort remedies, tend to minimize the sum of these two errors: anything less would reduce drug manufacturers' profits. Government regulation, in contrast, is acutely sensitive to Type 1 error but relatively unfeeling to Type 2 error.

Public choice theory has been borne out by practice, as is revealed by recent illustrations of the informational failure resulting from the FDA's certification monopoly:

. The cardiopump is standard equipment in ambulances in many countries, but it is not available in the United States. Initial tests in the United States in 1992 showed that, though not universally effective, use of a cardiopump led to a survival rate thirty-five percent greater among unconscious heart attack victims. Nevertheless, in 1993 the FDA ordered that use of the pump cease because unconscious patients could not give "informed consent" before the device was "tested" on them. The cardiopump may help many people: one estimate is that its use could save up to 7,000 Americans each year. [FN49]

.*468 . A forty-two month delay in making Interleukin-2 available to patients with kidney cancer cost nearly 100 unidentified deaths per month. [FN50]

. Delays in the approval of the emergency anti-blood-clotting drug, TPA, are estimated to have resulted in more than 100,000 preventable heart-attack deaths. [FN51]

. The FDA took seven years before approving tacrine, THA, which would have greatly improved, and in some cases saved, [FN52] the lives of thousands of Alzheimer patients. [FN53]

. Wyoming physician Michael Werner had the knowledge and resources to visit Japan in 1993 for experimental treatment for his rare form of brain cancer. The treatment has not been approved by the FDA. According to Dr. Werner, 120 patients with brain tumors like his had been treated in Japan with a fifty- two percent five-year survival ratio. In the United States, ninety percent of patients with Dr. Werner's disease die within twelve months; only one percent survive five years. [FN54]

FDA regulations require that the clinical studies necessary to obtain approval of a new drug or medical device be "randomized" and "concurrent," i.e., new devices or drugs must be blind-tested against placebos or FDA- approved products. This poses ethical problems if the new device or drug is so superior to existing technology that the "placebo" half of the double-blind pair is virtually condemned to death. However, the FDA tolerates this state of affairs and tends to intervene only when real victims are publicly identified. For example, the agency ordered hospitals to stop using specialized baby ventilators, which are irreplaceable in saving very sick infants because they provide uniquely tiny breaths of air, because hospitals refused to "blind-test" them and thereby condemn fifty percent of air-deprived infants. Dr. Martin Kessler of Georgetown University Medical *469 Center estimates that scores of babies died as a result. Subsequent to the FDA decision, protests from doctors who pointed to named infants' deaths were aired on the television show "20/20." Only then did the agency again allow use of the ventilators. [FN55]

The pre-market approval process for new medical devices, required since 1976, [FN56] averaged 840 days during the first six months of fiscal 1994, compared to 420 days in 1990. If manufacturers wish to improve devices already on the market before 1976, they must file a notification (or "510(k)") application with the agency. [FN57] Although the FDA is legally obliged to rule on 510(k) applications within ninety days, in fact the average review time apparently increased from ninety-eight days in 1990 to 213 days in 1994. [FN58] These expensive delays, obviously a product of the agency's zealous desire to control for Type 1 error, result, at the margin, in decisions not to introduce new or improved devices.

These are only some illustrations of FDA conduct; many others could have been provided. [FN59] They are not mere technical failings that could be addressed through more careful agency oversight. [FN60] Rather, they are the inevitable result of the institutional incentives of public regulators. The more complete the government's monopoly over drug and device certification, the more pernicious are these results. Fortunately, however, the FDA's monopoly has never been complete.

III. THE GAP IN THE FDA'S CERTIFICATION MONOPOLY: OFF-LABEL PRESCRIPTIONS

The FDA's certification monopoly for drugs and new devices has hastened the death of thousands of Americans. But, as discussed in Part I supra, the use of ethical drugs and devices in America pre-dates mandatory pre-certification rules. This chronology has left "gaps" in the FDA's *470 certification monopoly: pockets of market-oriented behavior that have not yet been stifled by the agency.

One important breach in the monopoly results from "off-label prescriptions." Physicians may not prescribe, nor may manufacturers market, drugs or devices that have not received FDA approval. [FN61] Courts have found both doctors and pharmaceutical companies "per se negligent" in tort when they defy the FDA's power in this area. [FN62] But if a drug or device is approved by the agency as safe and effective for one purpose, no FDA regulations prevent doctors from prescribing it for any other purpose. Thus, doctors, hospitals, and researchers may discover that a drug approved, labeled, and marketed for treatment of one kind of cancer is effective at treating other diseases. They write up these discoveries in refereed medical journals and other publications. [FN63] Physicians read or hear about these other uses and then prescribe the drug for the "off-label" uses. Under common law, writing an "off-label prescription" is not "per se" negligent. Tort law will, of course, sanction independently negligent prescriptions, for instance, if a doctor has misread the journal literature or has neglected to prescribe the correct dose.

The FDA has sporadically attempted to suppress off-label prescriptions. [FN64] In 1979, the agency attempted to prevent a physician from prescribing a drug, which had been approved as a medication for lead poisoning, for a patient with arteriosclerosis. The Fifth Circuit Court of Appeals rejected the FDA's claim that the physician had "misbranded" the drug, i.e., falsely claimed that the agency had approved of its proposed use, by prescribing or by advertising the new therapy. [FN65] FDA power has been more successfully invoked against manufacturers, however. Pharmaceutical companies had routinely publicized, to doctors and to the general public, *471 results of new research on their already-approved drugs, thereby alerting physicians (the vast majority of whom do not subscribe to, say, the New England Journal of Medicine) to new ways to help patients. In 1991, however, FDA Commissioner Kessler succeeded in prohibiting this "misbranding." [FN66]

These efforts to extend the FDA's certification monopoly to off-label prescriptions have cost lives and money in several ways. For example, many insurers, following Medicare's lead, [FN67] deny or limit drug cost reimbursement for off-label use. Nearly twenty-five percent of oncologists surveyed by the Government Accounting Office in 1991 reported varying from their preferred treatment because of anticipated denial of Medicare reimbursement. [FN68] But because Medicare reimbursement for costly hospital stays is fixed, hospitalization is used to circumvent the out-patient system. Sixty-two percent of the oncologists surveyed had admitted patients to hospitals solely to ensure reimbursement for drug therapy that would be denied on an out-patient basis. [FN69] However, recent and developing case law has limited state governments', and, to a lesser degree, private health insurers', discretion to rely exclusively on FDA approved use in determining coverage. [FN70]

Another illustration of health risks created by the FDA's crackdown on "misbranding" involves what is perhaps the most widely used "over-the- counter" drug. Influential studies suggest that the risk of heart attacks for males over fifty years old is cut in half by taking one aspirin every other day. According to an article in the New England Journal of Medicine, publicity for the aspirin treatment could save from 10,000 to 100,000 lives each year. [FN71] Yet the FDA, until recently, prohibited aspirin manufacturers *472 from making any claims about heart attacks. Since aspirin is no longer patented, no company has the incentive to spend the millions of dollars for clinical trials and other tests necessary to lead the agency to authorize publicity for this "new use." [FN72] Even when drug patents are effective, unless a manufacturer is willing to submit an NDA supplement for an unapproved use, the manufacturer has little incentive to generate information on the safety and effectiveness of the new use. Nor may manufacturers even distribute reprints of peer-reviewed journals or textbooks in which off-label uses are documented, even though drug producers are an efficient clearing house for such material. [FN73]

Despite its efforts the FDA has not stemmed the tide of off-label prescriptions. Estimates vary widely, but it appears that off-label uses presently account for from twenty to sixty percent of all prescriptions currently written. [FN74] A recent study by the Government Accounting Office found off-label prescribing to be the rule for many types of therapy. [FN75] Tort law recognizes this custom, declining to impose any requirement that physicians inform patients that their medication is being prescribed for a non- FDA-approved use. [FN76]

It is interesting to note that off-label prescriptions have proliferated despite tort law's implicit bias in favor of FDA-approved uses. A physician has a functional and limited tort immunity in the sense that he is never negligent merely for prescribing a drug for an FDA-approved purpose, although he still must transmit appropriate warnings and must check for possible drug allergies, etc. [FN77] If, on the other hand, a doctor prescribes a *473 drug for "off- label" use, there is neither immunity nor per se negligence. [FN78] Common law negligence principles apply, i.e., a doctor will be liable to an injured patient if the current state of research or customary medical practice impugns the off-label use. [FN79]

Obviously, many more people would die, and the clamor about FDA- induced "drug lag" would be more intense, if off-label prescriptions were suppressed. In an important sense, the medical profession has reduced public pressure on the FDA by privately performing research and issuing recommendations that manufacturers find too costly due to FDA regulations. However, private research and recommendations only deal with already-approved drugs and devices; despite the gap in its certification monopoly, the FDA retains legal control over the approval of a drug or device for its first approved use. The proliferation of beneficial off-label prescriptions demonstrates the illogical foundation of the agency's monopoly. Why should FDA approval be a sine qua non to "first use" when, once approved, the drug can be put to any number of other non-approved uses, subject only to the general rules of tort liability?

The theoretical and practical drawbacks of the status quo make it worthwhile to elaborate on a recommendation, initially sketched by the Competitive Enterprise Institute, [FN80] which if properly developed could preserve FDA evaluative functions while saving hundreds of thousands of lives. The proposal is to terminate the FDA's "first use" monopoly by permitting "off-label manufacturing," just as "off-label prescribing" is presently allowed. This proposal would resolve the agency's incentive asymmetries and result in FDA consideration of both "Type 1" and "Type 2" certification errors. The remainder of this Essay clarifies and defends this proposal.

*474 IV. LOOSENING THE CERTIFICATION MONOPOLY: FROM OFF-LABEL PRESCRIPTION TO "OFF-LABEL MANUFACTURING"

To recap this Essay's findings, first, FDA authority has expanded piecemeal in reaction to scattered tragic occurrences of drug misuse. The result of this expansion is that the FDA has metamorphosed from a guardian against fraud in marketing to a prime determinant of the production of ethical drugs and medical devices. Second, the FDA's present role cannot be justified by economic or political theory. The agency's skewed incentives, which contrast with those of manufacturers and physicians, have had the effect of aggravating illnesses and accelerating deaths. Third, the FDA has attempted to suppress what remains of market-driven selection of ethical drug use. Despite its efforts, a significant proportion of medications are used in non-FDA-approved ways. If this private defiance of the FDA had been eliminated, the perverse effects of the agency's disincentives would have been far more tragic.

What measures can be taken to reconcile economic and political theory with FDA practice? The outright abolition of the agency, or even its reinstatement as a "consumer protection" division devoted solely to policing and prosecuting fraudulent claims about drugs, are not viable solutions. A significant segment of the public is likely convinced that the agency should retain a role in the ex ante evaluation of drug safety and efficacy. On the other hand, the phenomenon of off-label prescriptions demonstrates that the FDA has never exercised hegemony over the evaluation of therapeutic uses of medication: practitioners, controlled by common law tort, do "end-runs" around the FDA with quite desirable results.

Once this is grasped, it becomes apparent that the FDA's function would not change if practitioners could recommend non-approved drugs as easily as they can now recommend non-approved uses of drugs. Just as any doctor may today legally write "off-label" prescriptions of drugs or devices, it could be lawful to manufacture drugs and devices "off-label." The FDA would, under this proposal, remain accessible as a state-funded monitor of safety and efficacy, as well as a policeman of consumer fraud.

This proposal does not create any windfall gain for manufacturers of dangerous drugs. By analogy to physicians writing "off-label prescriptions," manufacturers producing "off-label drugs" would not benefit from tort immunity. [FN81] Producers of "off-label drugs" would be liable for design defects [FN82] (i.e., marketing a drug that should never have been put on the *475 market) in these drugs, while producers of FDA-approved drugs would be immune to liability just as are doctors who write "on-label" prescriptions today. [FN83] All producers of drugs would, of course, still be liable for manufacturing defects and failures to warn (e.g., if a batch of the drug is contaminated, or if a label incorrectly indicates the appropriate dosage, etc.) just as physicians are liable for negligently mis-prescribing approved drugs under current law. But liability for a design defect would be precluded only if the FDA has approved the drug.

My recommendation is emphatically not a proposal to "emasculate" the FDA. In fact, in at least two areas it enhances the value of FDA certification. As just stated, it provides "on-label" manufacturers with a design defect "shield" they presently lack, courtesy of agency approval. [FN84] Second, while physicians are presently not compelled by statute or common law to inform patients that they are writing "off-label" prescriptions, [FN85] this proposal would assuage nervous consumers and increase FDA visibility by requiring doctors to obtain "informed consent" from patients if an ethical drug the doctor recommends is not approved by the agency.

*476 What effect would this modification of FDA authority have on the allocation and distribution of ethical drugs? The remainder of this Essay explores this question Socratically, by answering a series of hypothetical criticisms dealing with the interface between tort liability and decisions regarding drug production and use.

A. Critique #1: Without an FDA Right to Reject Market Decisions to Produce Drugs, Manufacturers Would Market "Snake-Oil" Cures Harming Millions

Readers who have followed the analysis in Part II of this Essay supra will recognize that this critique is unfounded. Manufacturers interested in maintaining a presence in the market and in enhancing their brand image have little incentive to market "snake oil." Excellent quality automobiles, croissants, and knives are produced despite the absence of mandatory pre- sale government approval of each design, even though defective versions of any of these products are extremely detrimental to our health.

In rebuttal, one might contend that government pre-approval of drugs is more important to the public than pre-certification of the wares of the neighborhood baker or cutler. But this contention fails to recognize that all certifications tend to become valuable over time. It may well be the FDA's structural obsession with avoiding Type 1 headlines that instills misplaced public confidence. If the public retains this confidence following implementation of this Essay's proposal, manufacturers will make the investment needed to obtain FDA approval, for they could then recoup the investment by exacting a premium in the marketplace. Over time, market valuation of FDA approval would stabilize (formally stated, a demand function for the agency's services would emerge). The label "FDA inspected and approved," if truly esteemed by the public, would add more than enough value to a drug or device to ensure the agency's survival even in the absence of a statutory monopoly. [FN86] The government could then engage in informed cost-*477 benefit analysis of the FDA's policies, including its fixation with Type 1 errors.

B. Critique #2: Without Mandatory FDA Approval, Manufacturers Would Refuse to Produce Most Drugs or Devices Because of Their Fear of Products Liability

Both economic theory and present-day practice suggest that fear of products liability does not stop manufacturers from producing goods. Manufacturers produce motorcycles and ladders despite the absence of pre- market government approval. They are held liable when their product is defectively designed or manufactured. [FN87] Conversely, FDA approval does not presently immunize manufacturers of pharmaceuticals (as distinguished from Class III medical devices [FN88]) from products liability. [FN89] This Essay's proposed immunization of manufacturers of FDA approved drugs (against design defect liability [FN90] only) might therefore increase availability of ethical drugs. [FN91] At the very least, it is obvious that the elimination of the agency's certification monopoly would not remove ethical drugs from the market.

As discussed in Part I supra, manufacturers now decline to develop certain drugs because pre-approval expenses render such development unprofitable. To accept Critique #2 is to imply that manufacturers will refuse to produce drugs with or without agency oversight. This is a non- sequitur. Clearly, the elimination of the agency's certification monopoly would not remove ethical drugs from the market.

*478 C. Critique #3: Doctors Would Never Prescribe Non-FDA Approved Drugs or Devices, for Fear of Malpractice Liability

The prevailing "gap" in the FDA's certification monopoly dulls this criticism. Fear of malpractice liability has not precluded off-label prescriptions, even though off-label prescriptions lack the tort protection that derives from FDA use-approval. [FN92] Doctors are clearly willing to be held to common law negligence standards [FN93] when prescribing drugs for off- label uses. They would arguably agree to be held to the same standards when prescribing off-label drugs. [FN94] Indeed, common law tort has evolved to the point that a physician's decision not to prescribe a drug for a widely accredited off-label use could well constitute malpractice. [FN95] In this way, again, the private sector has mitigated the effects of the FDA's disdain for "Type 2" error. Legislation permitting prescription of off-label drugs would further alleviate this problem. Note that these new drugs would likely fill very urgent medical needs: the relative tort protection provided by FDA certification means that physicians would likely need good reasons [FN96] for utilizing non-FDA approved drugs or devices if there exists FDA-certified alternative treatments.

One might wonder how doctors would learn of "off-label manufactured drugs." Currently, medical journals, which, incidentally, can be admitted into evidence at malpractice trials, describe off-label uses of FDA-approved drugs. The procedure for introducing non-approved drugs would likely be very similar. Journals and other disseminators of knowledge about the safety and efficacy of drug usage would find it in their interest to also produce information on new pharmaceuticals. The same reputational pressures that encourage the New England Journal of Medicine to refrain from publishing unscientific drivel on new drug uses will promote accuracy on the part of private reviewers of new drugs. [FN97]

*479 Private firms already provide such informational services in fields where the government has not seized a legal monopoly. Corporations regularly evaluate and certify design and production parameters, or "standards," [FN98] for goods and services as diverse as bricks and law schools. Reliance on these evaluations and certifications is an important element of malpractice defense for, in the above examples, architects and guidance counselors, even though the certifications lack mandatory legal authority. [FN99] Unlike government agencies such as the FDA, private firms cannot be politically constrained to accredit, or to refuse to accredit, new products or designs. [FN100] Furthermore, rival certifying firms might arise if a sufficient number of knowledgeable parties react negatively to an existing agency's inefficiency or corruption. [FN101] Competing agencies exist in many fields, [FN102] some of them well known to physicians. [FN103] But no firm may compete with a government monopolist.

D. Critique #4: Private Firms Will Not Be Willing to Certify Drugs and Devices, Because, Unlike the FDA, [FN104] They Will Be Liable for the Unexpected Side Effects of Drugs They Have "Approved"

This is another baseless critique. It begs two important questions. First, for reasonably foreseeable side effects (for example, teratogenic side effects that were discernable through testing), this critique's underlying assumption *480 is that such calamities will occur frequently as a result of lax private drug certification, i.e., that market incentives will not induce private certifying agencies to discover these problems. This Essay challenges that assumption. Markets, supplemented by tort law, provide strong incentives for certifying agencies to do their jobs well. Second, for unknowable future side effects, it is not clear why a non-negligent certifying agency should be liable for results it could not have reasonably prevented. Manufacturers of ethical drugs are not liable for such side effects today, [FN105] and there is no reason why a certifying agency should assume presently nonexistent liability in their place. [FN106]

More fundamentally, this Essay's critique of the "informational market failure" argument emphasizes that profits can be earned from certification even if there is a risk of liability. Some "certifiers," such as Underwriters' Laboratories, charge manufacturers directly for their services. Others, such as Consumers' Union (publisher of Consumers' Reports), earn money solely from the public sale of evaluative information. Both types of companies devote considerable resources to protecting their intellectual property, which enables them to privatize the information they produce. [FN107] Still other companies, such as Hearst Corp., publisher of Good Housekeeping (whose "Seal of Approval" is affixed to products) earn money from subscribers (purchasers of their evaluative information) and from manufacturers of the products they certify. Although payment of fees by manufacturers might blur the distinction between publicity and certification, protection of *481 trademark value and tort liability [FN108] furnish incentives to accurately assess products.

Insurance companies would likely have a comparative advantage in competing as quality certifiers. Liability insurance companies already have a vital incentive to accurately evaluate products whose quality is likely to affect their exposure. One of America's most venerable private certifiers, Underwriters' Laboratories ("UL"), is in fact a cooperative venture of insurance companies that presumably lowers total risk, thereby increasing its members' profit, [FN109] by assuring that only certified products are produced or used by insureds. [FN110] Since UL approval incurs the venture's liability to consumers injured by a defectively designed product that never should have been certified, [FN111] and since insurance companies are quintessentially solvent, UL approval can be seen as a kind of surety bond paid for by manufacturers, assuring purchasers [FN112] that a product design is effective. [FN113]

The UL product evaluation and certification model holds particular relevance for the ethical drug industry under this Essay's proposal to allow off-label manufacturing. Drug manufacturers could offer to indemnify (as if they had issued a surety bond) any physician found liable for prescribing a non-FDA- approved drug they produced. This is analogous to Ford Motor Company contractually "holding harmless" independent dealers for liability incurred as a result of selling a defective new (non-government-approved) Ford. In both cases, of course, manufacturers either self-insure or purchase *482 their own insurance against concomitant risks. [FN114] Drug manufacturers deciding to forego FDA certification could, by risking their capital ("self- insurance") or by purchasing liability insurance, produce quality guarantees for products in which they already have an interest and an expertise. Poor certification practices for ethical drugs would directly cut into the profits of these "insurers," who in fact are serving as a bond for the quality of their pharmaceuticals. [FN115] Good certification practices, accomplished through the establishment of reputable independent agencies (such as Underwriters' Laboratories), maximize insurers' and manufacturers' profits. Both tort liability and self-interested monitoring by insurers will hold certifying agencies in check.

CONCLUSION

The FDA's legal control over medicine has never been all-encompassing. The monopoly that the agency does possess was acquired episodically and accidentally. FDA power over drug certification is not justified by economic or political realities, and while its exercise has prevented some injuries it has also had deadly consequences by delaying or even preventing the introduction of new drugs. However, a gap in the FDA's power, resulting from the ad hoc process through which its jurisdiction was granted, has mitigated its potentially disastrous effects. This current process contains the kernel of a safer and more effective drug regulation policy. This Essay argues that the FDA's authority should be modified by allowing doctors to prescribe non-approved drugs and devices just as they today promote non-approved uses of drugs. Indeed, the FDA itself has recently presented a (very diluted) version of this proposal [FN116] in an effort to calm *483 hostile critics on both sides of the aisle [FN117] in Congress.

Although the relaxation of the agency's monopoly that this Essay proposes would not substantially alter the FDA's everyday work, it would have far- reaching and beneficial effects. It might lead to the establishment of a drug certification industry composed of different types of competitive firms. Non- profits (such as Consumers' Union), for-profits (such as Hearst Publications) and insurers' cooperatives (such as Underwriters' Laboratories) could be expected to enter the drug certification industry. To compete successfully, these firms would have to convince producers, consumers, and doctors that their evaluation processes are high quality. Manufacturers and physicians would make and use privately certified products under these new ground rules, as efficient risk bearers would assume risks of liability via insurance and bonding mechanisms.

Of course, no private evaluation industry will be viable if consumers balk at non-FDA certified drugs. Since this proposal does not eliminate the agency, consumers who remain troubled by non-FDA-approved products will be able to insist on FDA certification. If consumers remain unconvinced that the market has provided efficient substitutes for the agency, drug manufacturers will continue to submit their products to the FDA for pre-market approval. On the other hand, if the FDA becomes perceived as an inefficient agency focused exclusively on the elimination of Type 1 testing error (at the cost of an inefficiently high number of Type 2 errors), the agency's "market share" of certifications will decline. Sick people will increasingly opt to consume privately certified ethical drugs. If this happens, an FDA that wishes to prosper sans its certification monopoly can be expected to put patients' best interests at heart by balancing Type 1 and Type 2 errors instead of responding to bureaucratic pressures at the cost of thousands of lives. At that point consumers will finally benefit from an FDA which puts their interests first.

FNa. Professor of Law, George Mason University School of Law. Internet: mkrauss @vms1.gmu.edu. Assistance from the Law and Economics Center of George Mason University is gratefully acknowledged. Parts of this Essay consist of a development of a proposal initially sketched by the Competitive Enterprise Institute, which will be publishing a different version of this Essay. Thanks to the Hon. Douglas Ginsburg, Richard Jacobus, and Sam Kazman for their useful comments, and to Kenneth Rossman for valuable research assistance. Any remaining errors are, of course, solely the author's responsibility.

FN1. See Competitive Enter. Inst. v. NHTSA, 956 F.2d 321 (D.C. Cir. 1992) (holding NHTSA must consider reduced safety effects when determining fuel efficiency standards). See also Robert W. Crandall & John D. Graham, The Effect of Fuel Economy Standards on Automobile Safety, 32 J.L. & Econ. 97 (1989).

FN2. Numerous reports trace the degradation of our driving habits to the recently rescinded 55 mph federal speed limit, which was imposed as an energy conservation measure. See, e.g., Paul A. Eisenstein, Congress Puts Will of Drivers into Speed Laws, Wash. Times, Mar. 9, 1996, at E1. Eisenstein describes several studies presented to the annual conference of the Society of Automotive Engineers ("SAE"), finding that the 55 mph speed limit has resulted in increased deaths as a result of a loss of "lane discipline:" slow drivers keep to the left because of an artificially low speed limit, leading those driving at higher speeds to pass on the right. Even the Federal Highway Administration's own report to the SAE conference found that lowering speed limits does not reduce accidents, thereby accrediting the theory that the slow driver locked in the left lane is the most dangerous person on the road.

FN3. Federal Food and Drugs Act of 1906, Pub. L. No. 59-384, ch. 3915, 34 Stat. 768 (1906) (codified at 21 U.S.C. SS 1-15 (1906)) (repealed by Federal Food, Drug, and Cosmetic Act, ch. 675, S 902(a), 52 Stat. 1040, 1059 (1938)). For a good history of drug regulation, see Peter Temin, Taking Your Medicine: Drug Regulation in the United States (1980).

FN4. Upton Sinclair, The Jungle (1905).

FN5. Soylent Green (MGM/UA 1973).

FN6. See Sam Peltzman, The Health Effects of Mandatory Prescriptions, 30 J.L. & Econ. 207 (1987).

FN7. Federal regulations did not determine which drugs would be controlled by the prescription process until 1951. Durham-Humphrey Amendment of 1951, Pub. L. No. 82-215, ch. 578, 65 Stat. 648 (1951) (codified in part at 21 U.S.C. S 353). In fact, prior to 1951 individual drug manufacturers determined how to label and sell their drugs, subject only to state laws. See DeFreese v. United States, 270 F.2d 730 (5th Cir. 1959), cert. denied, 362 U.S. 944 (1960).

FN8. See A. Mitchell Polinsky, An Introduction to Law and Economics (1983). Assume, for example, that one million "units" (of an ethical drug) currently sell for five dollars each, but that for one dollar per unit more the manufacturer could add a safety device that would reduce total consumer injuries by two million dollars (for instance, manufacturers could substitute a hypo-allergenic substance for an ingredient that randomly affects a tiny number of users). Assume that if the drug is not improved consumers cannot cheaply avoid these injuries at any cost less than five million dollars (because, say, no consumer knows whether they are allergic to the substance). Thus, the least cost avoider is the drug manufacturer. The drug manufacturer should realize that it can maximize profits by choosing this new ingredient and selling the improved drug at a price above six dollars. If the manufacturer fails to realize this, tort law will "help" it figure this out. When sued by a consumer who suffers an allergic reaction to the non-improved drug, the manufacturer will be found to have marketed a negligently designed drug, see Restatement (Second) of Torts S 402A, cmt. k (1965), since it could have improved the drug for less ($1 million) than the damages the unimproved drug caused ($2 million). Internalizing these damages, the firm will realize that it is cheaper for it to add the safety device to the drug.

FN9. See, e.g., Osborne v. McMasters, 41 N.W. 543 (Minn. 1889) (liability of druggist for mislabeling a poisonous drug); Thomas v. Winchester, 6 N.Y. 397 (1852) (liability for manufacturer of incorrectly labeled drug, even if no privity is involved). Contrary to the current popular belief, early products liability law did not preclude recovery from a defendant manufacturer whose misrepresented product caused injury. MacPherson v. Buick Motor Co., 111 N.E. 1050 (N.Y. 1916) (liability for manufacturer of defective vehicle).

FN10. Drug regulation and enforcement was originally the responsibility of the Bureau of Chemistry in the Department of Agriculture. See Federal Food and Drugs Act of 1906, Pub. L. No. 59-384, ch. 3915, 34 Stat. 768 (1906). The Bureau became the Food, Drug and Insecticide Administration in 1927. That name was shortened to the Food and Drug Administration in 1930. McNary-Mapes Amendment, Pub. L. No. 71-538, ch. 874, 46 Stat. 1019 (1930).

FN11. For further discussion of the relationship between the Elixir Sulfanilamide tragedy and the 1938 Act, see David F. Cavers, Food, Drug and Cosmetic Act of 1938: Its Legislative History and Its Substantive Provisions, 6 Law & Contemp. Probs. 2 (1939).

FN12. Tort liability was rendered difficult because Massengill apparently owned assets only in Tennessee, which had a very short statute of limitations for wrongful death suits. Ultimately, Massengill was found liable under Tennessee law by applying the statutes of limitations of the states where the injury occurred. See, e.g., Wilson v. Massengill, 124 F.2d 666 (6th Cir.), cert. denied, 316 U.S. 686 (1942). In addition to tort liability, Massengill was fined $26,100 for misbranding violations under the 1906 Act.

FN13. The phrase refers to Justice Roberts' vote in West Coast Hotel Co. v. Parrish, 300 U.S. 379 (1937), reversing a series of cases which held unconstitutional various components of "New Deal" legislation. These cases displeased President Roosevelt, prompting his threat to increase the number of Supreme Court Justices until he obtained a majority which would validate to his platform. See The Oxford Dictionary of American Legal Quotations 393 (Fred R. Shapiro ed., 1993); Gerald Gunther, Constitutional Law 457 (12th ed. 1991). No one is certain who authored the phrase. See Michael Ariens, A Thrice-Told Tale, or Felix the Cat, 107 Harv. L. Rev. 620, 623 n.11 (1994).

FN14. It is important to note that drug manufacturers had to establish the safety of a new drug. The effectiveness of the drug was not the FDA's concern. Market forces were still relied on to distinguish effective from ineffective medications.

FN15. See Temin, supra note 3, at 46-51; Peltzman, supra note 6.

FN16. Chemie Grunenthal, the producer of Thalidomide, had been alerted to the drug's neurological hazards by many European physicians. But the firm, in a move that did not serve its long-term commercial interests, consistently dismissed or concealed the problem. Walter S. Ross, The Life/Death Ratio: Benefits and Risks in Modern Medicines 22 (1977).

FN17. There is no reason to believe that the FDA ever suspected that Thalidomide had any teratogenic effect. The delay in FDA approval for the drug was entirely due to the above-mentioned adverse neurological reactions, whose theoretical link to birth deformities is unclear. See id. at 39.

FN18. For a summary of the modifications to food and drug law in 1962, see Henry G. Grabowski & John M. Vernon, The Regulation of Pharmaceuticals: Balancing the Benefits and Risks 2-4 (1983).

FN19. The FDA was required to render decisions within 180 days, but no sanctions were provided for longer deliberation time. See Drugs Amendments of 1962, Pub. L. No. 87-781, tit. I, pt. A, 76 Stat. 781-83, 784, 785 (1962) (codified in relevant part at 21 U.S.C. S 355(c)).

FN20. Grabowski & Vernon, supra note 18, at 5.

FN21. In other words, the 1906 Act recognized the primacy of the market in the production and distribution of medicines, and saw a purely informational role for government. Of course, it is not clear that government is even efficient in evaluating information accurately. See Michael Krauss, Regulation vs. Markets in the Development of Standards, 3 S. Cal. Interdisciplinary L.J. 781 (1994).

FN22. Sam Peltzman, Regulation of Pharmaceutical Innovation 18 (1974).

FN23. See Grabowski & Vernon, supra note 18, at 30; Kenneth Kaitin, Written Testimony Before House Subcommittee on Oversight and Investigations, Tufts Center for the Study of Drug Development, May 25, 1995. The process for new drug approval begins with preclinical testing of a compound in a laboratory and on animals. This stage takes on average 3.5 years to satisfy the FDA. If successful, researchers then file an IDA (Investigational New Drug Application) with the agency. This requires a three-stage clinical testing procedure on human subjects, monitored constantly by the agency: Phase 1 determines safety and dosage on a small group of volunteers, over about one year. Phase 2 measures the effectiveness of the drug on hundreds of volunteers, over about two years. Phase 3 confirms the efficacy of the drug in double-blind tests involving hundreds if not thousands of volunteers and control groups, lasting on average three years. See 21 C.F.R. S 312.21 (1987).

FN24. Carolyn Lochhead, Deadly Over-Caution: FDA Assailed for Slow Testing of New Drugs, S.F. Chron., Oct. 26, 1992, at A1.

FN25. If fewer drugs are available, lessened competition will increase prices.

FN26. See Kenneth I. Kaitin et al., The Drug Lag: An Update of New Drug Introductions in the United States and in the United Kingdom, 1977 Through 1987, 46-2 Clinical Pharmacology & Therapeutics 121 (1989).

FN27. The pharmaceutical industry introduced each year an average of more than three times as many drugs (54 to 16) before 1962 as after. See Henry G. Grabowski, The Prescription for High Drug Prices: Factors Contributing to Rising Prescription Drug Prices, Consumers' Res., Dec. 1992, at 10.

FN28. For example, the drug manufacturer might use poor sterilization processes.

FN29. For example, insufficient care might be given to the study of allergic or other abreactions, or to drug interaction effects.

FN30. For example, firms might exaggerate a drug's therapeutic effects, or not draft labels that would alert users to abreactions or optimal dosage.

FN31. FDA to Leave Firms to Devices, Wash. Times, Apr. 7, 1995, at A6.

FN32. Some readers might have the following reaction to the above examples: "Yes, we almost always have incomplete information, but in the case of ethical drugs imperfect information is especially severe, and its consequences can be especially bad." Later in this Essay, I try to show that government monopoly over drug certification is, neither in theory nor in practice, the best way to combat informational problems. At this point, my modest claim is that informational problems are endemic to daily life in a free society.

FN33. For an in-depth discussion of this point, see Michael Krauss, Property, Monopoly, and Intellectual Rights, 12 Hamline L. Rev. 305 (1989). See also Krauss, supra note 21. The privatization of information will not be possible, of course, if legislation prevents it (say, by denying copyright or patent protection to information producers).

FN34. The burgeoning growth of private on-line information systems (e.g., America Online, LEXIS- NEXIS, etc.) and the anticipated streamlining of Internet services will likely make the diffusion of such information much less costly. If dangerous side effects emerge in users of a particular product, the "Net" may allow extremely rapid dissemination of this information. Arguably, news of Thalidomide's neurological side effects would become much more difficult to hide today.

FN35. See infra note 107.

FN36. Janet Novack has repeatedly detailed FDA corruption scandals in articles written for Forbes magazine. See, e.g., Janet Novack, Drug Abuse, Forbes, Oct. 16, 1989, at 10; Janet Novack, Drug Abuse, Forbes, June 26, 1989, at 34.

FN37. Unfortunately, tort law provides less incentive to monitor negligent government workers, since their managers (unlike corporate owners) have no direct ownership claims which allow them to directly profit from good monitoring. Tort law's inability to adequately motivate government workers is a contemporary justification for sovereign immunity (excluding tort liability to limit drains on tax dollars). Of course, causation may well run the other way, too: that is, sovereign immunity arguably leads to inadequate monitoring devices in the public sector.

FN38. See, e.g., Seely v. White Motor Co. 63 Cal. 2d 9, 14 (1965) (holding privity between consumer and manufacturer is not required for manufacturer to be sued for breach of express warranty).

FN39. See, e.g., Richard L. Abel, A Critique of Torts, 37 UCLA L. Rev. 785 (1990).

FN40. See, e.g., Peter Huber, On Law and Sciopsophy, 24 Val. U. L. Rev. 319 (1990).

FN41. See Michael Krauss, Tort Law and Private Ordering, 35 St. Louis U. L.J. 623 (1991).

FN42. Such gain should not be easily assumed; reputational costs make it problematic, as seen supra notes 33-35 and accompanying text.

FN43. See, e.g., supra note 8.

FN44. If it would have cost more ex ante to modify the manufacturer's behavior than would be saved through such a change, then the modification is not socially beneficial. See Ronald Coase, The Problem of Social Cost, 3 J.L. & Econ. 1 (1960); supra note 8.

FN45. A strong argument can be made that the consumer is presently paying for more information than she wants because tort law is skewed toward over- compensating victims. Any reader who has seen the labels on new ladders will understand this point.

FN46. See James E. Buchanan & Gordon Tullock, The Calculus of Consent (1961).

FN47. During the Thalidomide episode the FDA and one of its employees were praised by both the President and Congress for the purely negative action of delaying (not disapproving) endorsement of Thalidomide. The employee and the FDA had never been praised for approving a drug, or for expediting approval or, in fact, for any positive decision.

FN48. See Sam Kazman, Deadly Overcaution, 1 J. Reg. & Social Costs 31, 103 (1990).

FN49. See Alexander Volokh, Feel a Heart Attack Coming? Go to France, Wall St. J., Aug. 2, 1994, at A14. In April, 1995 the Journal of the American Medical Association published a study questioning the claimed superior efficacy of the cardiopump. See Theresa M. Schwab et al., A Randomized Clinical Trial of Active Compression-Decompression CPR v. Standard CPR in Out-of- Hospital Cardiac Arrests in Two Cities, 273 JAMA 1261, 1261-68 (1995). However, neither this nor any other study has found any added risk from cardiopumps. Schwab's article underlined the need for further research, which hospitals would presumably be free to conduct were it not for the FDA prohibition. An editorial in the same issue of the AMA Journal expressed "astonish(ment) and dismay" at the FDA's policy on research of emergency devices.

A 1993 congressional report found that 26 U.S.-made life-sustaining cardiovascular products were not available in this country, but have been approved and are in widespread use overseas. Less Than the Sum of Its Parts: Reforms Needed in the Organization, Management, and Resources of the Food and Drug Administration's Center for Devices and Radiological Health, Comm. Print. No. 103-N, 103d Cong., 1st Sess. (1993).

FN50. Daniel Henninger, Will the FDA Revert to Type, Wall St. J., Dec. 12, 1990, at A16. Although widely available in Europe in the 1980s, Interleukin-2 was not approved by the FDA until May 1992.

FN51. Daniel J. Murphy, Investors' Bus. Daily, May 3, 1994, at 1.

FN52. An Alzheimer patient whose symptoms are controlled is less likely to wander off from home.

FN53. Joe Graedon & Dr. Teresa Graedon, Alzheimer's Treatment Helps Some Patients, Balt. Sun, May 10, 1994, at 5D.

FN54. Mike Meyers, Dr. Went to Japan for Treatment He Couldn't Receive in America, Minneapolis Star Trib., June 26, 1994, at 12A.

FN55. See 20/20: .So Safe You Could Die'--Overregulation by the FDA (ABC television broadcast, Aug. 12, 1994), transcript at 7.

FN56. See Medical Device Amendments to the Food and Drug Act of 1976, Pub. L. No. 94-295, S 360, 90 Stat. 539 (1976) (codified as amended at 21 U.S.C. S 360).

FN57. Id. S 510(k).

FN58. Medical Device User Fee Act of 1994: Hearings on H.R. 4728 Before the Subcomm. on Health and the Environment of the House of Representatives Comm. on Energy and Commerce, 103d Cong., 2d Sess. (1994) (testimony of Mr. Robert O'Holla, Vice-President for Regulatory Affairs, Johnson & Johnson).

FN59. See, e.g., Joseph A. DiMasi et al., New Drug Development in the United States from 1963 to 1990, 50 Clinical Pharmacology Theraputics 471 (1991).

FN60. Such is the recurrent claim of FDA Chairman David Kessler. See, e.g., Council on Competitiveness and FDA Plans to Alter the Drug Approval Process at FDA: Hearings Before the Subcomm. on Human Resources and Intergovernmental Relations of the House of Representatives Comm. on Government Operations, 102d Cong., 2d Sess. 47-145, 226-357 (1992) (statement of David Kessler, Chairman of the Food and Drug Administration).

FN61. Except for those drugs and devices "grandfathered" by the 1976 amendments.

FN62. See, e.g., Stanton ex rel. Brooks v. Astra Pharmaceutical Prods. Inc., 718 F.2d 553, 565 (3d Cir. 1983); Orthopedic Equip. Co. v. Eutsler, 276 F.2d 455, 460-61 (4th Cir. 1960).

FN63. For examples of this process involving journals, textbooks, and even the Internet, see William L. Christopher, Drug Prescription: Filling the Regulatory Vacuum, 48 Food & Drug L.J. 247 (1993); Richard M. Cooper, Unapproved Uses of Drugs: An Analysis and Some Proposals, 49 Food & Drug L.J. 533 (1994).

FN64. In a position paper over 20 years ago, the FDA admitted that "(o)nce the new drug is in a local pharmacy . . . the physician may, as part of the practice of medicine, lawfully . . . vary the conditions of use from those approved on the package insert, without informing or obtaining the approval of the Food and Drug Administration." 37 Fed. Reg. 16,503 (1972). This acknowledgment by the FDA was in fact part of a proposal to curb off-label uses, if necessary by revoking approval of any drug used "too often" in an off- label fashion. The 1972 proposal was abandoned, however, and in 1982 the FDA issued a bulletin formally emphasizing that it condoned off-label use as "accepted medical practice." 12 FDA Drug Bull. (United States Food and Drug Admin., Washington, D.C.), Apr. 1982, at 4. The 1982 bulletin was seen by some as an abdication by the FDA of its desire to control off-label use. See, e.g., American Medical Association, 1991 Drug Evaluations Manual 13 (1991). But see infra, note 66, where more recent efforts to discourage off-label prescriptions are detailed.

FN65. United States v. Evers, 643 F.2d 1043, 1052-54 (5th Cir. 1981).

FN66. See Teri Randall, FDA Scrutinizes .Off-Label' Promotions, 266 JAMA 11 (1991); see also 21 C.F.R. SS 310.3(h)(4), 312.7(a), 314.70(b)(3) (1994).

FN67. See 54 Fed. Reg. 4302, 4306, 4316 (1989) (providing reimbursement only for "safe and effective" drug use, and defining FDA approved uses as "safe and effective").

FN68. United States Government Accounting Office, Off-Label Drugs: Reimbursement Policies Constrain Physicians in their Choice of Cancer Therapies, GAO/PEMD-91-14, at 35 (1991).

FN69. See id. at 37.

FN70. In Weaver v. Reagan, 886 F.2d 194 (8th Cir. 1989), Missouri defended its refusal to provide Medicaid coverage to certain AIDS patients on the grounds that their preferred therapy, AZT, had only been approved by the FDA for patients with a different HIV profile than the plaintiffs'. The Eighth Circuit reasoned that Medicaid was required to provide "medically necessary" care, and that the distinction between "medically necessary" and "experimental" care should be established by the medical community, not by the FDA approvals. 886 F.2d at 198-200. In Pirozzi v. Blue Cross-Blue Shield, 741 F. Supp. 586 (E.D.Va. 1990), a district court enjoined an insurer from denying reimbursement for a new cancer therapy known as high dose chemotherapy- autologous bone marrow transplant (HDCT- ABMT), a therapy in which standard cancer drugs are used at levels far higher than those approved by the FDA. The grounds for the injunction were narrow: the court held that the insurer's contract with the plaintiff did not disclose that the insurers could refuse to reimburse a non-FDA-approved use.

FN71. David R. Ragland & Richard J. Brandy, Type A Behavior and Mentality from Coronary Heart Disease, 318 New Eng. J. Med. 65, 65-69 (1988).

FN72. This is another illustration of informational "market failure" created by legislation. See supra note 33 and accompanying text.

FN73. According to one critic, this new FDA interpretation has actually intimidated textbook publishers, who now fear that including the latest information on drug use may result in restrictions on the sale of their textbooks. See James Bovard, FDA's Pharmaceutical Hide-and-Seek: Consumer Disservice, Wash. Times, Apr. 9, 1995, at B4.

FN74. See John Calfee, The Leverage Principle in FDA's Regulation of Information, in Competitive Strategies in the Pharmaceutical Industry, (R. Helms ed., 1995); Stuart Lane, Medical Precaution, Wash. Times, Apr. 9, 1995, at B4.

FN75. United States Government Accounting Office, Off-Label Drugs: Reimbursement Policies Constrain Physicians in their Choice of Cancer Therapies, GAO/PEMD-91-14, at 3 (1991). The report notes that off-label use of three drugs, ifosamide, interferon and mitoxantrone, constituted 85% of total prescriptions. Id. at 22.

FN76. No appellate cases have been found holding that a doctor's failure to disclose that a frequently prescribed drug therapy was "off-label" violated the rigorous "informed consent" requirements of tort law.

FN77. The Food and Drug Act has generally been seen as preempting state tort law liability holdings in such cases. See, e.g., Slater v. Optical Radiation Corp., 961 F.2d 1330 (7th Cir. 1992); Evraets v. Intermedics Intraocular, Inc., 34 Cal. Rptr. 2d 852 (Cal. Ct. App. 1994). The Supreme Court recently granted a certiorari petition in a case in which the Eleventh Circuit had ruled that the "grandfathering" of a medical device, under the Medical Device Amendments to the Food, Drug and Cosmetic Act, precluded any state-based products liability suit. See Lohr v. Medtronic, Inc., 56 F.3d 1335 (11th Cir. 1995), cert. granted, 116 S.Ct. 806 (1996) (Nos. 95-754, 95-886). The issues posed in Lohr to the Supreme Court are not relevant to the qualified tort immunity discussed in this paragraph.

FN78. Mulder v. Parke Davis & Co., 181 N.W.2d 882 (Minn. 1970) is occasionally cited as contrary authority. In Mulder, the Minnesota Supreme Court held that when drug manufacturers' warnings and contraindications have been clearly communicated to the physician, who then deviates from them, prima facie evidence of negligence has been established, requiring the physician to explain his deviation. Id. at 887. Mulder clearly rejects any "per se" rule for off-label prescriptions, as it does not preclude a demonstration by the defendant physician of the reasonableness of his use of the drug, given current medical practice. See, e.g., Lhotka v. Larson, 238 N.W.2d 870 (Minn. 1976).

FN79. See, e.g., Salgo v. Leland Stanford Jr. Univ. Bd. of Trustees, 317 P.2d 170, 180 (Cal. Ct. App. 1957) (finding that drug manufacturers' recommendations are always conservative and are quickly outdated, and that after a drug has been available for a period of time physicians rely on their own experience concerning its use in actual practice); Craft v. Peebles, 893 P.2d 138, 151-52 (Haw. 1995) (holding that manufacturers' instructions about use and dosage, which are presumably those approved by the FDA, do not establish the standard of medical care as a matter of law).

FN80. See Press Release from the Competitive Enterprise Institute, The Food and Drug Administration: A Modest Proposal (Jan. 6, 1995).

FN81. See supra note 78 and accompanying text.

FN82. See Restatement (Second) of Torts S 402A cmt. k (1965):

k. Unavoidably unsafe products. There are some products which, in the present state of human knowledge, are quite incapable of being made safe for their intended and ordinary use. These are especially common in the field of drugs. An outstanding example is the vaccine for the Pasteur treatment of rabies, which not uncommonly leads to very serious and damaging consequences when it is injected. Since the disease itself invariably leads to a dreadful death, both the marketing and use of the vaccine are fully justified, notwithstanding the unavoidable high degree of risk which they involve. Such a product, properly prepared, and accompanied by proper directions and warning, is not defective, nor is it unreasonably dangerous. The same is true of many other drugs, vaccines, and the like, many of which for this very reason cannot legally be sold except to physicians, or under the prescription of a physician. It is also true in particular of many new or experimental drugs as to which, because of lack of time and opportunity for sufficient medical experience, there can be no assurance of safety, or perhaps even of purity of ingredients, but such experience as there is justifies the marketing and use of the drug notwithstanding a medically recognizable risk. The seller of such products, again with the qualification that they are properly prepared and marketed, and proper warning is given, where the situation calls for it, is not to be held to strict liability for unfortunate consequences attending their use, merely because he has undertaken to supply the public with an apparently useful and desirable product, attended with a known but apparently reasonable risk.

Id.

FN83. The situation is analogous in that, under present law, a doctor prescribing a drug for an "on- label" (i.e., FDA approved) use could not successfully be sued on the grounds that the drug was inappropriate for that use. However, an "off-label" prescriber is vulnerable to this type of lawsuit.

FN84. Absolute design defect immunity for FDA-approved drugs is not presently enjoyed by manufacturers: indeed, in only five states (Arizona, New Jersey, Ohio, Oregon and Utah), does FDA approval even preclude punitive damages for faulty design. See W. Kip Viscusi et al., Deterring Inefficient Pharmaceutical Litigation: an Economic Rationale for the FDA Regulatory Compliance Defense, 24 Seton Hall L. Rev. 1437, 1476 n.140 (1994). It follows that in an important way this proposal would increase the present value of FDA approval. However, just as some doctors currently prescribe "off-label" despite the lack of tort immunity, some manufacturers would produce non- approved drugs despite the risk of liability for design defect. This would eliminate the noxious drug lag described above.

FN85. See supra note 79.

FN86. Reputable certifications are relied on in many areas unrelated to drugs. Well-heeled consumers of products as diverse as shotguns, wallets, and four- wheel-drive vehicles, prize the knowledge that a product has achieved "appointment to Her Majesty the Queen," who therefore acts without any certification monopoly as a verifier of exceptional quality control.

In the food industry, registration with the Pennsylvania Department of Agriculture was likely a sign of high quality a generation ago. Perhaps the governmental nature of the certifier led to insufficient cultivation, and thus a slow deterioration, of its "brand name." But private food certifiers continue to thrive. For example, consumers of Kosher food products are often fussy about the identity of the agency which has certified that a product complies with Jewish dietary rules. "Star K," "Circle U," and "MK" logos on products are brand marks of three of many competing rabbinical inspection boards, which contract with manufacturers to inspect and certify their manufacturing and packaging facilities. These marks add value to food for consumers of Kosher goods who trust the agency owning the relevant trademark. If, as has occasionally happened in the past, it is revealed that a certification board has erroneously (or even intentionally, as a result of corruption) certified a non-Kosher product, the commercial effect on the board is devastating.

FN87. Many who follow developments in this field, including this author, feel that motorcycle or ladder manufacturers are presently being held liable even if their product was properly designed and manufactured. See Krauss, supra note 41. Again, this is a problem that substantive tort reform can and should handle. Mandatory government certification is not needed.

FN88. See Michael v. Shiley, Inc., 46 F.3d 1316 (3d Cir. 1995) (ruling that the 1976 amendments to the Food and Drug Act preempt state actions for negligence, strict liability, and implied warranty for Class III medical devices, the only devices subject to formal premarket FDA approval).

FN89. Numerous cases have held that FDA approval does not preempt state products liability. See, e.g., Allen v. G.D. Searle & Co., 708 F. Supp. 1142 (D. Or. 1989) (holding state law claim of defective labeling for IUD was not preempted because the device was classified as a prescription drug); MacDonald v. Ortho Pharmaceutical Corp., 475 N.E.2d 65 (Mass.), cert. denied, 474 U.S. 920 (1985) (holding state not preempted from imposing higher duty of warning).

FN90. Nothing in this Essay is meant to propose changes in manufacturers' liability for manufacturing defects.

FN91. For example, Bendectin, the most effective anti-nausea drug for pregnant women, was withdrawn from the market after many successful, but expensive, product liability defenses against claims that it induced birth defects. Had these suits been "demurrable" on the grounds that Bendectin had been tested and found safe by the FDA, the drug would most certainly still be marketed.

FN92. See supra note 77 and accompanying text.

FN93. For example, doctors may defend themselves by citing medical studies showing the utility of this particular use of the drug.

FN94. Thus, doctors would be allowed to defend themselves by citing medical studies showing the utility of the non-approved drug.

FN95. As mentioned supra, note 75 and accompanying text, most prescriptions to cancer patients are currently "off-label." I have found no cases in which a cancer patient has suffered or died because her doctor declined to prescribe a needed drug, but observers of medical malpractice law will likely agree with me that the doctor would not be able to successfully plea the lack of FDA use- approval if medical custom was to prescribe the drug.

FN96. Such good reasons might include superior effectiveness, enhanced safety, much lower price (due to the high costs of FDA certification) for low-income patients, etc.

FN97. In a recent survey, the Competitive Enterprise Institute asked oncologists how they would obtain reliable information about drugs that had not obtained FDA approval: fifty-nine percent of respondents stated that they would rely on studies published by refereed journals. Competitive Enterpise Institute, A National Survey of Oncologists Regarding the Food and Drug Administration 5 (Aug. 1995).

FN98. See Krauss, supra note 21.

FN99. See, e.g., In re Analysis of Walsh Trucking Occupancy and Sprinkler System, 521 A.2d 883 (N.J. Super. Ct. 1987) (confirming the voluntary nature of Underwriters' Laboratories).

FN100. See, e.g., Consolidated Metal Prod., Inc. v. American Petroleum Inst., 846 F.2d 284 (5th Cir. 1988) (finding trade association that evaluates products and issues private "licenses" does not violate S 1 of Sherman Act when it fails to favorably evaluate a product); Roofire Alarm Co. v. Underwriters' Lab., Inc., 188 F. Supp. 753 (E.D. Tenn. 1959) (finding Underwriters' Lab cannot be forced to change its standards as to fire warning devices as it is a private entity).

FN101. Of course, it is conceivable that private certification firms may be bribed or otherwise corrupted; but this is a risk that has also afflicted the FDA. See, e.g., supra note 36. If a private firm is corrupted it loses most or all of its goodwill, while a government monopolist does not have this fear. The likelihood of corruption is thus lower for private certifiers than for the FDA.

FN102. For example, metal gasoline container standards have been privately proclaimed by Underwriters' Laboratories (Standard #30 for Metal Safety Cans), by the National Fire Prevention Association (NFPA Flammable and Combustible Liquids Code #30-77), and by Factory Mutual Insurance (Standard for Safety Containers and Filling Supply and Disposal Containers #FM 6051).

FN103. Medical malpractice trials are replete with expert testimony from various hospital and physician associations, which have adopted competing standards for surgical techniques.

FN104. See Giles v. Villanileea, No. C 93-2461 BAC, 1993 U.S. Dist. LEXIS 18275 (N.D. Cal. Dec. 14, 1993); Balmaceda v. United States, 815 F. Supp. 823 (E.D. Pa. 1992) (holding FDA's sovereign immunity bars suits for damages resulting from the FDA's manner of testing), aff'd, 46 F.3d 279 (3d Cir.), cert. denied, 116 S. Ct. 49 (1995); Daley v. Weinberger, 400 F. Supp. 1288 (E.D.N.Y. 1975) (denying injunction request because of the FDA's sovereign immunity).

FN105. See Restatement (Second) of Torts S 402A cmt. k, supra, note 82. This comment implies, in fact, a negligence rule applies to manufacturers of FDA approved drugs. See, e.g., Carmichael v. Reitz, 95 Cal. Rptr. 381 (Cal. Ct. App. 1971). Strict liability is also inapplicable to medical devices' design and manufacture, whether approved by the FDA or grandfathered. See, e.g., Phillips v. Baxter Healthcare Corp., 1993 WL 524688 (Cal. Ct. App. Nov. 9, 1993).

FN106. See, e.g., Yassin v. Certified Grocers of Ill., Inc., 502 N.E.2d 315, 330 (Ill. Ct. App. 1986) (refusing to hold Underwriters' Laboratories to a "strict liability" standard under S 402A of the Restatement (Second) of Torts, as UL is a testing facility and not a manufacturer), appeal denied, 508 N.E.2d 738 (Ill. 1987).

FN107. Companies' efforts to protect the evaluative information they produce are not always successful. In Consumers' Union of the United States v. General Signal Corp., 724 F.2d 1044 (2d Cir. 1983), the Union sued to prevent a manufacturer from using that magazine's research findings about Regina vacuum cleaners in its advertising. A majority of the court opined that quoting Consumer Reports' ratings of a product constituted "fair use" under 17 U.S.C. S 107. Judge Oakes, dissenting from the denial of rehearing, correctly observed that the majority's opinion prevented Consumers' Union from maximizing profits by deciding what mix of endorsement revenues and newsstand sales is optimal. Consumers' Union of the United States v. General Signal Corp., 730 F.2d 47 (2d Cir. 1984) (Oakes, J., dissenting). Buyers informed about Regina's high CR rating directly from the manufacturer have less of a need to purchase the CR "vacuum cleaner" issue to see "who won." In practice, of course, the Union can refuse to evaluate products manufactured by corporations which violate its prohibition of citations. Thus, even in Second Circuit states there is a strong economic incentive for manufacturers to refrain from using CR's name. See also Toman v. Underwriters' Lab., Inc., 707 F.2d 620 (1st Cir. 1983) (finding Underwriters' Laboratories may sue manufacturer and distributor of hair dryer if they place laboratory approval marks on their product without authorization).

FN108. See, e.g., Hanberry v. Hearst Corp., 81 Cal. Rptr. 519, 521 (Cal. Ct. App. 1969) (recognizing the possible liability for negligent issuance of a "Good Housekeeping Seal of Approval" for a dangerous product). Acceptance of an advertisement by a magazine does not constitute an endorsement, see, e.g., Walters v. Seventeen Magazine, 241 Cal. Rptr. 101 (Cal. App. 1987), but Good Housekeeping purports to evaluate, not just advertise, products which gain its seal of approval.

FN109. Insurance companies derive profits in two ways: by investing the premiums they receive, and by accurately gauging their risk exposure. Higher absolute risks tend also to be more variable; it follows that if insurance companies can lower their risk they can, by definition, more accurately gauge their exposure. Risk is lowered in three ways: intrinsically through the aggregation of identical risks into pools (via the "law of large numbers"); through production of more accurate information about the extent of risk; and through reinsurance (by which insurance companies "contract out" the aggregation of some risks). Certification agencies test products and thereby produce new information about their risk potential. Insurance companies are "natural" certifiers of risk, and therefore of quality.

FN110. Note that managed care providers are typically insurers in this sense.

FN111. See Restatement (Second) of Torts S 324A (1965); see also United States Lighting Serv. v. Llerrad Corp., 800 F. Supp. 1513, 1516-17 (N.D. Ohio 1992) (finding UL can be considered a "product endorser," and is liable when it fails to exercise reasonable care when performing its testing procedures, or if inaccurately communicating its testing results); Toman v. Underwriters' Lab., Inc., 532 F. Supp. 1017 (D. Mass. 1982), rev'd on other grounds, 707 F.2d 620 (lst Cir. 1983).

FN112. The reputational effect of UL certification is significant. See, e.g., Brazos Graphics, Inc., v. Arvin Indus., Inc., 574 S.W.2d 240 (Tex. Ct. App. 1978) (finding evidence of UL approval of an electric heater admissible in defense against claim that the heater was defectively designed).

FN113. Robert Cooter has produced analogous and interesting work on insurers' purchase and sale of tort claims. Robert Cooter, Towards a Market in Unmatured Tort Claims, 75 Va. L. Rev. 383 (1989).

FN114. See Frank H. Easterbrook & Daniel R. Fischel, Limited Liability and the Corporation, 52 U. Chi. L. Rev. 89 (1985) (discussing reasons why corporations insure, despite the portfolio diversification, and thus, presumed risk neutrality of their owners).

FN115. One policy option which falls short of the more complete free-market / tort liability solution advocated in this Essay, but which would nonetheless represent a market improvement over the current system, would be to allow any manufacturer to market any drug if, but only if, it maintains adequate liability insurance to cover potential tort liability. This requirement, and the corresponding requirement that the label indicate that such insurance has been obtained, would exclude "fly-by-night" manufacturers. Only those willing feloniously to misrepresent that they have obtained insurance would remain.

FN116. On April 6, 1995, the agency, in a package of reforms issued at the White House, announced that for a two-year trial period it would contract out testing of low-risk devices (like laboratory cholesterol tests and electronic stethoscopes) to private certification firms, but only if those firms are accredited by the agency. The agency reserved the right to nullify private certifications in any case. See Lauran Neergaard, Clinton Reforms to Include Test of Partial FDA Privitization, Wash. Times, Apr. 7, 1995, at A6. Note that no drugs, and no devices affected by long time lags, such as pacemakers, are affected by the FDA's offer. Also, the FDA accreditation requirement would have the effect of exporting many of the bureaucratic pressures afflicting the agency, and would preclude free competitive entry into a nascent "certification industry."

FN117. While Republicans have been generally more favorable to reforming the agency, Senator Barbara Mikulski (D-Md) has recently insisted that the FDA develop a "passion for change" if it did not wish to be "rolled right over" by Congress. Id.

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