COVID-19 and Beyond

The Core Message Of COVID-19 Is That Worldwide Capacity To Launch Bacterial & Viral Biological Warfare Has Arrived And We Are Not Only Virtually Defenseless Lacking Effective Vaccines, Drugs And Other Therapies But Alarmingly Unaware And Unprepared For This Potential Near-term Threat.

FIM, The Foundation For Innovation In Medicine, Proposes That a National Research Coalition Be Expeditiously Established Whose Mission Is Not To Discover Vaccines Or Drugs Or Other Therapies But To Concentrate On Basic Biological Mechanisms Of These Organisms Which Fundamental Scientific Information Has Enormous Value In Supporting Pharmaceutical, BioTech And Other Groups In Their Quests To Discover New Anti-viral, Anti-bacterial And Other Effective Therapies. We Must Recognize That This Challenging Mission Is Far Beyond The Capability Of Individual Companies, Government Institutions And Other Research Organizations.

Are we defenseless against viruses? COVID-19, a relatively benign virus as far as viruses can go, arrived and all we had as a defense were masks, gloves and social distancing along with drugs of questionable value. And as a principal scientist from the Wuhan Institute of Virology warned, it’s, “just the tip of the iceberg.”

Are we defenseless against bacteria? Bacterial resistance continues to thrive particularly in hospital patients where the bugs have become increasingly impervious to antibiotics.

Now there are untold numbers of natural viruses and bacteria in every nook and cranny of our planet which, surprisingly and thankfully, haven’t yet fatally invaded humans. But thanks to modern and increasingly easily applied technology such as bioengineering, bacteria and viruses can be readily converted to drug and vaccine resistant entities when even performed in small, independent laboratories. Regardless where, we must assume that much of this type of technology application is currently being conducted at various sites throughout the world where the virulence and lethality can be dramatically augmented.

It is little appreciated that the discovery and use of technology is inextricably linked to the values of a culture or country. Machine guns and tanks were invented for either offensive or defensive uses both dependent on the values and needs of a society. We, in our country, fueled by the media and other self-interest parties, are experiencing an almost ceaseless epidemic of hate. And hate is oftentimes a bridge to evil acts. Interestingly enough, we are not only ignoring this human dynamic but even the word evil itself. Cyberspace authority, David Gelernter of Yale, asked, “What does it mean when a culture no longer believes in evil?” Make no mistake about it: there is a growing cadre of evil people throughout the world with superb technological know-how and little love for mankind. And also, let’s not forget that the occurrence of war is a constant occurrence in recorded history.

The inescapable conclusion is that we must assume that devastating biological warfare may be on the near horizon, and we must, therefore, have a readily available, particularly at a moment’s notice, national defense of a multiple weaponry system to counter such assaults.

The scenarios of different biological warfares are multiple and which are extremely difficult to prevent. For example, multiple lethal bioengineered organisms can be delivered by small drones – we already have about a million of them in America – targeted, as with 9/11, to Wall Street and Washington D.C., which can, in a brief moment, dramatically paralyze our country. And our enemies know that.

Though many would find this difficult to accept, we have no option but to develop our own lethal organisms based on our – to date – successful nuclear weapon policy among the nuclear-armed countries of avoiding mutual, mass destruction. Yet, today, there is a major difference in that small rogue terrorists groups can, with modern bioengineering, create lethal organisms in private, hidden laboratories and, paid by the highest bidder, effectively distribute them to their desired targets and, yes, by multiple small drones.

Our current weaponry system comprises prevention vaccines, potential treatment vaccines, yet to be explored biologicals, anti-viral and anti-bacterial drugs. Regarding prevention vaccines, they are clearly not an immediate answer but which development, of course, should proceed. The current long-term effort to discover and develop a vaccine for the single virus, COVID-19, which, as with HIV, may not be successful, should awaken us to their highly exaggerated potential role in biological warfare. The answer is the development of rapidly acting drugs or biologicals which can be quickly administered such as intravenously, with subcutaneous pen injections or a nasal spray particularly during the early phases of an attack.

During the Vietnam War when I was stationed at WRAIR, the Walter Reed Army Institute of Technology, I sometimes collaborated with Edgewood Arsenal, the center dedicated to discovering ways to treat lethal toxins of various types created by our enemies such as gases, poisons and radiation pills. Genetic engineering was still in its infancy. The lethal effects of these toxins varied from neurotoxic instantaneous death to those such as with COVID-19, more prolonged by decreasing the availability of total body oxygen. Regarding the latter, for example, there is the initial infection followed by hospitalization, cytokine storm, ventilators and death. These intervals, apart from anti-viral and anti-bacterial drugs, offer another type of therapeutic approach during the period of hospitalization. For example, an intravenous combination of high-dose steroids combined with various pharmaceuticals can either reduce cytokine storm or increase the availability of total body oxygen or open the blood-brain barrier to permit more therapies to enter the central nervous system. More attention must be paid to these promising alternative therapeutic approaches.

So what then is the general solution? Why is our anti-viral and anti-bacterial armamentarium devoid of highly effective therapies? It’s a complicated story but one principle reason is that the market for them is small and, therefore, the pharmaceutical and academic institutions understandably expend relatively little resources to discover them.

The solution is to expeditiously –speed is critical! – create a coalition of government, pharmaceutical, bioengineering and private entrepreneurial groups not to deal with the discovery of vaccines or drugs but focus on the basic and core mechanisms of viral and bacterial behavior which is a formidable but critical challenge not doable by single pharmaceutical or other research organizations. After all, these organisms have, by constant adaption under the most adverse environmental conditions, survived over billions of years. And, by doing so, have evolved multiple mechanisms for survival. For example, how do bacteria protect their walls and how do viruses mutate?

Once these basic mechanisms are discovered, then the companies or institutions that have the capacity and know-how on ways to produce vaccines and drugs can readily employ these discoveries to build upon substantially increasing the probability of success. Frankly speaking, as little as twenty years ago, I would not, even if the coalition were formed, be optimistic regarding a near-term success. But the recent explosion of technology from artificial intelligence to bioengineering are solid grounds for optimism.

Unfortunately, we have a cultural blind-spot regarding the imminent threat of biological warfare. I daily scan a variety of medical and science journals, newspapers and internet posts as well as authoritative leader proclamations. They are all inundated with topics of the supply of ventilators, masks, social distancing and a COVID-19 vaccine. None, to my knowledge, deals with the self-evident reality that this virus is a harbinger of oncoming potential biological warfare and a plan to deal with it.

For this unbudgeable cultural ignorance, the aforementioned coalition strategy can best be implemented by the power of the President of the United States be it Trump or Biden or whomever.

The encouraging news is that in 2005 President George W. Bush, after having read a book about the flu pandemic, became highly troubled about oncoming future pandemics. He concluded that we desperately need a national strategy and warned, “If we are to wait for a pandemic to appear, it will be too late. And one day many lives could be needlessly lost because we failed to act today.” Physician and then Senate Majority Leader, Bill Frist, devised a comprehensive national anti-pandemic strategy which failed to obtain the necessary annual funding of $100 billion. He stressed the need for some type of National Stockpile structure where therapies can be stored and available for immediate distribution when needed.

A well-structured efficient and rapidly delivering stockpile strategy is essential in our national planning.

And finally, and almost equally important, making the assumption that the biological warfare coalition is established as well as productive, all therapies must be tested in clinical studies. And, because of our historic, pervasive and exaggerated fear regarding the safety of such studies, we have created enormous obstacles to conduct them profoundly retarding the discovery of medical breakthroughs and cures in general. FIM, our Foundation, has, without success over the decades, proposed ways to reduce such barriers in order to test more therapies and, therefore, discover more cures. Once again, my colleague, then Senator Bill Frist, stepped to the plate and agreed. We drafted the Doctornaut Act, which FIM recently expanded to not only permit physicians to more easily volunteer for clinical research studies than non-physicians, but also to expand the control of early clinical studies, the critical discovery phase, to local institutions or Institutional Review Boards (SEE BELOW). But, once more, as with today’s major COVID-19 players, there is a cultural unbudgeable ignorance to the critical importance and fear of clinical research and therefore, will, to repeat, require presidential action.

Make no mistake about it and let’s not kid ourselves, if such barriers aren’t substantially reduced, the war against biological warfare will be inexcusably retarded for many will pay the price.

Stephen L. DeFelice, M.D.


COVID-19 and Beyond: Presents An Historic Opportunity for the FDA Commissioner to Create a Two-Tier System to Accelerate the Discovery of Cures and Breakthrough Therapies for Diseases and Disabilities

Stephen L. DeFelice, M.D., Chairman

SUMMARY

Covid-19 is a national overdue wake-up call to the disturbing reality that, despite the richness of our technology and abundance of creative scientists and physicians, the major weapon we currently have is quarantine. And few have asked the question why. And few have also asked, despite such richness and creativity, why there are so few cures for diseases and disabilities in general. 

There is one uncontestable yet puzzlingly unrecognized reason for this absence. It’s due to the prohibitive barriers to evaluate potential new therapies in clinical studies, the critical step in medical discovery. Penicillin and insulin were only discovered when administered to patients with bacterial infections or diabetes.  It therefore, logically follows that if such barriers are “effectively” reduced, a flood of potential therapies will be clinically tested, including anti-viral ones, and more cures and break-through discoveries made– beginning, yes, in the near term. 

 Beginning way back in 1972, I had proposed ways to reduce such barriers, but our culture has always viewed the risks of clinical research as morally unacceptable, even labeling it as human experimentation where, though untrue, volunteers were generally viewed as laboratory guinea pigs subject to the unregulated whims of the clinical researcher. 

As a solution to assuage such safety concerns in a culturally acceptable way, FIM has, despite many efforts, unsuccessfully proposed that physicians or doctornauts, because of their training, knowledge and duty, should have the right to volunteer for clinical trials much more easily and rapidly than non-physicians. In this way many more potential therapies would be clinically tested dramatically increasing medical discovery.

FIM believes that the national alarm of COVID-19, if presented “effectively”, will open the doors of public receptivity for the establishment of physician volunteers. And the good news, though difficult to accept, is that this can be done by a single stroke of the pen by FDA Commissioner and physician, Stephen M. Hahn.

And finally, though it will initially be viewed as too good to be true, the establishment of physician volunteers or doctornauts will also lead to breakthrough therapies for children as well as to a substantial reduction in health care costs beginning in the near term.

FIM proposes a Two-Tier System where Institutional Review Boards or IRBs will share with the already swamped FDA by just a single viral disease, to share in invigorating the initial medical discovery system. 

The Two-Tier Proposal: History & Rationale

New physician FDA Commissioner, Stephen M. Hahn, can, with a single stroke of his pen, not only accelerate the discovery of a cure for the COVID-19 and other viruses but for much of what ails us. “What am I drinking,” you ask? It’s a cocktail of vast personal experiences dealing with medical discovery in general, carnitine in particular and an unbudgeable cultural blind spot to the critical, fundamental role of clinical studies in discovering break-through therapies and cures.

As a nation, it’s time to recognize that medical discoveries are ultimately the result of testing them in patients. Insulin and penicillin, though promising in laboratory studies, were only proven to be effective when administered to patients with diabetes or bacterial infections. But for historic reasons, the costs and risks of conducting clinical studies are pervasively prohibitive to the majority of creative doctors and scientists and are only affordable by the pharmaceutical industry, certain foundations and the federal government. We have, unnoticed, systematically eliminated the ability of thousands of creative physicians and scientists from clinically testing their own ideas; and that’s one critical cause for our lack of cures, unnecessary suffering and premature death. Ask yourself, “When was the last cure?” The most frequent answer to this question is polio, way back in the 50’s and few are disturbed by this alarming fact. Though the aforementioned barriers to medical discovery are self-evident, the puzzle is why we haven’t recognized this as a fundamental step in solving the problem.

And now another disturbing puzzle: During the Vietnam war,  I was stationed at WRAIR, the Walter Reed Army Institute of Research, where we were, even way back then, fully aware of the coming threat of biological warfare, including bacteria and viruses. Subsequently, the genetic engineering revolution and CRISPR arrived which now make it increasingly easy to genetically modify these organisms to dramatically increase their lethality. And make no mistake about it; this process is now being broadly implemented from governments to rogue, independent researchers some of whom are not the kindest of humans. Health and military experts were aware of this threat but puzzlingly took insufficient action on ways to discover effective therapies.

Now we are faced with the COVID-19 pandemic and, again puzzlingly, the only bullet we had in our anti-viral armamentarium was quarantine! And also puzzlingly, few have asked the question why. You would think that the public should be informed of the following questions that have not been answered:

Why isn’t there an effective treatment for COVID-19? Anti-viral therapies generally are either pharmaceuticals or vaccines administered for either prevention or treatment: What are the steps from the laboratory to clinical studies to FDA approval and the time required for each step? What are the costs for each step for a successful therapy to be available to doctors? What percentage of anti-viral therapies fails in clinical studies? Even if discovered, how much time does it take to manufacture enough for millions? What are the economic realities that negatively impact anti-viral research? 

What then is the readily available solution? The good news is that our country is blessed with the most creative medical-scientific minds in the world. The solution is to “effectively” decrease the prohibitive barriers to evaluate potential therapies in clinical studies. Please note the word, “effectively.”

Since history is a great teacher, let’s take a step back in time describing two of FIM’s major unsuccessful attempts to encourage clinical research studies on potential therapeutic modalities. The first was the Nutraceutical Research and Education Act or NREA which was designed to substantially encourage clinical studies on dietary supplements and special diets. It was based on the successful Orphan Drug Act which led to FDA approval of carnitine for a fatal disease in children, Primary Carnitine Deficiency.  It was introduced in Congress by Congressman Frank Pallone, the current Chairman of the House Energy and Commerce Committee which has broad jurisdiction pertaining to health care, including the FDA. It met with zero interest by all appropriate parties. The message? An ingrained, broad spectrum cultural blind spot to the critical importance of clinical research.

In my first book, Drug Discovery: The Pending Crisis published in 1972, before many Americans were not yet conceived, I correctly predicted that there would be few cures discovered in the near term because of the risks and costs to conduct innovative early clinical studies. The reason? There were a number of large impact events such as thalidomide and the rise of safety-oriented consumerism all of which created a grossly misleading public image that clinical research is not only extremely risky, but even evil! Thus the term, Human Experimentation, oftentimes replaced that of Clinical Research. The solution? I proposed that physician volunteers be permitted to participate as subjects for clinical studies much more easily than others. Thus, more promising therapies would be tested and, pari passu, more discovered. Despite a subsequent extensive personally funded public educational effort, there was not only zero interest, but, in addition, I was accused of being an Auschwitz doctor by more than one major media outlet. Not a pleasant experience, to say the least, when one is trying to help the afflicted by decreasing suffering and premature death.

But through the decades, because of its enormous promise to reduce the extensive suffering of disease, FIM continued to pursue the effort. I then coined the term “doctornaut” to describe such physician volunteers in an attempt to encourage Congress to enact “The Doctornaut Act” which would render doctornauts a reality for all diseases and disabilities. We even conducted a national physician survey asking whether doctors would freely volunteer for clinical research on natural substances which hold enormous promise but generally lack patents and, therefore, economic incentives to find sponsors to support clinical studies on them. We asked the question, “Would you as physician-patient want the privilege to volunteer for clinical research on natural substances under the supervision of a physician-clinical researcher without FDA, institutional and other restraints?” A total of 3,100 inquiries were mailed and over 10% responded, and over 50% agreed that they would. We used this survey in another broad educational effort but, once more, there was zero interest until I met a number of times with physician and then Senate Majority Leader, Bill Frist, who, as a former physician researcher, would readily grasp the promise of doctornauts. My pitch was that there were then currently 800,000 physicians in the United States and that, after I personally contacted a number of them who were surveyed, they all would volunteer for therapies in general, natural or not, which would make immediately available 80,000 volunteers. Dr. Frist took the bull by the horns and circulated a draft of the Act to appropriate parties for comments and suggestions. The result? Once more, zero interest and thus, as with the NREA, the Doctornaut Act fell by the wayside.

After having gone to the top without results, FIM surrendered the ship until the emergence and the public panic of the COVID-19 pandemic which is unequivocally an eye-opening wake-up call regarding both the crucial fundamental role of clinical research and that of doctornauts. Unfortunately, it will require a major effort to rapidly–for speed is now paramount– gather sufficient congressional support to enact the Doctornaut Act. Increasing members of Congress are being infected with COVID-19 the impact of which on national policy will be interesting to observe. Yes, in the past Congress has enacted the Orphan Drug and Translational Research Acts and the Administration, as a result of COVID-19, a number of short cuts to begin clinical studies, but they are clearly not enough.

 But, to repeat, the extremely good news is that there is a doable rapid way to render doctornauts a reality by a single stroke of the pen of FDA Commissioner, Dr. Hahn. He hails from the great medical institution, MD Anderson, noted for its major role in combating the scourge of cancer. What is particularly characteristic of this institution is its bullish approach and extensive experience with the fundamental role of clinical research in medical discovery. He needs no convincing not only of its importance but also the urgent need to expand it.

The Two Tier FDA Proposal 

In order to better protect the rights and safety of volunteers in clinical studies, the FDA established regulations for Institutional Review Boards or IRBs composed of diverse specialists such as physicians, lawyers and ethicists. The clinical protocols must be approved by each IRB followed by periodic reviews of the ongoing clinical studies. And they usually review multiple clinical protocols.

There are nearly 3000 IRBs in the United States. There are also approximately 1.1 million physicians with about 300,000 over the age of sixty, the latter who are living with the great major diseases such as diabetes, cancer, ischemic heart disease, heart failure, arthritis and various degrees of dementia up to late-stage Alzheimer’s who can volunteer after early diagnosis when they are still aware that they will reach this end stage. 

It’s important to note that many physicians are research oriented with creative, independent innovative ideas outside of our standard system to tackle disease but can never be clinically tested because of the aforementioned safety-based prohibitive barriers. One such innovative physician, Barry Marshall, ignored the barriers and experimented on himself to demonstrate that the bacterium, H. pylori, is a cause of gastritis and gastrointestinal cancer and won a Nobel Prize for his courageous act. And, which is revealing to note, he was labeled the “guinea pig doctor.” 

It is difficult to quantify the number of U.S. scientists, but there is a multitude of them ranging from biochemists to engineers. And as with physicians, they have a reservoir of innovative ideas that will never be clinically evaluated. But by creating a system for physicians and scientists to test them clinically, it will lead to an immediate collaboration unleashing a font of creativity between the two. 

Generally, though overlapping, there are two phases in clinical research: a) the initial innovative-discovery phase where a substance such as a drug, biologic or medical device is shown to have a promising effect in a limited number of volunteers and b) if promising, to further pursue this therapeutic promise as well as evaluate its safety in a large number of patients. For example, the effectiveness of penicillin can be shown on a handful of patients with bacterial lobar pneumonia after which larger studies can be done to evaluate whether it’s effective in other infections and how safe it is. Of course, with certain substances such as antidepressant drugs, larger numbers are required in both phases.

Within the past decade we have seen an enormous breathtaking escalation in our technological capabilities from genetic engineering to medical devices many of which vary in complexity and will demand clinical testing.

Because of the number of and continued explosive advances, including emergency biological warfare ones, we cannot expect the FDA to have sufficient expertise to regulate them. It is already swamped by a single corona virus and unequivocally needs a helping arm. For this reason, and for the sake of present and future patients, it makes compelling sense to relegate much of the early innovative phase of clinical research to the IRBs. As we have seen, IRBs were primarily established to guard the safety of volunteers. FIM proposes that their mission should be expanded to include the ability to assess the efficacy of ongoing clinical trials and report to the FDA periodic updates of study results on efficacy and safety before the completion of such trials.

 There is little doubt that, because of the complexities of new technologies, certain IRBs will specialize in selected sectors such as genetic engineering and medical devices which the FDA should welcome.   

Physician volunteers or doctornauts are primarily indicated for the early discovery phase. If any major discovery is made, patent or no patent, nothing will stop its further development and availability to patients in our dynamic country. 

Generally speaking, there are two medical discovery sectors: a) Major and financially resourceful- pharmaceutical, biologicals and medical device corporations along with the NIH. Great as they are, they understandably offer limited therapies to be clinically evaluated in our heavily regulated costly system. Though there are more promising therapies in their systems, primarily those with patents or some type of proprietary protection are usually developed and b) As previously mentioned, huge untapped individuals with innovative therapeutic ideas in the physician-scientist sector with little or no financial resources which are rarely pursued.

Bottom line, we have in our country a cornucopia of promising therapies on the near horizon which promise doctornauts can help make possible to clinically test unleashing the tremendous discovery capacity of both sectors to conquer diseases and disabilities. This can begin almost immediately.

The very good and yet unrecognized news is that the FDA has the authority to implement the IRB-Doctornaut Two-Tier System. The following is a description of the existing regulations which would permit the FDA Commissioner to exercise such authority:

 The FDA requires Institutional Review Boards or IRBs composed of a variety of disciplines to review and approve the design of clinical study protocols before any study can commence at a given institution. It also has authority to formulate and modify IRB policies and has ample authority under the FDC Act to implement the Doctornaut program.

Under section 501(i) of the Act, 21 U.S.C. 355(i), the Secretary of HHS, whose authority has been delegated to FDA, “shall promulgate regulations for exempting from the operation of the foregoing [the NDA approval requirements] drugs intended solely for investigational use by experts qualified by scientific training and experience to investigate the safety and effectiveness of drugs” and to require informed consent of human subjects participating in a study of investigational drugs, except where consent is not feasible. FDA has promulgated investigational new drug (IND) regulations at 21 C.F.R. Part 312, IRB regulations at 21 C.F.R. Part 56 and informed consent regulations at 21 C.F.R. Part 50. Under the latter regulations “No informed consent , whether oral or written, may include any exculpatory language through which the subject or representative is made to waive or appear to waive any of the subject’s legal rights , or releases or appears to release the investigator, the sponsor, the institution, or it agents from liability or negligence. 

 FDA’s IND, IRB and informed consent regulations could be immediately amended and expanded through notice-and–comment rulemaking to encourage doctornauts by expressly providing them the opportunity and freedom to volunteer to receive investigational drugs and test them on themselves and their fellow doctornauts with IRB approval only and without having to submit an IND to FDA.

Given this authority, FIM’s proposed IRB amendment is as follows: “Physicians best understand the nature of disease and disabilities and the therapies employed to treat them. For this reason, they are permitted to take substantial greater risks than non-physicians in clinical studies. Each IRB has the right to make that judgment.

Let’s recognize that the FDA is already swamped with COVID-19, only a single disease, and more emergency types of threats are on the way perhaps sooner than we expect. For this reason, it is mandatory that another partner system be established to accommodate future events.

How the Two-Tier System Will Play Out With Doctornauts

Let’s begin with COVID-19: Growing numbers of doctors have already or will soon succumb to this virus. There is little doubt that, in addition to the old therapies that are being clinically tested, there are potential others that our innovative medical minds have already conceived, including the use of multiple combinations given intravenously and even in the ventilator tubing, that will never see the light of day. Yes, though the Administration has encouraged new regulations to reduce the barriers to clinical studies in emergency situations, promising therapies still must go through our regulatory system oftentimes requiring lengthy controlled trials in a significant number of patients. Speed is now critical and doctornauts are one immediate unquestionable key.

For example, our doctors, who are significantly ill or on ventilators, through fast-acting IRB systems can volunteer for what can potentially, as with penicillin and insulin, be breakthrough therapies such as a combination of anti-viral and antibody drugs, where activity can be rapidly evaluated in a very small population.

On all diseases and disabilities: It will rapidly open the doors to clinical research and medical discovery for all diseases and disabilities ranging from rare or Orphan ones, such as muscular dystrophy, to the more common ones, such as diabetes, cancer and Alzheimer’s.

On Children: Results discovered on doctornaut clinical studies can also be applied to children.  A tearful mother once confronted me regarding how adult doctornauts could help her child with cerebral palsy.  I mentioned two examples: effective brain medical device techniques and effective gene delivery systems to the brain discovered in doctornauts could then be employed in her child.  The same holds true with cancer and other techniques and remedies.

On health care cost reduction:  And finally, it will, beginning in the near term, substantially reduce health care costs.  What better way to accomplish this than to cure the great diseases?  Doctornauts will lead to the discovery of both high and low cost therapies which will compete with each other in our health system bringing about significant cost reduction.

Safety and Risk-benefit: A Warning to Our Leaders

Doctornauts, or no doctornauts, attempts to expedite clinical studies will inevitably result in significant adverse effects raising the issue of safety. Our leaders must be prepared to accommodate a potential national backlash by explaining the concept of risk-benefit to the public. As we have seen, exaggerated concerns over safety, fueled by mass media arousing public concerns, has been the dominant factor in creating barriers to clinical studies. The media has already begun to question the safety of old, time-tested antimalarials.

The Risk-Benefit Concept: Doctors and nurses treating COVID-19 patients, policemen, military personnel and astronauts, among others, all willingly risk their lives for the betterment of the lives of men, women and children. And this concept is acceptable to the public. The same, therefore, should hold true for clinical study volunteers who take risks not only for the benefit others but also to protect our nation against biological warfare. 


COVID-19 and the Opening of America: Intravenous, High Dose L- Carnitine with Fatty Acids Clinical Study Treatment Proposal and Rationale for Pre-Ventilator Patients Which Can be Immediately Implemented and Help Re-0pen Our Country

Stephen L. DeFelice, M.D., Chairman

SUMMARY

Private Industry and government resources have dramatically responded to the COVID-19 pandemic by initiating numerous clinical trials.

Also, they are being swamped by reviewing multiple other proposed clinical approaches, straining such resources.

At a recent Senate Hearing attended by Dr. Anthony Fauci, NIH infectious disease expert, FDA Commissioner, Dr. Stephen Hahn, and other authorities, it was made clear that effective therapies will not be available on the near horizon. For these reasons and for reasons of the critical importance of speed, FIM has reluctantly decided to publish outside of the normal channels a unique clinical approach based on a substantial number of published laboratory and clinical studies for interested parties to evaluate both here and abroad. If successful, it will open the door for accelerating the opening of America.

Rationale and Clinical Study Outline
Aimee Cunningham, a highly respected medical journalist, wrote a review article in Science News, April 11, entitled, WHY COVID-19 is bad for the heart. Bottom line is that hypertensive, diabetic and other cardiovascular disease COVID-19 patients are at higher risks than others. She mentions that the protein, ACE2, the virus receptor, is, in addition to the lungs, also on heart cells and the linings of blood vessels. It was also proposed that, generally speaking, respiratory infections can increase cardiac workload.

Now to L- carnitine: I, as a physician, brought carnitine into the U.S. in 1965 and over the years managed to guide it to obtain FDA Orphan Drug approval for Primary Carnitine Deficiency, a fatal disease in children with cardiomyopathy due to decreased cardiac carnitine levels, and also for renal dialysis patients who have general carnitine deficiency.

It’s important to note that it’s extremely safe and given to many thousands of patients of all ages both here and abroad.

Its primary mode of action is to transport long chain fatty acids into the mitochondria to generate ATP or energy. It protects the heart during a number of ischemic and other cardiac states. Major James Vick and I conducted a number of studies ranging from isolated Langendorff heart to in vivo models at WRAIR, the Walter Reed Army Institute of Research, including septic/toxic shock ones. Fatal doses of E.coli toxin, Russell’s viper venom, palytoxin, a South Sea coral toxin, and the anti-cancer drug, doxorubicin, were dramatically reversed by L-carnitine administration. Previous to these studies, L-carnitine was shown to reduce mortality in guinea pigs caused by diphtheria toxin. At WRAIR and other academic research laboratories, L-carnitine reversed cardiac failure and arrhythmias.

Regarding onset of action– carnitine acts quickly not only in laboratory but also in clinical studies. For example, there are three published clinical pharmacological studies such as atrial pacing in patients with coronary artery disease, which reported L- carnitine’s acute anti-ischemic effect.

For the aforementioned reasons, it’s proposed that, as adjunctive therapy in conjunction with standard therapies, the administration of the combination of high dose intravenous L-carnitine and fatty acid infusions can improve cardiac performance as well as protecting other body organs against ischemia/hypoxia including the lung. With respect to the latter, L-carnitine does reach the lungs. For example, it significantly reduced lung damage in biliary obstructed Wistar-Albino rats.
It’s encouraging to note that water-soluble substances such as carnitine, that are efficacious in many research models, have a reasonable probability of success in clinical conditions such as with COVID-19.
Regarding the clinical study, I would propose as treatment, an open treatment protocol in both cardiac and non-cardiac risk pre-ventilator hospitalized patients given both high dose intravenous L-carnitine along with intravenous fatty acid containing infusions. The objective would be to detect an impressive acute/subacute effect. If encouraging, the combination can be administered to all hospitalized patients significantly diminishing the mortality rate which will significantly help in the opening of our country. It will not help, however, in non-hospitalized patients where such treatment is not available.
It’s also encouraging to note that both formulations are in the pharmacy immediately available for the study eliminating the problem of time loss in gearing up for production.

Additional comments: I mentioned the following not as sufficient support in themselves for initiating the clinical study but only to report such studies for overall consideration. Because of L-carnitine’s ubiquitous distribution in most body cells, there are numerous promising but limited studies in a variety of different specialties and conditions. For example, there are data reporting that L-carnitine reduces inflammatory mediators in intestinal and coronary artery diseases. Also, it’s reported that it inactivates the Hepatitis C virus, which like COVID-19, is an RNA virus. Regarding fatty acids, it’s been reported that fatty acids inactivate envelope type viruses. Also, certain viruses thrive on glucose and the combination may force them into a fatty acid environment.

In conclusion, the aforementioned and other data clearly support initiating an acute/subacute clinical trial of the combination not only to treat patients but to help open America and elsewhere.

Stephen L. DeFelice, M.D.