For the study, Kesselheim et al. conducted a national survey of board-certified internists and specialists. They selected a random sample of 300 clinically active internists and 900 specialists in endocrinology, hematology, and infectious diseases from the American Board of Internal Medicine’s diplomate list. Of the 1,148 physicians contacted, 692 physicians, or 60%, responded.
Fears of spreading zika virus have renewed interest in the use of genetically modified mosquitoes to suppress disease, with recent attention focused on the UK firm Oxitec. Last week, the developing public health crisis around zika prompted the federal government to tentatively clear a small-scale field test for the first time in the United States, pending a public comment process on a draft environmental assessment submitted by Oxitec. It should be noted that a final approval for the trial will not be made until the FDA completes the public comment process.
The genetically modified insects, which are male Aedes aegypti mosquitoes, are designed to breed with the female Aedes aegypti mosquito (primarily responsible for transmitting zika, dengue fever, and other diseases) and contain a gene lethal to their offspring. The female mosquitoes lay eggs but the larvae die well before adulthood. Oxitec claims that recent tests have shown up to a 90% decrease in the population of the Aedes aegypti mosquito, with a recent test in Piracicaba (~100 miles from Sao Paulo in Brazil) showing an 82% decline. Tests have also been conducted in the Cayman Islands and Malaysia.
The latest development in the race for approval between Jacobus Pharmaceutical Company and Catalyst Pharmaceuticals is a ‘refuse to file’ letter that the FDA issued to Catalyst indicating that Catalyst’s New Drug Application for Firdapse was incomplete. Both companies are competing for approval of slightly modified forms of a drug—3,4-diaminopyridine, or 3,4-DAP— to treat Lambert-Eaton myasthenic syndrome (LEMS). The winner will receive 7 years of exclusive marketing rights to the drug.
LEMS is an autoimmune disorder that affects an estimated 3,000 people in the United States. It is a rare, debilitating disorder that is marked by progressive weakening of the muscles that often begins in young adulthood. The drug in question was initially discovered in the 1970s in Scotland, with researchers in Sweden demonstrating its use in LEMS patients in the 1980s. Jacobus Pharmaceutical Company has been providing a free base form of the drug to patients with a LEMS diagnosis since the early 1990s at no cost (with the exception of postage), though the drug had never received FDA approval.
In the United States, though many millions of individuals live with implanted devices, it may shock you to know that it is easier to recall tainted dog food than it is to recall a faulty pacemaker. This is due in large part to the lag of the medical device world behind most other industries in the implementation of a standardized system that can uniquely identify and track medical devices as they move through the supply chain to a patient. Such an identification system has existed for most products since stores implemented the UPC and Congress mandated that drugs be labeled with the National Drug Code, both of which were introduced in the early 1970s.
To remedy this lag, Congress, in FDAAA of 2007, tasked the FDA with the creation of a unique device identification (UDI) system. In 2013, FDA published a Final Rule regarding manufacturer labeling of UDIs, to be rolled out by class in the coming years. While the establishment of such a system would certainly constitute an important step forward, another number on a label will do little to enhance patient safety on its own. Rather, the value of UDIs is in the uptake of the identifier at each point in a medical device’s life—from manufacturer to distributor to provider to patient to payer (see this report I co-authored on this very issue). Read More
What adjective would most people associate with the word “bureaucrat”? For many, it would be “inefficient,” “inept,” or “incompetent.” But another that is just as descriptive is “lifesaving.”
Dr. Frances Kelsey, who died this month at the age of 101, was celebrated as an American hero for her work as a medical officer at the Food and Drug Administration (FDA). She saved thousands of lives and prevented untold suffering by using techniques that earn bureaucrats a bad name, delay and obstruction, to keep the drug thalidomide from reaching the market in the United States in 1961.
Thalidomide is a sedative that had been approved for sale in Europe four years earlier and was prescribed for morning sickness during pregnancy. The American manufacturer, Richardson-Merrell, saw a large potential market in the United States. However, Dr. Kelsey, who was assigned to review its application for marketing approval, was troubled by questionable safety data. The law in effect in 1961 required that she issue a decision within 60 days, but she was able to buy more time by asking for additional information.
[cross-posted at Health Affairs Blog]
On June 16, 2015, the Food and Drug Administration (FDA) released its final determination withdrawing the generally recognized as safe (GRAS) designation for partially hydrogenated oils (PHOs), which are the main source of artificial trans fat in processed foods. The agency gave the food industry three years, until June 18, 2018, to phase out the use of PHOs. The FDA’s order was expected based on the agency’s tentative determination that PHOs were no longer GRAS, published in November 2013.
This action is a milestone in — although perhaps not the culmination of — the FDA’s decades-long attempt to grapple with increasing scientific recognition that trans fat poses a serious health risk to consumers. The action is also unusual, in that it is quite rare for the FDA to withdraw GRAS status from a food product, a move that most likely will mean the ingredient is no longer used in foods.
Wasserstein Hall, Milstein West B Harvard Law School, 1585 Massachusetts Ave., Cambridge, MA [Map]
This event is free and open to the public. Lunch will be served.
Efthimios Parasidis is Associate Professor at The Ohio State University Moritz College of Law and holds a joint appointment with the College of Public Health. He is an inaugural member of College of Medicine’s Center for Bioethics and Medical Humanities. His scholarship focuses on the regulation of medical products and human subjects research, the interplay between health law and intellectual property, and the application of health information technology to public health policy. He has published in leading law reviews and health policy journals, is co-authoring a casebook, and has a book under contract with Oxford University Press. The Greenwall Foundation awarded Professor Parasidis a Faculty Scholar in Bioethics fellowship for 2014-2017.
The lecture will be followed by an audience question and answer session moderated by Jacob Gersen, Professor of Law at Harvard Law School and Director of the Food Law Lab.
The current Ebola outbreak already attracted much attention on “Bill of Health” resulting in some excellent blogs on a horrible topic.
While it is evident that the current health crisis requires both immediate responses and more sustainable changes in health care policy, research and regulation, medicines regulators are collaborating internationally to find innovative solutions enhancing evaluation of and access to potential new medicines to fight Ebola outbreaks. In a statement announced by the International Coalition of Medicines Regulatory Authorities (ICMRA) in September 2014, regulators around the world led by the FDA and the EMA have vowed to collaborate in supporting accelerated evaluation of experimental new drugs to treat Ebola virus infections and say they will encourage submission of regulatory dossiers. This clearly backs up the World Health Organization’s (WHO) decision to test experimental Ebola treatments in infected patients in the current outbreak region in West Africa and to speed up the development of vaccines.
In the following I would like to summarize and discuss some of the recent European responses to the current crisis starting with an overview on recent initiatives at the EMA.
Like its US counterpart, the EMA leads a close and consistent dialogue with public and private developers of Ebola products and spends much effort in reviewing available information on the various experimental Ebola treatments currently under development. These experimental drugs range from experimental antivirals or vaccines based on the adenovirus or stomatitis vaccine to experimental therapies based on mono- and polyclonal antibody technologies. One of these unapproved antibody combination drugs – MAPP Biologicals’ ZMapp – has already been used in some care workers affected by Ebola. Other experimental drugs that are currently reviewed by the EMA include Biocryst’s BCX 4430, Fab’entech’s Hyperimmune horse sera, Sarepta’s AVI-7537, Toyama Chemicals and MediVector’s Favipiravir and Tekmira’s TKM-Ebola.
In addition to monitoring experimental drugs and enhancing global collaboration, the European Medicines Agency has like the FDA initiated several activities in order to support and speed up the development of these drugs towards market approval. Read More
Please join the Food and Drug Law Institute and the Petrie-Flom Center for Health Law Policy, Biotechnology, and Bioethics at Harvard Law School for an academic symposium on cutting-edge legal and regulatory issues facing FDA. Leading academics will present papers on mobile health, stem cells, personalized medicine, and other novel medical product issues, as well as food regulation. Papers will be available to registered attendees in advance, and will be published in an upcoming issue of the Food and Drug Law Journal.