The problem of antibiotic resistance is real and growing. It is estimated that 700,000 people die from antibiotic resistant infections each year . Further, every year, new multidrug resistant organisms emerge. We might soon face the global crisis of an era in which there is massive spread of bacterial diseases that cannot be treated by any currently available drug. In order to solve this problem, we must recognize that it has both scientific and ethical components: each time a physician prescribes an antibiotic she or he is required to balance individual patient needs with societal risks and benefits . Further, even in the absence of antibiotic use, resistance is, and always has been, an evolutionary problem – natural reservoirs of antibiotic resistance exist even in pristine environments . Added to this is the fact that over the last thirty or so years there has been a decrease in the number of antibiotics that have been developed and approved . These factors make the problem of antibiotic resistance multifaceted and complex, but recent advances in basic scientific research show a promising way forward, even though previously implemented strategies to mitigate the problem have been largely unsuccessful. Continue reading “Solving Antibiotic Resistance with the Power of Evolution”
In his recent State of the Union speech, President Trump urged Congress to pass legislation to give Americans a “right to try” potentially life-saving experimental drugs. He said, “People who are terminally ill should not have to go from country to country to seek a cure — I want to give them a chance right here at home. It is time for the Congress to give these wonderful Americans the ‘right to try.’” Though only a brief line in a long speech, the ethical implications of the push to expand access to experimental drugs are worth much more attention.
When prestige, status, and money are on the line, it seems inevitable that someone will endeavor to skirt the rules to gain a competitive advantage. The payoff is too great for some to pass up. This is what we have seen time and again in international sports competitions with the use of illegal substances to enhance athletic performance. Doping is not something new and is unlikely to go away.
It is painfully obvious that the United States is in the midst of an epidemic of opioid abuse. According to the US Department of Health and Human Services (DHHS), more people died from drug overdoses in 2014 than any other recorded year, and the majority of those overdose deaths involved opioids. DHHS and the Centers for Disease Control (CDC) claim that an increase in the prescription of pain medication is a primary driver of the opioid epidemic. According to the CDC, the amount of prescription opioids sold in the US has nearly quadrupled since 1999. However, Americans do not report higher levels of pain than they did in 1999.
Under new legislation in Maryland, spaces will be provided for illegal narcotics to be ingested in clean facilities under the supervision of medical professionals. There are nearly 100 such facilities worldwide, largely in Europe, where they have existed since the early 1980s. In the United States, where rates of accidental death from opioid overdose have “quadrupled since the late 1990s,” these facilities are still largely a controversial possibility.
A current, controversial area of medical, legal, and ethical concern in America is the distribution of anti-psychotic drugs to nursing home patients as a method of chemical restraint. According to the Code of Federal Regulations for Public Health, a nursing home “resident has the right to be free from any physical or chemical restraints imposed for purposes of discipline or convenience, and not required to treat the resident’s medical symptoms.” State laws reinforce the federal regulations and delve into further detail about defining and administering anti-psychotic drugs. An example from Indiana’s regulations includes requiring an “order for chemical restraints [to] specify the dosage and the interval of and reasons for the use of chemical restraint.”
Rolling Stone is in hot water over Sean Penn’s interview with notorious Mexican drug lord Joaquín Guzmán Loera, also known as “El Chapo.” The interview, conducted in October and published last Saturday, has raised concerns over Penn and Rolling Stone’s approach to the interview, and whether they handled the situation in an ethical manner. Numerous people have accused the magazine and Penn of violating journalistic ethics with the interview, while they have insisted they did nothing wrong.
The prevalence of drug usage at many music festivals is not a secret, but how should we care for those who choose to take them? Recent drug-related deaths at music festivals around the world have sparked a call to action. But instead of banning drugs altogether, one Australian doctor suggests drug testing to promote safer usage among festival-goers. The process would involve festival attendees visiting an on-site laboratory to submit a sample of the drug they plan on taking. Workers would take 20-45 minutes to test the ingredients in the drugs and then pass along the information to the customer. Those who choose to take drugs will then know exactly what they are putting into their bodies. Similar testing techniques are already being implemented at select music festivals in parts of Europe and North America.
A wealth of information, both reputable and otherwise, can be found about the health effects of marijuana. Amid claims that the drug can cure cancer and studies documenting its negative health repercussions, it is sometimes difficult to get a sense of just how using marijuana could affect one’s health. However, one of the most clear-cut health concerns involving marijuana may not even stem from the drug itself. According to The Atlantic’s Brooke Borel, every time marijuana users light up, they are not just inhaling the intoxicating smoke. With it also comes sometimes-dangerous levels of pesticides – chemicals that, at least for now, go almost completely unregulated.
When the authors of Indiana’s Religious Freedom Restoration Act (RFRA) passed it into law, marijuana churches were probably the last things on their mind. Yet, only a few months after the act’s passing, Indiana’s First Church of Cannabis has been established. Existing under the freedoms established by RFRA, the church operates on principles of “love, respect, equality and compassion,” with marijuana as its official sacrament. While many have cast it as a joke or a political statement against RFRA, the church also raises a number of questions about how the government can and should interact with organized religion.
Lithium is classically associated with extreme mental illness, and has a somewhat negative connotation in the public. In its concentrated form, it has been documented to alleviate several symptoms of mental illness. But it also can (and has had) severe negative health consequences for people taking it in high doses.
But this op-ed raises the question: Should we all be taking (a very little) bit of Lithium? It turns out that it is naturally occurring, in very small amounts, in many drinking water sources. What is surprising is that there is some evidence that these small amounts potentially have a surprisingly positive effect. Several studies have shown correlations between levels of naturally occurring lithium and positive social outcomes.
Researchers began to ask whether low levels of lithium might correlate with poor behavioral outcomes in humans. In 1990, a study was published looking at 27 Texas counties with a variety of lithium levels in their water. The authors discovered that people whose water had the least amount of lithium had significantly greater levels of suicide, homicide and rape than the people whose water had the higher levels of lithium. The group whose water had the highest lithium level had nearly 40 percent fewer suicides than that with the lowest lithium level.
Almost 20 years later, a Japanese study that looked at 18 municipalities with more than a million inhabitants over a five-year period confirmed the earlier study’s finding: Suicide rates were inversely correlated with the lithium content in the local water supply.
More recently, there have been corroborating studies in Greece and Austria.
This raises several interesting questions. First, should the government and the scientific community be devoting more resources to studying the effects of lithium in these small doses? Second, suppose we found out that there are positive effects. Should we all be drinking water with these naturally occurring levels of lithium or not? Would you want your municipal water supply augmented to achieve this result? What do you think?