A recent report in SCIENCE is another example of ‘Big Pharma’ failing to address important public health issues. The problem of resistance to conventional antibiotics is reaching crisis proportions, accelerated by the widespread use of antibiotics in mass agriculture. The technology to develop powerful new drugs is there, but the profit motivation is not. In many respects this situation is similar to the problem of developing medications for diseases such as malaria that primarily affect poorer countries and thus provide little opportunity for large profits. It is encouraging to learn that some governments are seeking ways to break the roadblock on antibiotic development. However, is this enough? One might argue that this key area of drug research be pursued through innovative public funding rather than be left to the dictates of Wall Street.
Friday, May 22, 2015
Thursday, March 5, 2015
In a very interesting article in Nature (1) Nathan Fabian discusses the role of global investors in the transition from a high carbon to a low carbon economy. He points out that capital investments are trending toward lower emission energy sources such as solar and away from high emission sources such as coal. This is happening not because of the investor’s altruism but because of cold calculation about risk/reward ratios. Basically green energy may be a safer bet than coal for the long run.
However, the capitalist calculations are inevitably based on government policies. As the article admits, the expectation of political actions such as instituting carbon taxes, removing subsidies to oil and coal industries, and providing subsidies to green energy development are part of the investor’s calculus. Thus, as usual, it is up to governments to channel the behavior of capitalists into socially productive pathways.
Thursday, February 12, 2015
The National Research Council has just issued a report that advocates increased research into 'climate engineering', that is, trying to retard global warming through human manipulation of atmospheric processes (1).
The NRC report on climate engineering is both depressing and upsetting. It is depressing because it essentially admits that we are totally failing in our attempts to prevent climate change through reductions in emissions. It is upsetting because it reflects incredible hubris. Do the originators of the report really think that we can meddle with global atmospheric patterns without huge unintended consequences? Haven’t we learned anything about the unpredictability of technology?
To my mind research funds would be far better spent investigating novel ways to restrain the tidal wave of global population growth. That would certainly impact climate change. The much-vaunted ‘demographic transition’ seems to be sputtering as the UN revises its global population projections ever upward.
Friday, February 6, 2015
The US House of Representative has a new initiative for biomedical R& D “the 21st Century Cures Act “ (1) . While the overall goal of this initiative, to advance new therapies, is laudable, as usual the politicians have gotten the details screwed up. Essentially what this initiative does is to provide financial rewards such as increased patent lifetimes to companies that engage in research in targeted areas (eg Alzheimers). It also provides directives to the NIH to strategize research.
The first aspect is just off base. Why do we need to incentivize drug companies to conduct research in vital public health areas? Why not simply use the type of non-profit public-private partnerships that have been so successful in developing drugs for malaria, TB and other diseases of less-developed countries? (2). Do we really need to squander public resources to fatten the wallets of Big Pharma executives?
The second aspect amounts to an unfunded mandate for the NIH. What is really needed to stimulate R&D in this country is to get the NIH and other research agencies back on a growth path.
2. see Science and Public Policy. 40: 393-405, 2013
Friday, January 16, 2015
This week’s SCIENCE has an interesting review on the loss of oceanic fauna (1). The review points out that the loss of terrestrial fauna over the last 50,000 years or so has been far greater than loss of marine fauna. However, it also notes that humans have only had the technology to seriously impact the oceans for a couple of hundred years. The review ends on a somewhat upbeat note saying that we can learn from past experience on land and devise ways to protect the oceans. However, I can’t help but being more pessimistic in light of the ever-growing human population that will result in greater demands on fisheries and increasing pollution of marine environments both locally and globally.
While marine sanctuaries and controls on fishing may be helpful as the article suggests, it is often not possible reverse the effects of extreme over-fishing; witness the failure of cod stocks to return to the Grand Banks after twenty years of protection. Perhaps more importantly increasing human populations and increased economic development are leading to widespread degradation of the marine environment just as they do on land. Agricultural run-off, destruction of coastal marshes for housing and fish-farms, release of plastics and other chemicals into the sea, as well as the global warming created by our carbon based economy will all accelerate as the human population increases. Poor fish!
Thursday, January 8, 2015
In a recent commentary in PNAS (1) Ronald Daniels, the President of Johns Hopkins University, discusses the increasingly slow career progression for young scientists. He points out that the average age for attaining an initial medical school faculty appointment has gone up by about 5 years between 1980 and today while the average age for the first NIH R01 grant for MDs has gone from 38 to 45 yrs. While Daniels mentions several possible contributory factors, clearly the key is the ever-increasing length of the postdoctoral training period. This in turn is built on the continuing over-production of biomedical Ph.Ds which raises the level of completion for ‘real’ jobs in academia or industry to impossible levels.
As stated previously on this blog the solutions to this problem are first to reduce the supply of Ph.D trainees and second to begin to develop stable career paths in science that are distinct from the traditional professor/PI pathway.
Friday, December 12, 2014
An opinion piece in SCIENCE discusses ways to make research careers more stable, in part by limiting PhD production (1). I agree with their analysis. Steps to limit PhD production and to introduce stable research career pathways for ‘non-PI’ scientists are clearly needed. But we have known this for some time. The problem is that both senior faculty members and their institutions have a strong self interest in maintaining the current situation. An ample supply of cheap and expendable labor is just too good to pass up. We have commented on this several times in this blog.