The pharmaceutical industry and altruism

January 16, 2017

Pär SegerdahlI am currently thinking about a common gut reaction to the pharmaceutical industry. I sometimes have this reaction too, so this is an examination of my own reaction.

The reaction is a feeling of discomfort, when a central actor in the management of something as important as human health and disease is a multibillion-dollar industry with profit as overall goal.

Is it really possible to combine such a businesslike aim with a genuine desire to cure the sick?

Let us compare with another industry that radiates more compassionate desire to cure, namely, alternative medicine. Here too products are sold to people with various ailments. There is clearly a market and a business mindset. Yet the actors on this market radiate more love of mankind. It can sometimes even appear as if the products were manufactured and sold out of pure goodness!

What makes these business practices seem imbued with good will to cure? I suggest that it depends on the strong belief in the healing effects of the products. I do not deny that many of the products have beneficial effects. My point is only that beliefs about good effects are at the forefront and can make the provision of the products appear like an ethical act of noble actors.

The pharmaceutical industry is different from alternative medicine partly through being prohibited from being permeated with beliefs about the healing effects of the products. It is actually illegal for the pharmaceutical industry to act as nobly and compassionately as the actors within alternative medicine. It could invite quackery.

The pharmaceutical industry operates on a highly regulated market. There is specific legislation for pharmaceutical products and special authorities supervising the industry. Satisfying the quality and safety demands often requires decades of research and development. This means huge investment costs, which presupposes profits.

This is how we have solved the problem of providing safe and effective treatments through the health care system. By having a pharmaceutical industry that is not permeated with good faith and good intentions, but instead is highly regulated and supervised. The products must satisfy the quality requirements, period. Beliefs and good intentions are irrelevant.

Research, industry and healthcare together constitute a regulated system for managing health and disease. Within this system, researchers can be driven by curiosity, and industry by profit, while doctors want to cure their patients, and research participants want to support research that could lead to more effective treatments.

The point I am trying to make is that the gut reaction probably overlooks just this division of motives: In order for a whole system to work for the good, not every actor in the system needs to place good intentions first. It can rather pose a risk for the entire system.

There is no reason to glorify the pharmaceutical industry. Rather there are reasons to question it, for example, the marketing of products, which sometimes tries to create the faith that is prohibited in the development and approval of the products.

The industry is not altruistic. It is driven by profit. But through its place within the system it can make altruism and good will possible.

Pär Segerdahl

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Ethics and law of stem cell treatment of diabetes

December 21, 2016

Pär SegerdahlMany people support in various ways medical research, which they perceive as urgent in view of the needs of various patient groups. But patients typically won’t benefit from research unless the results are translated into development of medical products.

Type 1 diabetes is an incurable disease that requires daily life-sustaining treatment and strict dietary rules. Disease onset usually occurs at an early age.

In Sweden, about 50 000 people have this form of diabetes and of these around 8 000 are children. In type 1 diabetes, the immune system attacks the insulin-producing cells. Without insulin the body cells cannot use glucose for energy, and the sugar level in the blood rises. Energy is recovered instead from fat and protein, which causes waste products that can cause diabetic coma and attacks on vital organs.

Today, diabetes is treated with daily insulin injections, or by using an insulin pump. This requires continuous measurement of blood sugar levels, as incorrect doses of insulin entails risks and can be life-threatening. It is not easy to live with diabetes.

An alternative treatment, which is still at the research stage, is to generate new insulin-producing cells using human embryonic stem cells. The insulin-producing cells detect blood sugar levels and regulate the secretion of insulin. In order not to be attacked by the immune system, the transplanted cells are encapsulated in a protective material. It may become easier to live with diabetes.

But research alone doesn’t treat diabetes. Encapsulated insulin-producing cells need to be produced and made available also to patients; not only to research participants. But this is a big step and a host of ethical and legal issues, including embryo donation, patentability and consent, need to be examined and discussed.

The Swedish Research Council recently granted funding for a project to examine these issues. The project is led by Mats G. Hansson at CRB and is a collaboration with Olle Korsgren, professor of transplantation immunology, as well as with lawyers Anna-Sara Lind and Bengt Domeij, and philosophers and ethicists Jessica Nihlén Fahlquist and Pär Segerdahl.

The step from stem cell research to available treatments requires reflection. I look forward to start thinking about the ethical and philosophical questions.

Pär Segerdahl

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Approaching future issues - the Ethics Blog

Research data, health cyberspace and direct-to-consumer genetic testing

December 14, 2016

josepine-fernow2We live in a global society, which means there are several actors that regulate both research and services directed at consumers. It is time again for our newsletter on current issues in biobank ethics and law. This time, Biobank Perspectives  lets you read about the legal aspects of direct-to-consumer genetic testing. Santa Slokenberga writes about her doctoral dissertation in law from Uppsala University and how the Council of Europe and the EU interact with each other and the legal systems in the member states. She believes direct-to-consumer genetic testing can be seen as a “test” of the European legal orders, showing us that there is need for formal cooperation and convergence as seemingly small matters can lead to large consequences.

We also follow up from a previous report on the General Data Protection Regulation in a Swedish perspective with more information about the Swedish Research Data Inquiry. We are also happy to announce that a group of researchers from the University of Oxford, University of Iceland, University of Oslo and the Centre for Research Ethics & Bioethics at Uppsala University received a Nordforsk grant to find solutions for governance of the “health cyberspace” that is emerging from assembling and using existing data for new purposes. To read more, download a pdf of the latest issue (4:2016), or visit the Biobank Perspectives site for more ethical and legal perspectives on biobank and registry research.

Josepine Fernow

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Approaching future issues - the Ethics Blog

Two researchers in neuroethics

December 5, 2016

Our neuroethics group at CRB currently seek two postdoctoral researchers to work in the Human Brain Project (European Commission Future and Emerging Technologies Flagship Project). The positions have different focus.

One research task focuses on the role of contexts and cultural imprinting in understanding the brain’s functional architectures. Read more and apply.

The second research task focuses on philosophical and ethical challenges of modelling cognitive processes in silica. Read more and apply.

Employments are temporary, renewable halftime positions, starting February 1, 2017 (or as otherwise agreed). If you have questions, please contact Kathinka Evers.

Application deadline is January 12, 2017.

Pär Segerdahl

We transgress disciplinary borders - the Ethics Blog

The apparent academy

November 29, 2016

Pär SegerdahlWhat can we believe in? The question acquires new urgency when the IT revolution makes it easier to spread information through channels that obey other laws than those hitherto characterizing journalism and academic publishing.

The free flow of information online requires a critical stance. That critical stance, however, requires a certain division of labor. It requires access to reliable sources: knowledge institutions like the academy and probing institutions like journalism.

But what happens to the trustworthiness of these institutions if they drown in the sea of impressively designed websites? What if IT entrepreneurs start what appear to be academic journals, but publish manuscripts without serious peer review as long as the researchers are paying for the service?

This false (or apparent) academy is already here. In fact, just as I write this, I get by email an offer from one of these new actors. The email begins, “Hello Professor,” and then promises unlikely quick review of manuscripts and friendly, responsive staff.

What can we do? Countermeasures are needed if what we call critical reflection and knowledge should retain their meaning, rather than serve as masks for something utterly different.

One action was taken on The Ethics Blog. Stefan Eriksson and Gert Helgesson published a post where they tried to make researchers more aware of the false academy. Apart from discussing the phenomenon, they listed deceptive academic journals to which unsuspecting bioethicists may submit papers (deceived by appearances). They also listed journals that take academic publishing seriously. The lists will be updated annually.

In an article in Medicine, Health Care and Philosophy (published by Springer), Eriksson and Helgesson deepen their examination of the false academy. Several committed researchers have studied the phenomenon and the article describes and discusses what we know about these questionable activities. It also proposes a list of characteristics of problematic journals, like unspecified editorial board, non-academic advertisement on the website, and spamming researchers with offers to submit manuscripts (like the email I received).

Another worrying trend, discussed in the article, is that even some traditional publishers begin to embrace some of the apparent academy’s practices (for they are profitable). Such as publishing limited editions of very expensive anthologies (which libraries must buy), or issuing journals that appear to be peer reviewed medical journals, but which (secretly) are sponsored by drug companies.

The article concludes with tentative suggestions on countermeasures, ranging from the formation of committees that keep track of these actors to stricter legislation and development of software that quickly identifies questionable publications in researchers’ publication lists.

The Internet is not just a fast information channel, but also a place where digital appearance gets followers and becomes social reality.

Pär Segerdahl

Eriksson, S. & Helgesson, G. 2016. “The false academy: predatory publishing in science and bioethics.” Medicine, Health Care and Philosophy, DOI 10.1007/s11019-016-9740-3

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Approaching future issues - the Ethics Blog

The brain develops in interaction with culture

November 16, 2016

Pär SegerdahlThe brain develops dramatically during childhood. These neural changes occur in the child’s interaction with its environment. The brain becomes a brain that functions in the culture in which it develops. If a child is mistreated, if it is deprived of important forms of interaction, like language and care, the brain is deprived of its opportunities to develop. This can result in permanent damages.

The fact that the brain develops in interaction with culture and becomes a brain that functions in culture, raises the question if we can change the brain by changing the culture it interacts with during childhood. Can we, on the basis of neuroscientific knowledge, plan neural development culturally? Can we shape our own humanity?

In an article in EMBO reports, Kathinka Evers and Jean-Pierre Changeux discuss this neuro-cultural outlook, where brain and culture are seen as co-existing in continual interplay. They emphasize that our societies shape our brains, while our brains shape our societies. Then they discuss the possibilities this opens up for ethics.

The question in the article is whether knowledge about the dynamic interplay between co-existing brains-and-cultures can be used “proactively” to create environments that shape children’s brains and make them, for example, less violent. Environments in which they become humans with ethical norms and response patterns that better meet today’s challenges.

Similar projects have been implemented in school systems, but here the idea is to plan them on the basis of knowledge about the dynamic brain. But also on the basis of societal decision-making about which ethics that should be supported; about which values that are essential for life on this planet.

Personally I’m attracted by “co-existence thinking” as such, which I believe applies to many phenomena. For not only the brain develops in interaction with culture. So does plant and animal life, as well as climate – which in turn will shape human life.

Maybe it is such thinking we need: an ethics of co-existence. Co-existence thinking gives us responsibilities: through awareness of a mistreated nature; through awareness of our dependence on this nature. But such thinking also transcends what we otherwise could have imagined, by introducing the idea of possibilities emerging from the interplay.

Do not believe preachers of necessity. It could have been different. It can become different.

Pär Segerdahl

Evers, K. & Changeux, J-P. 2016. “Proactive epigenesis and ethical innovation: A neuronal hypothesis for the genesis of ethical rules.” EMBO reports 17: 1361-1364.

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Approaching future issues - the Ethics Blog

What is the risk?

November 2, 2016

Pär SegerdahlTo communicate about genetic risk with patients, we need to know how people think about risk and that experts and people in general often think differently.

A common feature, however, is this: Risk has to do with future adverse events. We talk about the risk of getting sick. But we rarely talk about the risk of getting well. We must then imagine people who value their disease (perhaps to avoid enrollment in an occupation army).

The expert’s concept of risk presupposes the negative value, but does not delve into it. It focuses on the probability that the unwanted event will happen (and how certain/uncertain the probability is).

For patients, however, the value aspect probably is more in focus. A couple learning about a 25% risk of having a child with a certain disability probably considers how bad such impairment would be: for the child and themselves. Maybe it isn’t so bad? Perhaps there is no great “risk” at all! They evaluate the risk scenario rather than calculate the probability.

How can we understand this value aspect, which risk presupposes and patients ponder? Ulrik Kihlbom at CRB asks the question in an article in the Journal of Risk Research.

Kihlbom describes two common ways of understanding value. The first is in terms of preferences. People have different preferences. Most prefer health before sickness, but occasionally someone may prefer disease. Value lies in satisfying these preferences, whatever they are. There is then only one value: preference satisfaction. The problem is that we can object that these preferences are not always reasonable or well informed. Additionally, patients can adapt to their illness and prefer their lives as much as healthy persons prefer their lives. Is it valuable to satisfy even such preferences?

Not surprisingly, the other way of understanding value is more objective. Here one assumes that value depends on how well certain basic human capabilities are supported. Such as being able to use one’s senses, imagine, think, play, be healthy, etc. Here there is a more objective measure of value. The problem is the authority the measure is given. May not a person lack some of these capabilities and still live a full and dignified life? Who decides which capabilities should belong to the measure?

Actually, I would say that both proposals impose a measure of value. Preference satisfaction is, of course, a general measure too.

Kihlbom proposes a third way of understanding value. No measure of value is imposed and value is not separated from that which has value. If someone gets cancer, the negative value lies already in the disease, so to speak. A person who knows what cancer is does not ask: “Why is it bad to get cancer?” And hardly anybody would answer: “Because it frustrates my preferences” or “Because it prevents me from flourishing as a human being.”

Knowing what disease is means knowing that it is bad. It is part of the point of the word. To exclaim, “I’m so sick!” is to complain (not to rejoice). The value lies in the phenomenon itself and in the word. If some people still value their disease (perhaps to avoid military service), the value lies in the situation where the disease can appear as a good thing.

This is probably how people approach genetic risk information: What does this mean in my life? How bad is it? They immerse themselves in the value aspect, which the numerical probability presupposes. The 25-percent risk of having a child with a certain disability leads to concerns over what such a life might turn out to be like; how it can be described; how it can be valued.

So what should we keep in mind in genetic risk communication? The novelty about genetic risk information is not only that patients get difficult to interpret percentages of probability. The scenarios are new. These scenarios can involve time perspectives that extend throughout one’s future life, even to future generations. They can be about diseases and treatments that we do not know what it means to live with.

We evaluate risks daily (like the risk of missing the train), but here patients encounter novel risk scenarios that are difficult to evaluate. If I understand Kihlbom right, he thinks that the challenge is not only to explain probabilities to patients. The challenge is not least that of talking with patients about these new risk scenarios: about how they react to them in terms of value, how they describe them as “catastrophic” or “not so bad.”

Patients need support to evaluate genetic risk scenarios reasonably; not only to understand probabilities.

Pär Segerdahl

Kihlbom, U. 2016. “Genetic Risk and Value.” Journal of Risk Research, DOI: 10.1080 / 13669877.2016.1200653

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