Google+

Trust and trust measurement in health care

In recent years, research around the globe has increasingly focused on trust in the context of health care. By doing so, studies have investigated trust in a variety of relationships such as those between patients and doctors, patients and emergency rooms, between different health organisations, and most interestingly, on a larger context between the public and health care systems as a whole. The interest in this research field is fuelled in light of German sociologist Niklas Luhmann’s understanding of trust being fundamental for human life. On the other hand, such investigations have gained popularity due to the belief among many researchers, that general levels of trust in health care settings have decreased, and that suspicion has raised. Shockingly, some have even called it a trust crisis in health care. Such a crisis has important implications in the health setting, since decreased levels of trust often have negative impacts on patients’ health and system functioning. For example low levels of trust undermine patient’s compliance with therapy, or negatively impact medical counselling, due to the patients’ withholding necessary personal information for their doctor. Another alarming example is that of vaccination acceptance. Specifically, due to public’s mistrust in their government which leads to decreased public cooperation, the number of vaccination refusals increase, which in turn can lead to disease outbreaks.

To investigate trust levels, different measurement tools have been developed in recent years, some of the newest examples being from Trinidad and Tobago and India. However, when reviewing measurement tools, it becomes evident, that such measurements build on different understandings of what trust is. Unfortunately, this inconsistency hampers the comparability of outcomes of different studies on a global level. This variety of definitions and understandings of trust, can be explained in many different ways, therefore leading to an important question: What could ‘trust’ mean?

It is probably safe to say that we all have a personal understanding of trust, based on our personal experiences or the chaired experiences of others. We usually encounter first trust experiences through our mother or primary care giver during childhood, and develop our personal understanding of trust when we grow older and start to interact with many other systems outside of our family environment. We learn that generally trust is built between two or more people and that it is future oriented. Specfically, this means that when we trust, we expect or do not expect something to happen in the future. Furthermore, we learn that trusting someone or something can overcome uncertainty and reduce risk, as the person/system we trust in can deal with the risk better than oneself. Also, trust might be associated with vulnerability. For example we trust a surgeon to pursue an operation successfully, or we trust a pilot and technology surrounding us, i.e. the plane, to bring us to our destination. As trust is fragile we also learn that it is easy to destroy and difficult to build up. Last, our perceptions of trust might be influenced by understanding of fairness, values and ethical behaviour. All this leads to the conclusion, as indicated by Ute Frevert (2013), that trust can have many different interpretations, is culturally shaped and that trust is often loaded with different meaning.

Turning from the literature on trust to the scientific articles on trust in health care –   there is an abundance of theories and definitions on trust predominantly developed in the fields of psychology, sociology, philosophy and economics. As mentioned before, there exist a variety of definitions of trust, based on theoretical differences. For instance, according to the German sociologist, Niklas Luhmann (1968), trust can be understood in the abstract manner of being a mechanism to reduce complexity. In contrast, with respect to patient-physician relationships, trust can be viewed as a set of expectations that the physician will behave in a certain way, or as a feeling of confidence in the physician and his/her intentions. From such examples, it becomes very clear that scientific definitions of trust are as diverse as personal understandings of trust, among healthcare systems and the wider public.

Nevertheless, arguably some commonalities can be determined. First, trust is future-oriented; second, trust is linked to vulnerability (risk), in that the question of trust would not arise in a situation where there is a lack of vulnerability; third, trust is based on personal experiences (familiarity) or the experience of others; fourth, trust enables action; and fifth, trust requires communication. As these proposed commonalities are equally abstract, they allow different interpretations in different health care settings.

In conclusion, it is safe to assert that trust is a multidimensional construct, with no single, universal definition. An important implication, therefore is that in any research or measurement tool, it is extremely important to detail the underlying construct/definition of trust. This would not only enable comparability of study outcomes, but also contribute to our overall understanding of trust in general, as well as specifically, in relation to the domain of healthcare.

Felix Gille

Madness and the Moon

“It is the very error of the moon.
She comes more near the earth
than she was wont. And makes

men mad.”
—William Shakespeare, Othello

Since time immemorial, man has struggled to comprehend deviant behaviour. This inability to make sense of the seemingly senseless individuals has driven man to conjure many explanations. One of them was so impressive, that lunacy derived its name from it.

The word ‘lunacy’ derives its name from ‘Luna’, the Roman Goddess of Moon. It was, and still is, popularly believed that there is an association between insane behaviour and changes in the moon. Full moon is considered to be particularly influential, so much so that unusual activities are often explained by the saying: ‘There must be a full moon out there somewhere.’  

In fact, even today, doctors and nurses believe that they see more patients for mental health issues on full moon than at any other time; even some police forces often beef up security around full moon, believing that it leads to aggressive behaviours and higher crime rate. And perhaps the most entertaining reflection of this belief would be the commenters blaming the full moon for George Bush’s election as President in 2000!

So how did this association, now known as the lunar lunacy effect, come about? Amongst the most popular explanations is the fact that human body is majorly composed of water, a component that the moon exerts considerable influence over. Given the moon’s effects on tidal waves, it doesn’t seem completely absurd that man considered himself to be equally affected by this gravitational pull.

 Research however, has proved that this pull was too weak to influence us, with George Abell famously noting that a mosquito exerts greater gravitational pull over human beings than the moon.

One possible explanation for the rise in cases of insanity during the full moon period was offered 1999 by Raison, Klein and Steckler, explained in terms of lighting. The moon was the primary source of nocturnal illumination, which influenced the sleep-wake cycle. However, the full moon interfered with this cycle by offering greater light and thus leading to sleep deprivation, enough to induce mania/hypomania in those susceptible to it.

With the scientific progress within psychology, these commonly held myths about mental disorders needed to be dispelled in order to ensure proper treatment. Several studies were conducted, most of which pointed towards this association being nothing more than desperate attempts to comprehend the incomprehensible.

To begin with, there was found to be no association whatsoever between the full moon and the number of psychiatric admissions or emergency evaluations. Related to this, no rise was observed in suicide rates during the full-moon period. Contrary to security forces expectations, no relationship was found between violent crimes and moon changes. As far as American Presidential elections go, however, keeping this faith in full-moon lunacy and hoping Election Day to be a full-moon night may be someone’s only ‘trump’ card!

It is important to acknowledge the lunar lunacy effect as nothing more than a myth, because without this acceptance, recognising and dealing with mental disorders will be significantly hindered. While the moon is a convenient explanation, it is not a solution. Popular beliefs such as these only stigmatise those with disorders and make mental disorders a foreign, isolated subject.

There is a need to break the association between the two. The moon and madness may be popular but it is now time to let go of this myth. Perhaps, this is what the quirky Luna Lovegood, from Harry Potter, meant when she said, ‘Don’t worry. You are just as sane as I am.’                             

Chinmayee Kantak



India’s Forensic Challenge

“We can all see, but can you observe?”
― A. D. Garrett, Everyone Lies

The last couple of years saw two big cases making the headlines of the Indian tabloids frequently: the Sheena Bora murder case, and Sunanda Pushkar’s (Indian National Congress leader Shashi Tharoor’s wife) alleged suicide. The sudden upheaval caused by these cases was nothing short of a daily soap, with every household closely following their developments.

The progress of these cases also brought various shades of the Indian investigative system into the limelight. The case of Bora’s murder, which happened in April 2012, resurfaced only in August 2015. The three year gap between the discovery of Bora’s remains, and the investigation to gain some result, led to serious discrepancies in the forensic aspect of the case. BYL Nair Hospital, Mumbai conducted a forensic analysis on Bora’s remains, and confirmed a profile of a woman within Sheena’s age range and body frame. Additionally, another private institute matched the skull remains to Sheena Bora’s facial structure.  

New troubles arose for the seemingly smooth investigation, when the remains submitted by the police to JJ Hospital, Mumbai in 2012, and the remains returned by JJ to BYL Nair Hospital, Mumbai in 2015, for further investigation, did not match. The contradicting forensic reports with respect to causes for Indrani Mukherjea’s (the accused for Sheena Bora’s murder) collapse in her prison cell, further questions their reliability. For an investigation tying up threads for a heinous crime such as murder, unadulterated forensic evidence is of utmost importance. Inconclusive findings like these are a result of caused by neglect by police and disoriented methodology

Back in 2008, the Aarushi Talwar case took the nation by storm. The handling of forensics in this double murder investigation underwent considerable amount of criticism. The crime scene was heavily contaminated due to the carelessness of the police officials in charge evidence (for instance, the crime scene was contaminated with fingerprints of the people present, which made it difficult to acquire any information of a possible suspect). This kind of negligence has terrible repercussions on tying up loose ends of an investigation, consequently leading to unsatisfying evidence.

Unavailability of proper lab instruments led to several investigative delays in Sunanda Pushkar’s alleged suicide case (later revealed to be a murder). Since the equipment essential to detect a certain kind of poison was not available in India, the task had to be outsourced to a lab in the USA. The investigation faced a severe setback when the AIIMS forensic chief claimed that he was forced to produce a fake report for the case, and came under tremendous pressure when he refused to do so.

The Indian Supreme Court passed a judgement in 2011 that no test shall be conducted on a suspect without his/her permission. Further, any evidence collected through such a test cannot be used in the court. This poses as a huge hurdle in the public prosecutor’s case, unless some other influential evidence is acquired based on the test results. In more recent times, the double murder case of Hema Upadhay and her lawyer has suffered from this judgement as the court refused permission to the police to conduct a narco analysis on the victim’s husband (a potential suspect).

Digital forensics in India also seems to be lagging as compared to the rest of the world, with respect to available technology. Furthermore, there is a lack of qualified personnel in the forensic labs in our country, which poses as a serious challenge. There is no proper training in forensic methodology provided to the police officials, and the psychological aspect of the field is largely overlooked. Experience of working with cases forms a large part of their forensic know-how. Further, it has been observed that there are several clashes between the staff at forensic labs and police officials, due to the lack of knowledge of terminologies of the latter, thereby leading to further delay and negligence as mentioned in the cases above.

India needs a more established structure for handling forensic cases. The government needs to direct more funds towards improving forensic lab facilities and the technology used. Moreover, proper training needs to be provided to investigation officers with respect to handling of evidence, dealing with the crime scene, focusing on more relevant aspects of investigation, and the like. The police could also directly recruit personnel qualified in forensics under them, so that ethical handling of evidence takes place, and a person is readily available to interpret the final reports accurately. The investigative agencies need to streamline their procedures, create a basic forensic know-how within their personnel, and identify and fill the procedural gaps in handling of cases.  If this isn’t achieved soon, the system surely poses a risk to become dangerously similar to the TV serial CID!

Sampada Karandikar