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How would you adapt? (Nov-05)

Could you cope and find happiness if you were living with paraplegia? Think about what it would be like to have paraplegia and to imagine the impact of this disability on your life. Although some aspects of your life will become more difficult, there are ways to make your daily life a little easier.

List something that would help you to adapt physically if you had paraplegia. (For example, if you lost your eyesight, you could learn Braille, and/or use a cane). Just as there are ways to help you to adapt physically to paraplegia, there are also ways to help handle the immediate and long-term emotional reactions. List a strategy that you would use to emotionally cope with having paraplegia.

Please think about the two most upsetting things about developing paraplegia. Do you think these two things would become more or less upsetting over time?

  • More upsetting over time
  • Less upsetting over time
  • Equally upsetting over time

Please rate paraplegia on a scale from 0 to 100, where 0=quality of life as bad as death and 100=quality of life as good as perfect health.

How do your answers compare?

Those who were given the adaptation exercise rated paraplegia much higher, 62. That means considering adaption tends to have people look more favorably on paraplegia than they otherwise would. For most people, the adaptation exercise resulted in higher ratings. Let's take a closer look at the actual study and explore the importance of considering adaptation.

A discrepancy in perceptions of quality of life

When people first think about a disability, it might seem pretty catastrophic. At first glance, you might think that people living with paraplegia must be miserable. Patients who actually have paraplegia, however, report their quality of life to be significantly better than the public estimates that it would be. It appears, then, that there is a discrepancy between the self-rated quality of life of people with paraplegia, and healthy people's estimates of what their quality of life would be if they had this condition.

Why this discrepancy?

CBDSM director Peter Ubel teamed up with researchers Christopher Jepson and George Loewenstein to conduct a series of studies that aimed to explain why this discrepancy exists. Past research has suggested that patients do not overestimate their good mood, which led the researchers to hypothesize that, in fact, non-patients truly underestimate the quality of life experienced by people with disabilities. The researchers speculated about two explanations that could account for this underestimation. One possibility is that non-patients may be subject to a focusing illusion. That is, they might fail to appreciate that not all life domains or life events will be affected by the disability. Another possibility is that non-patients may be failing to consider adaptation, unable to realize how their feelings and their ability to cope will change over time.

In one study, each subject received one of several defocusing tasks in addition to rating paraplegia. For example, one of these tasks asked subjects to rate how much better or worse their life would be with regards to eight specific life events (e.g., visiting with friends). Another task asked subjects to think of five events that took up the largest amount of their time the preceding day and to rate how much better or worse these events would be if they had paraplegia. In a second study, subjects received one of several adaptation exercise in addition to rating paraplegia. One of these was similar to what you read on the previous page, although more extensive. Another had subjects consider their quality of life both 1 month and 5 years after developing paraplegia. In both studies, sujects rated paraplegia either before and after or only after completing an intervention.

The researchers found that none of the defocusing tasks had any effect on ratings of paraplegia. In fact, these tasks actually caused many participants to give lower ratings than they would have otherwise. All of the adaptation exercises, on the other hand, increased subjects' ratings of paraplegia. Taken together, these results support that the tendency of nonpatients to underestimate the quality of life associated with disabilities is not the result of a focusing illusion, but rather the result of failure to consider adaptation.

Read the article:

Disability and sunshine: Can predictions be improved by drawing attention to focusing illusions or emotional adaptation?
Ubel PA, Jepson C, Loewenstein G. American Journal of Psychiatry 2005;11:111-123.

Wed, October 31, 2012

Reshma Jagsi, MD, DPhil, recently had an article published in JAMA entitled “Gender Differences in the Salaries of Physician Researchers.” The results of the RWJ-funded study showed that male physician researchers earned $12,001 more than their female colleagues, after adjusting for a variety of factors that might impact salary. This disparity can add up to $350,000 over the course of a medical career.
Dr. Jagsi was interviewed by the Associated Press, and the article received considerable press coverage in multiple sources including the New York TimesForbes, MSNBC, and the Wall Street Journal. Click here for more information.

Naomi Laventhal, MD, MA

Jeffrey Kullgren, MS, MD, MPH

Faculty

Dr. Jeff Kullgren is a Research Scientist in the Center for Clinical Management Research at the VA Ann Arbor Healthcare System and an Assistant Professor in the Department of Internal Medicine at the University of Michigan Medical School and Institute for Healthcare Policy and Innovation.  Dr.

Last Name: 
Kullgren

J. Scott Roberts, PhD

Faculty

Scott Roberts, PhD, is Associate Professor of Health Behavior & Health Education at the University of Michigan’s School of Public Health (U-M SPH), where he directs the School’s Public Health Genetics program and teaches a course on public health ethics. A clinical psychologist by training, Dr. Roberts conducts research on the psychosocial implications of genetic testing for adult-onset diseases.

Last Name: 
Roberts

Michele Gornick, PhD, MA

Faculty

Dr. Michele Gornick is a Research Investigator in the Department of Internal Medicine at the University of Michigan Medical School. Her background training is in cancer genetics, with a focus on using quantitative methods to better understand the genome. Dr. Gornick joined CBSSM to pursue her interest in translational medicine, specifically dealing with issues surrounding communicating genomic information to patients, physicians and other health care providers. She was a VA and CBSSM Postdoctoral Fellow, 2012-2015.

 

 
Last Name: 
Gornick

Angela Fagerlin, PhD

Alumni

Dr. Fagerlin served as Co-Director of CBSSM from 2010-2015. She is currently Chair of the Department of Population Health Sciences at University of Utah School of Medicine and Research Scientist, Salt Lake City VA Center for Informatics Decision Enhancement and Surveillance (IDEAS)

Last Name: 
Fagerlin
Research Projects: 

Beth A. Tarini, MS, MD

Alumni

Beth A. Tarini is an Associate Professor of Pediatrics & Division Director of General Pediatrics and Adolescent Medicine at the University of Iowa. Before that, she was an Assistant Professor in the UM Department of Pediatrics and Communicable Diseases. She received her MD from Albert Einstein College of Medicine (2001) and a master's degree from the University of Washington (2006), where she was a Robert Wood Johnson Clinical Scholar. In addition to her clinical interest in preventative care, she pursues an active research program on issues of newborn screening and genetic testing.

Last Name: 
Tarini

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