Information Transfer and Education





Information Transfer and Education


Patricia K. Crumrine

Simon D. Shorvon



Introduction

The purpose of an international textbook on epilepsy is to educate as many people as possible about the field of epilepsy, thus enhancing the care of those with this condition. The ability of those working in the field to provide information to each other, their patients, and their patients’ families and to the community at large is an important role. This means not only giving information, but also interpreting, comparing, and objectively evaluating the information and its sources. How this is accomplished is constantly changing. The ability to obtain and evaluate new information is critical to the clinician working with epilepsy. Today’s clinicians have limited time to read journals and attend out-of-town meetings, yet they have increasing demands to document ongoing educational credits (CMEs). The sources for new information have changed from the time when the physician depended on scientific journals for the main source to the present, when there are many resources available. Industry is now playing a larger role in the information transfer process, and the ability to evaluate the objectivity of this for the health care provider becomes necessary.

The role of information transfer or dissemination affects all persons in the health field. This service is necessary for the ongoing education of physicians, scientists, physicians- and scientists-in-training, medical students, nurses, other health care providers, patients, their families and the community at large. The means for providing this service vary depending on the group that is involved and the specific goal of the information transfer. Technology advances have improved the way that information may be disseminated. Today, larger portions of the population are computer literate and have access to computers. Information provided via this means may be able to reach larger numbers of people.

The physician as an educator has a role in the information transfer process. In the past, most information was provided through written materials (books, journals) and lectures and seminars. Thus, information was often limited to only those within the medical field and was not readily available to lay people and the community at large. Currently, the means of information transfer include not only books, journals, and seminars, but also peer-developed guidelines for evaluation and treatment of specific diseases, Web-based audio/video seminars, online information with detailed discussions of disease processes, video presentations of surgical procedures, and active support groups for many chronic diseases.3

It is important for the treating physician and other health care providers to be knowledgeable about the current social and cultural issues pertinent to the populations that they treat. This means being able to apply these issues to the process of information transfer. Information and means of delivery that are acceptable and appropriate for one population may be totally unacceptable for another.

The dissemination of new research in the epilepsy field is critical to the quality of care for patients with epilepsy. This transfer requires the ability to provide health care providers access to information on new diagnostic tools, technology, and treatment options for patients once they have been evaluated as safe and available. This transfer also requires providing the interpretation of this research to the health care provider and the public.

The role of this chapter is to provide the reader with information about information transfer concerning epilepsy, ways of dissemination, self-education, the role that Health Insurance Portability and Accountability Act (HIPAA) regulations play in this information transfer, and ways of evaluating the effectiveness of this transfer.


Dissemination of Information Pertinent to Epilepsy

Epilepsy is a chronic condition affecting 2.7 million people in the United States and 50 million people worldwide.55 It affects individuals of all ages, from the newborn to the elderly; 4% of individuals who reach the age of 85 years will have developed epilepsy. Many of these people will be cared for by health care providers who are not epileptologists and whose primary training in epilepsy consists of what they learned during their educational years in medical school and residency. A report by the National Institute for Clinical Excellence (NICE) in the United Kingdom noted epilepsy misdiagnosis rates of 20% to 31%.37 This report cited the financial impact of these misdiagnoses as £160,125,000 ≠ British pounds, total cost. Krauss et al.36 reviewed stories published in the media concerning epilepsy. They found that 31% of the stories contained errors; many of these were inaccurate reports on the science of epilepsy. Even physicians and pharmaceutical spokespeople provided incorrect information concerning drug treatments. These facts emphasize the need for education and dissemination of information to treating physicians and the public.

The National Center for Chronic Disease, Prevention and Health Promotion in the United States gathered experts in the field of epilepsy to develop a public agenda. This meeting led in 1997 to the first major public health conference on epilepsy, Living Well with Epilepsy, and the collaboration of multiple organizations in the United States with defined goals that included the following:



  • Assessment of evidence linking elements of care to clinical outcomes in special populations of patients with epilepsy.


  • Development of health service purchasing specifications for services related to epilepsy.


  • Enhancement of awareness and understanding of epilepsy through targeted education and awareness campaigns and increased support of research.



  • Development of a bibliography/database of work related to epilepsy self-management.


  • Implementation and evaluation of the self-management interventions in epilepsy.


  • Support of population-based epidemiologic studies of epilepsy prevalence, incidence, and health care needs in selected communities.


  • Assessment of the utility of existing health care data sets for studying trends in access to care, levels of care, and other demographic variables related to epilepsy.


  • Continuing development of a tool to assess public perceptions of epilepsy.


  • Support of epidemiologic studies of preventable causes of epilepsy, including traumatic brain injury and infections such as cysticercosis.


  • Evaluation of the incidence, prevalence, and patterns of care for epilepsy in a managed care setting.9

A second conference, Living Well with Epilepsy II, was held in 2003 to revisit the goals set by the first conference and develop new strategies for improved awareness. The organizers noted that there was still a lack of awareness concerning the seriousness of epilepsy and available treatment options. This lack of information involved all segments of society, including health care providers, patients with epilepsy, and the general public.10 One of the charges from this conference was to address self-management and assure that those with epilepsy have the information and support needed to manage the condition and its treatment.


Learning Methods

Adult learners have different styles and needs for learning. As students, many of us quickly realized which manner of learning works best for us. Most of us experienced the lecture format as we passed through our educational programs. This method involves listening and comprehending and then processing the information for future retrieval. For some this is easy, whereas for others it is not. For some, the process of note taking enhances learning skills with this method. Others find that what they read and visualize leads to better learning and information retrieval. In the field of health care, learning has often been by demonstration and discussion. Technology has added another dimension to learning tools with the development of audio/video formats. Many lectures today are enhanced with digital slides, audio, and/or video. Another new tool that lends itself to the learning process is the ability to access information over the Internet. All of these methods are applicable to all those who need to learn about epilepsy: medical students, physicians-in -training, physician/specialists, nurses, other health care providers, researchers, patients, family members/caregivers, teachers, employers, and the public. For each of these groups, one or more of the methods may be applicable to the learning process.


Information Transfer to Health Care Providers


Traditional and Current Means of Information Transfer

Historically, physicians and other health care providers obtained information from textbooks, formal lectures offered as part of the educational process, peer-reviewed journal articles, annual meetings of their medical specialty, weekly or monthly “grand rounds” in hospital settings, and, more important, discussion with their peers. Other than the lectures in medical school, for which testing procedures existed, there generally were no means for evaluating the effectiveness of the learning process. Textbooks provide good general scientific and treatment information but may not always have the most up-to-date information on current therapeutic options because the publishing of textbook material may be several years behind current accepted therapy practices. Even journals may be somewhat out of date by the time their new information is published.

Technology advances have increased information resources available to health care providers. Information is available electronically. Journals and textbooks also are available via this format. Thus, physicians spend less time in libraries than in the past. There has also been a tremendous increase in the number of scientific journals being published. Educators have had to learn new ways of presenting information for lectures. The use of 35-mm slides has become a technology of the past. Most presentations now use a Power Point format with digitized video images. The problem sometimes is that of information overload. Lowe and Barnett noted that as of 1994 there were 17,000 new biomedical books and 30,000 biomedical journals published annually.40 They estimated that a physician would have to read 19 original articles per day to maintain knowledge in a field. They also noted that most physicians in this time period obtained their information, not from books or journals, but from other health professionals. However, there is not always a filtering system in place to provide information that is relevant and up to date for a particular physician and clinical setting.

Traditionally, the exposure of medical students to information has been via lecture and bedside teaching methods. The amount of time devoted to teaching about epilepsy has always been small. Many students may complete their training in medicine without having seen a seizure or treated someone with epilepsy. Many training programs in the Western Hemisphere and Europe have implemented problem-based learning that provides exposure to a wide variety of disease states at all levels of medical school training. However, the amount of time spent on epilepsy remains small.

Information on epilepsy in nursing education and other health care education was a small part of the nursing educational process in the past. With the development of specialties in nursing, nurses with interests and talents in working with patients with epilepsy have become valued members of epilepsy teams. These nurses have become active members of the epilepsy community, working in hospital settings and as educators, researchers, and public health advisors. One example of their activities is the guideline for competencies for epilepsy nurse specialists published by the Royal College of Nursing.12 Nurses have worked to increase knowledge of epilepsy in the school setting and have developed educational tools for of nurses in this field.46

Documentation of continuing medical/nursing education (CME/CNE) and maintenance of certification (MOC) are mandated by many states in the United States and many other countries. The numbers and types of CME credits vary from state to state and country to country. This documentation is often imposed by state licensing renewal processes and hospital accreditation. As with other types of learning, CME can be obtained in various formats, including attending accredited seminars, reviewing journal articles answering questions, and engaging in online activity through a hospital-, university-, CME-accredited organization. Continuing education is now required by many health care professions (e.g., physicians, nurses, pharmacists, dentists.)

The Accreditation Council for Continuing Medical Education (ACCME) in the United States reported in 2004 that they sponsored (directly and jointly) 71,564 activities, with 6.5 million participating physicians and 3.2 million participating nonphysicians. The range of activities included courses, regularly scheduled conferences, Internet enduring materials, other enduring materials, and journal-based CME.2 Enduring materials
are printed, recorded, or computer-assisted instructional materials which may be used over time at various locations. Is continuing education effective in changing the practice of health care providers? Davis et al. reviewed the literature for articles relating to the effectiveness of various educational strategies from 1975 to 1994.14 They specifically looked for studies that were randomized trials of education strategies that assessed physician performance and/or health care outcomes. Of 99 trials with 160 interventions, they found that 70% demonstrated a change in physician performance and 48% produced a positive change in health care outcomes.


Information Transfer to Students and Physicians-in-Training

Traditionally, information transfer and education have been via didactic lectures and bedside demonstration. The younger generation of students and physicians is very technology savvy and uses computers and other technologies easily. They have grown up using computers for most of their educational years and find that information accessible via this mode is to their liking. They incorporate this into other modes of information storage such as handheld devices (personal digital assistants, PDAs). Their learning modes are often different from those of their senior physicians. They are more comfortable in obtaining information electronically than from textbooks, and read this information off computers. They may be less likely to subscribe to printed journals in the future than this generation of physicians.

Time constraints of resident hours in the United States have changed the ways of educating residents and even medical students. There is often less bedside teaching than in the past. Within medical schools there is a renewed interest in providing quality education. Some schools have established academies of medical educators to advance the mission of education.33 Although initial evaluations of these academies show that schools recognize teaching efforts by their faculty members and promote them for these efforts, it is unclear what the outcome is relative to student learning.


Epilepsy Information/Education

Epilepsy education constitutes a small portion of the curriculum for the typical medical student and resident. A study performed by Mason et al. evaluated three seminars on epilepsy given to third-year medical students.41 They found that the seminars improved general knowledge of the subject but did not change attitudes about it.

Education about epilepsy for physicians in training is quite variable. Those in surgical specialties probably never receive any education during their training years. Those in primary care specialties such as medicine, pediatrics, and family practice may receive some, but this varies. Unique programs have been developed to teach neurology and child neurology residents about epilepsy. The J. Kiffin Penry Epilepsy Education Program runs two of these. They consist of a several-day minifellowship, with the curriculum consisting of daily lectures, workshops, and case presentations about epilepsy. Participants take pre- and post-tests to assess the knowledge gained.


Information Transfer to Patients and Caregivers

Patients, families, and other caregivers traditionally depended on their primary physician for information concerning medical status and treatment. A family might have had a general health care book on the bookshelf at home. Much of their information often came from friends or other family members. The patient accepted what was said to him or her and did not question the treating physician. Medicine has changed and now encourages the patient and family to participate in the care as an active member of the team. The availability of information through various media contributes to this participation. The use of the Internet to access information has increased patient knowledge but has also contributed to patient confusion about which treatment option may be the best. Kind et al. studied the availability of computer and Internet access in a low-income urban population in the United States.35 In a survey of 260 people they found that 58% had access to a computer and 41% had home Internet access. Ninety-two percent of those surveyed indicated that they would like to discuss information on the Internet with a health professional. A Harris Poll from 2003 surveying Internet use reported that 67% of all adults have been online and that 57% use the Internet at home.30 The estimate for European usage is 35.5%, and for worldwide usage it is about 15.2%.42 Harrisinteractive surveyed patients in four countries (United States, France, Germany, and Japan) in January 2002.28 This report noted that those surveyed in United States and Japan were most concerned about using Web sites not based in their own countries. Americans and Japanese were the most likely to purchase drugs online if they were available from pharmaceutical companies.

Patients and their families desire information about their health problems and treatment. This information contributes to improved compliance with medication, better relationships with health care providers, and a more positive outlook about the patients’ medical problem.27,38,48,49,51,52 The Healthy People 2010 Information Access Project is a collaboration of U.S. government agencies, public health organizations, and health science libraries to assist the public health workforce find and use information effectively.54,55 A study by Deber asked whether patients wanted their physicians to do the problem solving and whether they wanted to be involved in the decision making.15 Most of the patients wanted the physician to do the problem solving, but a significant percentage wanted to be involved in the decision making part of the process. Deber discussed the problems that occur with patient education, which included the following issues: (a) the importance of the manner in which information is presented; (b) the potential for overwhelming the patient with large amounts of information; (c) the possible confusion for the patient of conflicting treatment options; and (d) the variability in quality of information, its completeness, and its accuracy.

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Aug 1, 2016 | Posted by in NEUROLOGY | Comments Off on Information Transfer and Education

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