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How Physicians
Learn
There are
many theorists who have described learning. Banduras social
cognitive theory (1986) links the individuals personal
factors with environmental/situational factors and behavior.
Other theorists such as Schon, Knox, Cross, and others share
the view that the individual is self-monitoring, capable of
goal-setting and achievement. They conclude that because each
individual is unique, internal and external influences will
impact the motivation of each individuals pursuit of self-directed
learning. Some of these factors include perception of need,
curiosity and professionalism. Environmental factors may include
the availability of information, interaction with colleagues,
community expectations and integration into practice.
Most physicians
want to continue to learn and adapt their practice behavior
to use new technologies and therapeutic agents to improved patient
care and outcome. In the ideal model, the process begins with
a self-determined need for new information or competence. The
impetus may be a specific patient problem or an interest in
the developments in their particular field of practice. The
next step is to seek the new information or technical skill.
Physicians will seek to gain this new information either informally
or in a more structured setting. Physicians willing to adopt
a new practice or use of a therapeutic agent are more likely
to change if the change can occur autonomously. If there are
no barriers (perceived or real) to implementing a new practice
behavior based on the information or technical skill, the physician
will adopt and incorporate this change into their practice.
However, todays healthcare environment with many physicians
in group practices or employees of healthcare systems may encounter
organizational barriers. It is essential to understand the environment
in which the physician is practicing to plan and deliver "change-enabling"
CME.
Documented
methods by which physicians want to learn
Physicians
"routinely" learn in a self-directed manor utilizing
journal articles or through attendance at association/society
meetings. Other methods of learning occur when physicians encounter
either a practical problem or a theoretical one. When a patient
presents with a difficult problem, the physician searches immediately
for a reliable resource. The physician will usually perform
a literature search, seek out experts in the field or consult
with colleagues to learn how others handled a similar problem.
(practical)
In general,
when a physician wants to update current knowledge or develop/enhance
a particular skill, they tend to choose formal learning such
as attendance at conferences, meetings, symposia, etc. (theoretical).
There are
gender preferences in the structure of the formal learning activity.
Because married female physicians are more likely to be responsible
for childcare, they prefer live activities that are held on
the weekend in "family-friendly" locales. Female physicians
are less likely to attend social activities included in the
activity, again, due to family responsibilities. Male physicians
tend to prefer an educational structure that includes a social
event for networking and personal case discussion. Both male
and female physicians want interactive discussion of the clinical
aspects of the topic to be included in the activity, while female
physicians prefer to include psychosocial aspects of patient
care as well.
All physicians
expect data that is peer-reviewed and presented by recognized
opinion leaders in the field. All physicians share a significant
barrier: little protected time for learning.
Effective
CME Methodologies
The most
effective CME is that which provides physicians with useful
information that can be immediately applied to their practices.
It has been shown that an activity that is simply dissemination
of information with no feedback from participants results in
little change in physician behavior. The specific delivery can
take many forms:
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Method
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Advantage
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Disadvantage
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Interactivity
(1)
Audience
Response Systems, computers or other technology
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Engages participants
in learning process;
Correlate opinions
with those of peers;
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Efficacy determined
by facultys abilities to use the technology as well
as that of the individual
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Interactivity
(2)
Small
group workshops; role play; case discussions
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Engages participants
in learning process; correlates opinions with those of
peers; determine consensus, all on a more personal level
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Requires a
generous provision of time to establish the goal of the
session; provide the materials and have an opportunity
to "share" with the larger group
|
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Interactivity
(3)
Hands-on
Practice
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Permits acquisition
of a skill, technique or use of equipment with an expert
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Can be tedious
if there are insufficient models/equipment to work with;
small groups only
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Interactivity
(4)
Teleconference
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Easy to use;
universal access; opportunity to ask questions
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Inability to
network with peers; limited Q&A; static delivery
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Live symposia/national
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Network with
nationwide peers with varied practice patterns; Ask questions;
dedicated time
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Single location
may be deterrent (travel issues);
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Live symposia/regional
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Network with
"community of peers"; ask questions; dedicated
time
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"Driving
distance" locations require less planning, less time
away from practice
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Monograph;
audio cassette; video; CD-ROMs
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Used at the
learners convenience; easy to use
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Information
is soon outdated; No Q&A
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Activities
that include active participation by the attendees can result
in significant changes in physician practice. Use of vignettes,
case studies, interactive workshops, small group and individualized
training sessions as well as the use of audience response systems
in large group settings are suitable methods to achieve participation.
Role-play,
case discussions and hands-on practice are quite effective as
well.
Another
strategy that can increase the probability of physician change
is to provide "enabling" tools such as: patient education
materials, or specific forms or processes used successfully
in other practices.
Involvement
with the physician in a variety of ways also increases the likelihood
that the change will be successful and long-lasting. Such interventions
can include reminders/prompts via email or other method and
provision of additional educational materials such as peer-reviewed
web-based sites for topic-related articles.
Providing
an application forum at the conclusion of an activity can assist
physicians to determine what will be effective and what will
hinder them in putting the learning into practice. This can
be done as small group forums or more individualized planning.
Encouraging
attendance as a practice group to increase the likelihood of
"buy-in" and subsequent change in physician practice.
Use of vignettes can provide a practical application of learning.
New Technology
for CME
The Internet
is the new technology for CME for the foreseeable future. The
advantage to web-based learning is that it can be accessed 24
hours/day, 7 days a week from anywhere in the world. There are
some challenges to conquer for this medium to be truly productive
and conducive to physician learning. Some of these will be accomplished
over time as the technology advances and becomes more sophisticated
and easier to use.
Many older
physicians are utilizing the net to keep current on the articles
that their patients bring in during office visits but havent
quite mastered the skills necessary to utilize web-based CME.
Most new medical residents, on the other hand, utilize hand-held
devices while making rounds to look up drug interactions or
practice guidelines. These doctors of the future are very comfortable
with using the Internet and will expect more than the recreation
of print material on-line. Physicians will demand more web-based
CME but it will still need to provide case based learning and
the ability to share experiences with peers.
Another
technology is the use of CD-ROMS. These can be used as an enduring
activity or as collateral take-home materials at a live event.
Interactive video conferencing and satellite broadcasts can
be very successful particularly for rural physicians, those
with travel limitations, or those who want their entire practice
to attend.
Case
Studies: How WE Used CME to Change Physician Behavior
Assessing
Impact of CME
In order
to facilitate retention of learning from an activity, frequent
reminders are helpful to the physician. These can be in the
form of evaluations, emails and outcome studies. Outcome studies
at 6 and 12 month intervals measure the impact of the activity
over the course of the year. In addition, it affords another
opportunity to remind the physician of the information learned
at the activity.
Conclusions
Effective
CME occurs as a result of understanding how and why a physician
makes changes in the way they practice. Physician motivation,
needs and clinical setting variables need to be considered.
In addition, understanding human behavior, change theory and
adult education strategies produce effective CME
There are
many factors impacting the provision of CME. The major forces
include: Reimbursement, regulations and licensure, certification,
specialization, managed care systems, technological and medical
evolution, the increasing age of the elderly, the general economic
environment, and the way in which physicians now practice in
group practice rather than as solo practitioners.
The important
elements to remember are that the CME must have relevant content;
it must be easily accessible; and the learner should be able
to collaborate in some way (case study responses, chat room
for discussion, email colleagues, etc.).
The challenges
for all of those involved in the provision of CME are to assess
physician need and to base the specific method of delivery on
those needs. In addition, measuring the efficacy of the CME
is an integral part of future CME planning.
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