| Due to the recent tragic events
in New Orleans and the subsequent relocation
of the Annual Meeting to Atlanta, please
check the ASA Web site <www.ASAhq.org>
often for updated locations of sessions.
The editor requests patience with any inaccuracies
that may appear but hopes the readership
will understand given the complex, unprecedented and
unexpected nature of the move of the annual
meeting site. |
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Douglas R. Bacon, M.D., Editor
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Academics, Medicine and the Things
I Used to Know
t all started innocently enough. I was in the preoperative
evaluation, or POE, clinic discussing a case with
one of the residents. We were ruminating on the causes
of a patient’s disease and the possible “cures”
when it struck both my colleague, David Danielson,
M.D., and me that what we had been taught about this
disease was simply no longer true. A rather interesting
discussion ensued with the residents listening politely
about the things David and I used to know. For our
trainees, it must have seemed like two gaffers discussing
how baseball was so much better before the designated
hitter. We did come up with the following table of
things we had been taught in medical school in the
early 1980s
| Things I Learned in Medical School |
| • Stress causes peptic ulcers |
| • Diabetes comes in two types: juvenile
onset and adult onset |
| • Homosexuality is a severe psychiatric
disorder |
| • Alcoholism is a moral failing |
| • Penicillin/streptomycin will kill
any bug |
| • Infectious diseases will be eradicated
by the 21st century |
| • Smallpox is gone forever |
| • No one will operate for gallstones
by 1985 |
| • Megadose steroids will help to
cure septic shock |
| • Low-dose dopamine saves the kidneys |
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Now, before cursor is brought to keyboard or pen
to paper and my mailboxes, both virtual and real,
fill up, these are not the
current beliefs of the editor! Rather, both David
and I are amused by what we were taught and try to
use this table to teach our residents that some knowledge
is time-sensitive, and the need to keep current is
always with us in medicine. I hope that neither of
us is viewed as the “grand old man” just
yet, although our children are getting closer in age
to the residents than we are!
The Winds of Change
Our quest, as physicians, is to find the best therapy
for our patients. In anesthesia that challenge has
led to a unique pharmacology that is not well known
outside the confines of the operating room. While
our work in critical care and pain medicine may be
more mainstream, I would argue that there has been
a significant cross-pollination between the operating
room and the intensive care unit. The knowledge gained
by anesthesiologists in the pain clinic has come back
to the operating room and can be seen in the search
for more effective control of postoperative discomfort.
The very effective campaign “Pain as the fifth
vital sign” has caused many of us to rethink
our approach to analgesia and to perhaps be less tolerant
of “mild” pain. The visual analog scale
for pain, as an example, was “new” during
my training, and we used it on my first job to assess
the effectiveness of epidural analgesia in the early
postoperative period. Some 16 years later, the scale
is used to assess pain from the moment of admission
to discharge. The list could go on and on.
More compelling to me, as an anesthesiologist, is
the search for new and better ways to anesthetize
patients. As we approach the 160th anniversary of
the first public demonstration of anesthesia, the
problem becomes that there is no fully agreed-upon
mechanism for the action of general anesthetics in
the brain. If this question can be fully answered,
the possibilities of specific anesthetic agents that
will turn off pain, without necessarily turning off
consciousness, could be in our future. As a fan of
the “Star Trek” television series, I was
always drawn to the physician characters: McCoy, Bashir
and my favorite, Dr. Crusher. In many ways, they were
(and are) the ultimate physicians. With limited resources
on a ship in the middle of space, they conduct research,
solve complex, life-threatening problems and deliver
compassionate care. Note especially how they can modify
brain waves to create anesthesia. Could this be the
logical extension of compressed spectral array some
day? And where will this “magical” device
come from — industry, academics or both?
A Misunderstanding
If you read the “Letters to the Editor”
section of this issue, you will see several letters
that take me to task for using the word “wasted”
to describe the decision by a resident with both an
M.D. and a Ph.D. to pursue a private practice job.1
Many feel that this description was meant to demean
those who are not in academic practice. Many of the
letters, which I could not publish, excoriated me
for failing to appreciate the importance of a life
spent on the frontlines caring for patients and ensuring
that the local standards for anesthesia specifically
and medicine in general were the highest possible.
One correspondent described his/her drawer full of
letters from grateful patients, which like mine is
one of the treasures of a career spent in medicine.
For the record, I do not view private practice as
inferior or superior to academics; rather they are
different branches of the same tree. To separate one
from the other kills the tree or divides the house
of medicine.
The point I was trying to make was that the “resident”
in question is a composite of a number of individuals
of both genders and different ages with whom I have
been associated over the 16 years of my career and
had a unique gift and opportunity to change the face
of anesthesiology, however slightly. Having the motivation
to pursue both the M.D. and Ph.D. degrees also means
that society, for supporting this endeavor, places
expectations upon these individuals. Having honed
their gifts in the crucible of higher education, before
them stands a career that will have repercussions
for all anesthesiologists. Not using this gift lessens
all anesthesiologists and the potential good of all
patients. These individuals are outstanding clinicians,
and I am thrilled that they will care for patients
in an extraordinary way. Simultaneously I mourn for
what could have been, for a gift cast aside before
there was a chance to use it.
The point I was trying to make was simply this: There
needs to be a change in the way physician scientists
coming out of the medical scientist training program
(MSTP) are educated. I had hoped to challenge the
academic community to think about this issue. The
enormous commitment by both the individual to go through
such rigorous training and society for helping to
fund this endeavor ought to be rewarded. I believe
these changes are necessary to the residency for individuals
who wish to pursue an active research career and demonstrate
a propensity for the work. In a letter
to the editor in the June NEWSLETTER,
H. Michael Marsh, M.D., wrote, “One cannot blame
[international medical graduates] and nurse anesthetists
for our own … deficiencies in imagination …
We must answer questions. We must attract funding
for meaningful research. We must keep the specialty
challenging and attractive.”2 If
we cannot engage those who have committed to a research
career for the long haul, there is something wrong.
Another letter criticized me for wanting only dual-degree
people running research. This also could not be further
from the truth. I applaud those of my colleagues who
never thought about research until exposed to an aspect
of it during residency. The classic model, started
by Ralph M. Waters, M.D., at the University of Wisconsin
in the late 1920s, is collaborative research with
basic scientists in order to investigate clinical
problems. The clinician brings many things to the
bench top, most especially the desire to benefit a
particular patient or patients who have been challenging
cases. We need a mixture of individuals doing research
in anesthesiology. The challenge remains how to engage
these talented individuals to the betterment of all
of the specialty.
Celebrate Academics and Private Practice!
As you read the pages of this issue, there are stories
of the challenges and triumphs of academic anesthesiology.
A long time ago, when interviewing an applicant for
a job at the Veterans Administration where I was employed
as Chief of Service, I was asked, “What does
it mean to be an academic?” My reply was that
an academic teaches medical students and residents,
participates in all conferences and publishes to impart
new knowledge to the specialty. While many will disagree
with this definition, I believe it comes closest to
what the ancient physician Hippocrates was trying
to describe in his writings and his oath. The part
about publishing is what most physicians stumble upon.
Yet in writing up their most interesting and challenging
cases, a new knowledge is imparted that is of benefit
to all anesthesiologists regardless of the environment
in which they practice. In some ways then, we are
all potential academics despite, rather than because
of, the institution in which we practice.
Academics or private practice will remain a difficult
decision for all graduating residents. Personally
I am glad to practice in an academic environment,
for my learners continue to challenge me on a daily
basis, pique my interest in issues I might otherwise
have ignored and force me to become a better anesthesiologist.
I admire my colleagues in private practice, for without
their day-to-day professionalism across the United
States and the world, there would be no medical specialty
of anesthesiology. We need to celebrate both the scientific
breakthroughs and the day-to-day practice of anesthesia.
Both modes of practice need to give back to the specialty
that has been so good to them. In our centennial year,
let us celebrate the practice of anesthesiology, realizing
that each physician has a tremendous impact upon the
specialty. Let us raise high our banner, like the
riders of Rohan before Minas Tirith, and worry not
where in the line we are placed astride our horse.
References:
1. Bacon DR. A
tale of three residents. ASA
Newsl. 2005; 69(6):1-2.
2. Marsh HM.
IMGs not the problem:
entire specialty is lacking.
ASA Newsl. 2005; 69(6): 36-37.
— D.R.B.
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