The Impact of the Transcendental Meditation Program on Government Payments to Physicians in Quebec: An Update




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"The doctor of the future will give no medicine, but will interest his patients in the care of the human frame, in diet and in the cause and prevention of disease."
- Thomas Edison

See also:

Orme-Johnson, D. W. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine 49(1): 493-507, 1987.

Herron, R. E. The Impact of Transcendental Meditation practice on medical expenditures. Summary of Doctoral Dissertation, Department of Management, Maharishi University of Management, U.S.A. Dissertation Abstracts International 53(12):4219A, 1993.

Herron R, et al. The Impact of the Transcendental Meditation Program on Government Payments to Physicians in Quebec. American Journal of Health Promotion 1996;10(3): 208-216.

Orme-Johnson D. W., Herron R. E. Reduced Medical Care Utilization and Expenditures through an Innovative Approach. American Journal of Managed Care 1997;3:135-144. 

Herron R, Hillis S. The Impact of the Transcendental Meditation Program on Government Payments to Physicians in Quebec: An Update. American Journal of Health Promotion 2000; 14(5): 284-291.

For additional scientific research on TM see bibliography.

In the United Kingdom, the course of instruction in Transcendental Meditation is paid for by the health care system when practice of TM is prescribed by a medical doctor.

Holland's largest health insurance company, Silver Cross, offers a 30% reduction in health insurance premiums to people who practice TM regularly.

See our meditation page.

Permanent Peace

The following article is included in its entirety for those who are interested. The implications for public health and the cost of health care are enormous.
- Editor, Alkalize For Health

20 September 2000



By Robert E. Herron, Ph.D. and Stephen L. Hillis, Ph.D.


Purpose:  To determine whether practice of  the Transcendental Meditation (TM) technique can affect medical expenses.

Design:  Quasi-experimental, longitudinal, cost-minimization evaluation.

Setting:  Province of Quebec, Canada.

Subjects: 1,418 Quebec health insurance enrollees who practiced the TM technique were compared with 1,418 subjects who were randomly selected from enrollees of the same age, sex, and region. TM subjects had chosen to begin the technique prior to learning about and choosing to enter the study.

Measures:  This 14-year, pre- and post-intervention study retrospectively assessed government payments to physicians for treating the TM and comparison groups.  Other medical expense data for individuals were unavailable. Data were inflation-adjusted.  For each subject, least squares regression slopes were calculated to estimate pre- and post-intervention annual rates of change in payments.  We compared the groups' means and 1%, 5%, and 10% trimmed means (robust estimators) of the slopes.

Results:  Before starting meditation, the yearly rate of increase in payments between groups was not significantly different (P > 0.17).  After commencing meditation, the TM group's mean payments declined 1-2% annually.  The comparison group's payments increased up to 11.73% annually over 6 years. There was a 13.78% mean annual difference (P= 0.0017).

Conclusions:  The results suggest the TM technique reduced payments to physicians between 5% to 13% annually relative to comparison subjects over 6 years.  Randomized studies are recommended.

Key Words:  Health Care Costs, Stress Reduction, Meditation, Physician Utilization.

Transcendental Meditation, TM, and Maharishi Vedic Approach to Health are registered or common law trademarks licensed to Maharishi Vedic Education Development Corporation and used with permission.


The United States, Canada, and most other nations are experiencing an epidemic of chronic stress and unhealthy behaviors, including cigarette smoking, improper diet, lack of exercise, and substance abuse.  Together these factors are major contributors to the morbidity, mortality, and medical costs for heart disease, cancer, and stroke.1-3  Although over 70% of diseases are from preventable causes, less than 1% of total health expenditures were spent on prevention in the United States as recently as 1988.4,5  When health promotion and disease prevention budgets are this limited, and when the potential for improved national health is so great, it would be desirable to identify preventive methods that can reduce medical expenses.  High medical expenditures are a major concern in virtually every nation.

Stress reduction may help because many unhealthy behaviors are associated with long-term stress.6,7  Chronic stress, or excessive activation of the stress response, also leads to high levels of cortisol, other neuromodulators, and free radicals that weaken the immune system and increase vulnerability to chronic and immune-related diseases, including cardiovascular disease and cancer.8-12  Theoretically, stress-elimination should strengthen the immune system and enhance physical and mental health, improve unhealthy stress-related behaviors, and thereby decrease medical costs.

Although the economic justification for health promotion and disease prevention has not been conclusively demonstrated, there is a considerable amount of research that suggests improved lifestyles will enhance health and reduce medical expenses.  For instance, a fifteen-year epidemiological study of middle-aged men found that lifestyle-related factors are important to long-term survival.13  Some research also suggests that chronic stress can affect both health outcomes and medical expenses.  A retrospective analysis of 46,026 employees found evidence that subjects who were experiencing depression (often a stress-related disorder) or high stress were 70% and 46%, respectively, more likely to incur high medical costs than those without these problems.14  Several randomized trials, observational studies, and meta-analyses indicate the Transcendental Meditation (TM) technique improves unhealthy behaviors6,7,15-24 by not only reducing stress,17,18 but also by producing more orderly functioning of the brain.25-28  Brain function is clinically important because it directly or indirectly governs most bodily functions.

Our previous evaluation analyzed the data of 677 practitioners of the TM technique.29  There was no separate control group; thus we could not determine whether the changes were caused by the TM practice or some other factor.  Using several estimators, in the prior study we found that during the three years before starting the TM program, the adjusted payments to physicians for treating the subjects did not change significantly (P > 0.05).  After commencing the TM practice, subjects' adjusted expenses declined significantly (P < 0.05).  The several methods used to assess the rate of decline in payments gave estimates ranging from 5% to 7% annually.29 This present evaluation expands and extends our previous study (1) by including data not previously available on 741 additional subjects for a total of 1,418 subjects, (2) by adding a comparison subject for each TM subject; and (3) by extending the study to cover three additional years.

The purpose of the present analysis was to determine whether government medical payments in Quebec were affected by the practice of the Transcendental Meditation technique.  Since over 590 studies have previously examined the TM technique's impact on numerous health, lifestyle, physiological, psychological, and other outcomes,15-28,30 the sole purpose of this study was to assess whether this procedure can contribute to minimizing medical expenditures.  This study was not designed to elucidate the causal mechanisms of how the intervention reduces medical expenses.  Furthermore, this study was conducted neither to explore nor to document the relationships among TM practice, actual health status, perceived health status, lifestyles, socioeconomic levels, self-efficacy, race, gender, age, ethnicity, medical beliefs, job satisfaction, and economic variables.  The hypothesis is that the practice of this procedure will decrease medical expenses, as measured by payments to private physicians in all treatment settings.  Payments to medical doctors are approximately 20% of total annual medical spending in Canada and the United States.  Measurement of these expenses may provide important information, because doctors' decisions determine most other medical expenditures, e.g., hospitalization, prescription medication, and medical testing.

It is particularly appropriate to study the impact of stress reduction methods on payments to physicians in Quebec.  Past research in Quebec has found a significant link between psychological distress and physician utilization.31  Such relationships may also exist in other populations, especially in highly stressed nations such as the United States.



This quasi-experimental, retrospective, longitudinal, pre- and post-intervention study compared 14 years of government payments to physicians for treating two groups-a sample of 1,418 Quebec health insurance enrollees who practiced the TM technique and 1,418 comparison subjects who did not practice this procedure.  Permission to conduct this study was obtained from the R,gie de l'assurance-maladie du Quebec (RAMQ), the government health insurance agency for the province of Quebec.


TM Group: 1,418 Quebec citizens who practiced the Transcendental Meditation technique were included in the study.  A TM practitioner was defined as a person who had learned the Transcendental Meditation technique in the standard seven-step course taught by the Quebec TM program organization (see Intervention below).  Recruitment of subjects occurred between September 1990 and September 1992.  Participants were solicited by distributing questionnaires to Transcendental Meditation program practitioners who attended events at the Montreal TM Center and by mailing questionnaires to TM program practitioners throughout the province.  No financial or other material incentives were provided to encourage response or participation in the study.  These solicitations yielded a total of 1,756 returned questionnaires.  Of the returned questionnaires 1,418 were both legible and complete enough to use.  All subjects who had learned the TM technique were included in this intent-to-treat analysis (regardless of their indicated regularity of practice).  The TM subjects had practiced the technique for various lengths of time, with an average of 6.7 years, which is too long a practice period to suggest similarities with the general population.32

The TM group is a nonprobabilistic, or convenience sample, because: (1) the TM subjects self-selected to practice the TM technique and later self-selected into the study, (2) the number of questionnaires distributed was not recorded systematically, and (3) the number of possible respondents was indefinite.  This method of sampling limits the generalizability of the TM group's results.  This limitation, while serious, was considered acceptable in that this ongoing project is the only long-term, longitudinal study to assess the medical costs of individuals who practice the TM technique.  As such this study can be considered preliminary in nature.  To improve the design, future randomized research should consider the addition of an active control group of committed practitioners of some other relaxation technique, diet, or exercise program.

Comparison Group:  The comparison group in this study is a probabilistic sample, because it was randomly selected by an independent organization, the Quebec health insurance agency. For each TM subject, RAMQ randomly selected one comparison subject from its database of all Quebec enrollees having the same age, sex, and region of habitation.  There were a total of 2,836 subjects in both groups (1,408 males, 1,428 females; average age: 38 years).  The TM subjects' occupations were widely distributed across all job categories, suggesting even distribution among all socioeconomic levels.


The dependent variable in this study was annual payments to private physicians for treating the subjects in all settings.  This study measures the payments to both general practitioners and specialists.  The services provided by private physicians in hospitals was also measured in this study.  The independent variable was meditation status: NonTM subjects or TM practitioners.  In 1971 the Canadian provinces began providing health insurance plans that cover all medically necessary physician and hospital care.  All citizens are entitled to full, free physician and hospital services for all types of necessary medical care.  There were no exclusions or dollar limits during the years of this study.  Since the citizens of Quebec are all covered by the same insurance policy and have equal access to care, this uniformity facilitates more accurate measurement of physician expenditures than in the United States.

In Quebec, the price of physician services is determined by periodic negotiations between the Quebec government and the doctors' organization that licenses physicians, oversees continuing medical education, and also functions like a labor union.  Prices are set periodically for each physician service in each region of the province.  In this provincial medical system, market forces do not interact to affect price.  However, governmental guidelines, incentives, and regulations have attempted to restrain unnecessary use of doctors' services.  Yet, physicians retain ultimate control over treatment and subsequent expenditures.  In Canada, the Royal College of Physicians and Surgeons has standardized medical education, role of specialties, and treatment.  This standardization helps to reduce practice variability, which is comparatively wide in the US. Canadian doctors have more authority, professional autonomy, and control than those in the US. Canadian physicians' decisions are not questioned or challenged by utilization review boards, insurance companies, or government regulators as in the United States.

Data on TM subjects were collected using a one-page questionnaire that explained the study and asked each subject for several items of information: (1) medical insurance number (which enabled RAMQ to retrieve the subject's physician payment records), (2) date of Transcendental Meditation instruction (which enabled us to determine the subjects' pre- and post-intervention periods), (3) present occupation, (4) level of regularity in practicing the technique (regular, irregular, or stopped), and (5) age and sex.

RAMQ has maintained centralized database records of its payments to private physicians from 1981 onwards, and RAMQ gave to us the total annual payments to physicians (both general practitioners and specialists) for providing all forms of medically appropriate treatment to each of the 2,836 subjects from 1981 to 1994 in all treatment settings.  Other medical expenditure data, such as nonphysician hospital charges, medical tests, and drug costs, were unavailable for individual subjects in the RAMQ database.  RAMQ has provided data for many other studies similar to the present one.31


The Transcendental Meditation technique of Maharishi Mahesh Yogi is a standardized procedure practiced for 15 to 20 minutes twice daily while sitting comfortably with eyes closed.  The TM technique is the primary treatment and health promotion intervention of Maharishi Vedic Approach to HealthSM (MVAH), a comprehensive natural health care system based on the traditional Ayur-Vedic medical system of India.  Maharishi Mahesh Yogi, in collaboration with leading physicians, has restored Ayur-Veda according to the knowledge recorded in the ancient texts; this revived version of Ayur-Veda is called Maharishi Vedic Approach to Health.  MVAH is prevention-oriented and has the goal of maintaining and restoring balance (e.g., reduction of free radicals, cortisol, lactate, and hypertension) in the physiology to achieve optimal health.  The most widely researched MVAH methodology is the Transcendental Meditation program, which has been shown to be highly effective for reducing stress, re-establishing homeostasis, and activating the restorative mechanisms of the body (e.g., improve brain function and reverse effects of aging and chronic illness).6,7,15-28  We have of no way of knowing how closely the study subjects followed the instructions for the procedure.


To make all years (1981-1994) of data comparable, the subjects' annual physician expenses were adjusted for inflation using the medical cost component of the Canadian government's Consumer Price Index (CPI).  This CPI was provided by Statistics Canada at its website, All data in this study were analyzed and presented in constant 1992 Canadian dollars.

Our objectives were to estimate the mean annual change in payments to physicians in dollars, to evaluate the significance of this change, and to estimate the magnitude of this change as a percentage.  To accomplish these goals, each subject's pre- and post-intervention, annual, inflation-adjusted expenses were regressed on time using a simple linear least squares model.  The resulting slope was used to estimate the subject's rate of change in expenditures per year, in 1992 Canadian dollars.  The average year for the TM subjects' starting the intervention was 1988.  For estimating the annual rate of change before the intervention for the NonTM group, the time period consisted of the years 1981-1986.  For the NonTM group, 1987-1994 was the post-intervention period with 1987 as the base year for the linear least squares regression calculation.  For estimating the annual rate of change before the intervention for the TM group, the time period consisted of 1981 to the year before TM practice commenced.  The year immediately before the start of TM practice to all subsequent years for which expense data were available was the period for estimating the post-intervention annual rate of change for the TM subjects.

To protect the confidentially of the subjects' data in both groups, RAMQ removed all information that could link the annual physician payments they provided with a specific person.  With annual physician expense data, RAMQ provided only information on group membership (TM or NonTM), sex, general age category, and the year that TM subjects began the intervention.  Thus, we could not ascertain which NonTM subject matched a specific TM subject; this constrained our analysis to compare groups by general categories.

As is typical for medical cost data, the distribution of slopes in pre- and post- intervention periods for both groups was nonnormal with heavy tails.33,34  In data with a heavy-tailed distribution such as these, the usual mean is not a robust estimator, because means are easily affected by a few extreme cases.33-36

Thus, in analyzing the slopes, we included three estimators in addition to the mean, namely the 1%, 5%, and 10% trimmed means, which are more robust than the mean.  The 1% trimmed mean is the mean of the slopes after the largest 1% and the smallest 1% of the slopes have been omitted.  Similarly, the 5% and 10% trimmed means are the means after omitting the largest and smallest 5% and 10%, respectively, of the slopes.  Trimmed means are less sensitive to outliers than the mean and have smaller standard errors for heavy-tailed distributions.  The 1%, 5%, and 10% trimmed means provide estimates of the means for the middle 98%, middle 90%, and middle 80% of the population values, which should be fairly close to the population mean because the slope distributions are approximately symmetric.35,36

If the practice of the TM program had no effect, then one would expect the estimated average annual change in expenditures to be nonsignificantly different between the two groups in the post-intervention period.  On the other hand, a significant decline in the TM group compared with the NonTM group during the post-intervention period would support the hypothesis that the Transcendental Meditation technique reduced the use of conventional medical care and related expenditures.  During the pre-and post-TM periods, the confidence intervals and hypotheses tests of the 1%, 5%, and 10% trimmed means of the inflation-adjusted annual changes in payments to physicians for the two groups were performed using the two-sample, trimmed t-statistic.  In these calculations, we used an adaptation of Welch's degrees of freedom formula, described by Yuen.37 These calculations were made using S-PLUS for Windows, Version 3.2 (1994, MathSoft, Inc.).

The regular means were compared using the independent t-test without the assumption of equal variances with SYSTAT 5.2 (1992, SPSS Inc., Chicago, IL).  The P-values for the means and trimmed means are two-sided with alpha = 0.05.  All confidence intervals were calculated at the 95% level.

For the means and trimmed means, we also calculated estimates of the high and low annual rates of change in inflation-adjusted expenses as percentages for the pre- and post-intervention periods.  Medians were calculated for the annual payments for all 2,836 subjects in each year from 1981 through 1994.  The high and low estimates of the annual rates of change percentages were calculated by dividing the estimated annual change in expenses by the highest annual median ($92.14) and the lowest annual median ($61.03) for all subjects from 1981 through 1994, respectively.


Table 1 shows the means and trimmed means that estimate the annual rate of change in payments to physicians for treating the subjects in both groups for the pre- and post-intervention periods.  These changes are expressed both as 1992 Canadian dollars and as percentages.


Before starting the TM technique, the mean and trimmed mean estimates of annual rate of change in physician payments were nonsignificantly different between the two groups.  For both groups, all estimators showed increased annual expenses, and there was not a significant difference between the two groups, as shown in Table 1.  The increasing physician payments for both groups was typical for this period in Quebec due to increased utilization of physicians' services.  In Quebec, between 1982 and 1992, there was a major increase in payments to specialists, especially for treating the elderly.38 General practitioners also started providing more expensive services than in previous years.38,39  The TM group was higher at baseline than the NonTM group.  This nonsignificant difference may suggest that some of the TM practitioners had health problems, and they may have used the intervention as self-care.


During the post-intervention period, the NonTM group's estimated annual physician payments increased to higher levels than in the pre-intervention period.  In contrast, the TM group's physician payments appear to have decreased annually.  All estimators showed this phenomena and all post-TM differences were significant as shown in Table 1.  Overall, these data suggest that a major change had occurred in the TM group in which the trend of escalation in physician expenses was reversed.



The results supported the hypothesis.  When compared with NonTM subjects in the post-intervention period, the practitioners of the Transcendental Meditation technique showed a mean annual reduction of almost 14% in payments to physicians over an average of six years.  These results are supported by similar findings in a previous eleven-year, cross-sectional study of Blue Cross and Blue Shield enrollees in the US in which TM subjects incurred total medical expenditures that were approximately 60% below the levels for comparison subjects and norms.40,41


This quasi-experimental study has limitations that affect the interpretation of results.42  The sampling method for the TM group affects the external validity or generalizability of the results to wider populations.42  The sample selection protocol and lack of response rate data disallows our concluding that the study subjects are representative of all TM practitioners.  No records were kept on the number of people who attended events or received questionnaires at the Montreal TM Program Center.  Also, accurate records were not kept on the number of people who were mailed questionnaires.  The concern is self-selection.  Subjects chose to start and continue practice of the TM technique, and also chose to enter the study.  Those who entered the study may not be representative of all those who begin the technique, and those who chose to begin it may not be representative of the general population or the NonTM group.

Since no follow-up assessment of adherence to the intervention's protocol was made, we do not know what level of compliance the subjects may have had.  All subjects who learned the TM technique in the standardized course were included in this study and analyzed on a intent-to-treat basis (i.e., all 1,418 subjects from whom legible questionnaires were received were evaluated regardless of their degree of compliance with the intervention's protocol).  Thus, the results seem conservative, because we may have underestimated the actual effect of the TM technique on medical expenditure reduction.  The effect of the procedure and the power of the study might have been reduced to the degree that subjects may have failed to comply with the protocol.43  For most research designs, including randomized clinical trials, the intent-to-treat analysis is preferred to evaluation based on compliance, which is often difficult to measure accurately and reliably.44, 45

It is possible the TM group increased significantly more than comparison subjects their use of other positive health procedures.  In this study, there was no attempt to monitor possible concurrent changes in lifestyle, diet, exercise, tobacco use, alcohol or drug use, other health-related habits, and attitudes about medical care usage that may have accompanied the subjects' decision to start the Transcendental Meditation program.  However, it may be relevant that other research indicates TM practice can decrease unhealthy habits. 6,7,15-24

Alternative explanations for the results, such as the placebo effect, must be considered.46  In a meta-analysis of 146 independent outcomes, Eppley found the TM technique was significantly more efficacious than a placebo or other relaxation techniques.18  Moreover, several studies showing positive effects of the TM technique on hypertension15-17 and psychological health17,18,20,23,47 have used prospective, random assignment designs that included both placebo and active control groups.  Thus, the placebo effect seems an unlikely explanation for the results.

Another possible explanation could be that the TM subjects increased more than comparison subjects their use of other unconventional care, complementary / alternative medicine (CAM), which was not monitored in this study.  Although approximately 14% of the Quebec population uses some form of CAM,48 the Quebec government keeps records only of the subjects' utilization of standard physician treatment, because RAMQ pays only for conventional care and not for CAM.  From Table 1, we see that before starting the technique, the TM group's use of conventional physician care was increasing faster than that for the NonTM group.  However, upon commencing the technique, TM subjects may have discontinued their conventional care, and started utilizing more complementary / alternative medicine than comparison subjects.  However this explanation appears unlikely for several reasons.

First, Eisenberg et al.,49,50 Astin,51 Druss and Rosenheck,52 and Paramore53 provide evidence from national surveys suggesting that unconventional medical care is generally used to supplement or complement conventional medical treatment, and not to replace it.  Druss and Rosenheck52 explained "unconventional therapies appear to serve more as a complement than an alternative to conventional medicine."  Astin51 found that 95.6% of his sample used alternative care to complement their conventional treatment, and only 4.4% used CAM as primary care.

Second, past research indicates that users of unconventional medicine are more likely to have higher physician utilization than the rest of the population.  Druss and Rosenheck52 found that "Overall, having any visit for unconventional therapies was associated with an approximately 2-fold increase in the odds of having a physician visit."  They also found that for those who practice some form of meditation, there was a 1.45 odds ratio (CI, 0.88-2.49; p <.001) for increased visits to conventional physicians.52  Paramore53 found that "users of alternative care made almost twice as many visits to conventional (or orthodox) medical providers as nonusers made."  In Canada, users of CAM tend to have more chronic illnesses than the general population,48,54 which usually leads to higher physician utilization rates.

However, the meditators in this study showed the opposite trend in physician use.  What might explain this difference?  Recent meta-analyses have indicated that different relaxation methods produce widely differing results.17  There could be many reasons why the TM practice is associated with decreased physician utilization ranging from improved actual health status15-17 to reduced anxiety,18 which affects perceived health status, another determinate of medical care use.  TM practice also strengthens self-efficacy,47 which could also influence utilization rates.  However, it was beyond the scope of this study to determine the cause of the observed results.

Third, until recently in Quebec, many forms of CAM have been difficult to obtain.  At the request of the Quebec physicians' association, the provincial government has discouraged the practice of many forms of unconventional medicine during most of the years covered by this study, 1981-1994.  The highly publicized trial of Dr. Gaston Naessens is an example of this policy.55 However, chiropractic care was legalized by the government in 1973 and acupuncture in 1986.  CAM has grown rapidly in recent years in the large cities.  However, Quebec still lags behind other Canadian provinces and the United States in CAM utilization.  In the US, Eisenberg et al. estimated that almost half the population uses some form of CAM.50  In contrast, in Quebec only 14% of the people use CAM, but in the Canadian Prairie and British Columbian regions usage rates are from 19% - 21%.48

Fourth, if the TM subjects had a higher socioeconomic status (SES) than the comparison subjects, they would have had more money to spend on unconventional medicine.  We have data on the occupation of the TM subjects, but RAMQ did not provide that data for the NonTM group.  Thus, no comparison could be made on socioeconomic status.  However, the TM subjects' professions were distributed evenly among numerous occupations with most falling into the middle-class, or medium SES, as found in numerous American national surveys.  Eisenberg et al. explained that "the use of alternative therapies is distributed widely across all sociodemographic groups."50  Even if the TM subjects had more out-of-pocket money to spend on unconventional medical care, it is unlikely that socioeconomic status alone could account for the results of this study, because in Canada CAM usage is a very complex, multidimensional phenomena that involves personal beliefs or worldview, health status, education, age, gender, disenchantment with allopathic medicine, and other variables in addition to socioeconomic level.32,48,54  An important finding is that randomized studies of subjects have shown the TM technique produced health improvements in all socioeconomic levels.15-17,20,23  Randomized studies have shown that even TM subjects from low socioeconomic strata exhibited numerous statistically significant results on health and lifestyle outcomes.15-17,20,23  Thus, for the above reasons the substitution of conventional medical care with unconventional care appears to be an unlikely explanation for the results in this study.


High medical expenditures are perceived by many policy makers to be a major problem in the United States, Canada, and most other nations.  In 1999, the US spent approximately $1.2 trillion on medical services. 56  By 2008, this figure will almost double to $2.2 trillion.56  Numerous programs have attempted to contain medical expenditures.  Between 1994 and 1998, there was some success in cost containment; during that period the rate of growth in medical expenses slowed considerably.  However, these rates appear to have been rising more quickly again in 1999.57  A 1999 survey of 3,166 US companies found that health insurance premiums rose an average of 7.3%, which is almost three times the rate of inflation. 57

In Canada and the US, payments to physicians have been approximately 20% of total annual health sector spending.56 Although the findings in our study can not be extrapolated to make inferences about total medical expenditures, the present results may be important because doctors' decisions determine most other medical expenditures such as medical testing, prescription medication, follow-up doctor's visits, surgery, and hospitalization.58  In 1999, it has been estimated that the US spent $241.5 billion on physician services.56  By 2008, American payments to medical doctors has been projected to climb to $416 billion.56  The annual percentage declines in the physicians' component of total medical expenses observed in this study (5%-13% annually) could represent a savings of billions of dollars in large government or private programs over several years.  For instance, a 5% reduction in the 1999 US physician payments of $241.5 billion would be a $12 billion savings for one year.  A 13% reduction would be a $31 billion savings in one year.  If one considers the health spending outlook for the next decade, 56 it is encouraging to see that it might be possible to reduce at least one component of national medical expenditures.

SO WHAT? Implications for Health Promotion Practice or Research

This study seems to indicate the Transcendental Meditation technique may decrease physician expenditures.  Combined with 590 previous studies of this procedure, there appears to be at least moderate support for this finding.  If this assertion holds true, practitioners have another option they might add to comprehensive programs for improving health and containing medical expenses. Researchers might want to conduct randomized studies to ascertain the causal mechanisms of the observed results.


This research was funded by the Lancaster Foundation of Bethesda, Maryland and by Mr. and Mrs. Fred Gratzon.  We wish to acknowledge the helpful comments and editorial suggestions of Kenneth G. Walton, Ph.D., Peter Hilsenrath, Ph.D., and Martha Bright, M.S.  We also wish to express appreciation to Ginette R. Herron, M.S. who served as the research assistant and French translator for this study.


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Estimates of Annual Inflation-Adjusted Change in Payments to
Physicians for Treating TM and NonTM Subjects

Estimators (n)Annual Expense Change (In 1992 Canadian dollars) (95% Confidence Interval)Annual % Change High Estimates Low Estimates*


1% Trim.



(-0.32, 4.93)

(1.93, 7.03)


(4.05, 8.79)

(-4.08, 2.17)








5% Trim. Mean



(0.54, 4.97)

(1.64, 5.76)


(3.21, 7.18)

(-2.97, 1.59)








10% Trim. Mean



(0.91, 4.79)

(1.22, 4.96)


(2.54, 5.94)

(-2.66, 1.21)











(-0.72, 5.31)

(-0.52, 8.42)


(4.36, 9.96)

(-5.70, 3.20)









*The first values are estimates of the high rate of annual change while the second values are the estimates of the low rate of yearly change. The high and low estimates of annual rates of change percentages were calculated by dividing the estimated annual change in expenses by the highest annual median ($92.14) and the lowest annual median ($61.03) for all subjects from 1981 through 1994, respectively.

**TM group minus NonTM group.

***P-VALUES (that indicate the significance of the comparison between the TM and Non TM groups):
(1) Pre: 0.2432;  Post: 0.00023
(2) Pre: 0.5391;  Post: 0.00013
(3) Pre: 0.8618;  Post: 0.00016
(4) Pre: 0.5481;  Post: 0.0017


Robert E. Herron, Ph.D.
Associate Professor of Health Economics & Policy
Department of Management and Public Administration
Maharishi University of Management
1000 North 4th Street
Fairfield, Iowa  52557
Tel. and Fax: (515) 472-7000, Extension 2444
[Send all correspondence and reprint requests to Robert E. Herron.]

Stephen L. Hillis, Ph.D.
Statistical Consulting Center
Department of Statistics & Actuarial Science
University of Iowa
Iowa City, Iowa 52242


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Geiger Counter
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