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Health Habits and Coping Behaviors Among Practicing Physicians

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Abstract

Practicing physicians on the full-time academic and clinical (volunteer) faculty of an urban university department of medicine (N = 211) completed questionnaires that examined their coping behaviors, health habits, life satisfaction, job stress, conflict between work and home life, health status and moods. Attempts to organize and restructure work activities were more frequently practiced by physicians who were more satisfied with work. Socializing, exercising and discussing feelings with others were not associated with any measures of physician health status, job stress, conflict or satisfaction. Those with higher scores on a health habits index tended to be less anxious, experienced less job stress, less conflict between work and home life and were more satisfied with their lives in general. Full-time academic faculty engaged in fewer positive or negative coping behaviors than clinical faculty. There were few strong intercorrelations among the various positive and negative coping behaviors or health habits; physicians often simultaneously engaged in both positive and negative activities, indicating complex patterns of coping behaviors that were not dramatically associated with life or work satisfaction.
... Other outcomes presented were demographic characteristics and health status of physicians in 58 studies [22,23,30,31,42,43,46,57,60,[63][64][65][66]74,75,80,88,89,96,100,106,114,116,123,125,[128][129][130]134,139,143,153,155,162,176,177,181,184,195,198,208,223,238,239,249,[251][252][253][254][255][256][257][258][259][260][261]263,264], the evaluation of smoking cessation counselling among physicians in 50 studies [25,26,28,33,35,40,55,61,62,67,70,79,86,92,97,99,101,104,105,111,136,142,144,145,152,157,168,183,[189][190][191]197,201,[203][204][205]209,210,212,214,218,219,[234][235][236]241,242,244,247,250], the attitude of physicians towards prevention and promotion of a healthy lifestyle in seven studies [122,140,206,208,220,222,228], the knowledge on tobacco effects in 20 studies [24,33,39,44,50,53,61,62,78,91,98,119,154,178,199,204,216,217,240,247], and the examination of the link between smoking habits of physicians and their practice of providing minimal smoking cessation advice in 26 studies [7,8,21,47,58,81,83,109,112,127,150,159,175,[186][187][188]208,211,213,224,225,232,237,244,246,262]. Finally, the primary outcome was not clearly defined in 16 studies [34,51,52,71,77,113,166,173,200,215,221,226,229,230,233,245]. ...
... Physicians were recruited from health centers in 94 studies, either monocentric in 50 studies [21,26,29,30,37,[41][42][43]46,49,56,79,80,97,115,120,121,[132][133][134]156,162,163,167,170,179,181,182,184,190,193,194,196,202,204,212,217,225,228,229,232,235,244,250,256,257,259,260,263,264] or multicentric in 44 studies [24,39,53,54,72,83,[89][90][91][92]98,111,112,117,119,123,126,128,130,131,141,152,168,169,178,197,201,203,205,207,214,216,219,220,224,227,231,[236][237][238]242,243,253,261]. They were also recruited from specific lists in 68 studies, either from specific societies in 14 studies [22,40,47,77,78,110,158,180,183,189,221,222,230,240], associations in 23 studies [7,59,67,87,94,95,[106][107][108]118,129,135,142,206,209,223,234,239,245,249,251,254,262], medical or specific registers in 22 studies, [23,38,85,88,113,127,139,144,145,154,159,165,173,177,186,192,199,208,210,246,248,258] and lists from ministries of health in 9 studies [33,35,45,99,116,140,146,166,218]. ...
... Other variables were less well described. Family status was reported in 29 studies [22,42,45,74,79,85,89,[92][93][94]103,105,112,121,125,128,130,137,143,161,174,179,195,199,229,244,250,257,264], workplace was the focus in 42 studies (most worked in public sectors) [22,28,40,47,58,61,75,79,88,94,96,104,105,125,130,[133][134][135]137,[148][149][150]155,161,163,172,174,180,185,186,189,199,203,218,219,223,226,229,234,239,240,242], working hours per week was reported in 8 studies (ranging from 37 [25] to 79 [80] hours per week) [22,25,58,75,80,143,195,213], seniority of physician was reported in 14 studies (ranging from 6.5 [205] to 20.8 [28] years ago) [25,28,36,58,78,96,126,130,137,140,150,184,204,205], BMI in 17 studies (ranging from 21 [260] to 27.7 [257] kg/m 2 ) [23,30,42,66,80,88,96,130,[139][140][141]244,249,255,257,259,260], and physical activity in 24 studies (most physicians were active) [30,42,46,57,75,88,89,96,100,[121][122][123]125,129,130,134,139,140,143,195,238,239,255,257]. ...
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Background: Smoking is a major public health problem. Although physicians have a key role in the fight against smoking, some of them are still smoking. Thus, we aimed to conduct a systematic review and meta-analysis on the prevalence of smoking among physicians. Methods: PubMed, Cochrane, and Embase databases were searched. The prevalence of smoking among physicians was estimated and stratified, where possible, by specialties, continents, and periods of time. Then, meta-regressions were performed regarding putative influencing factors such as age and sex. Results: Among 246 studies and 497,081 physicians, the smoking prevalence among physicians was 21% (95CI 20 to 23%). Prevalence of smoking was 25% in medical students, 24% in family practitioners, 18% in surgical specialties, 17% in psychiatrists, 16% in medical specialties, 11% in anesthesiologists, 9% in radiologists, and 8% in pediatricians. Physicians in Europe and Asia had a higher smoking prevalence than in Oceania. The smoking prevalence among physicians has decreased over time. Male physicians had a higher smoking prevalence. Age did not influence smoking prevalence. Conclusion: Prevalence of smoking among physicians is high, around 21%. Family practitioners and medical students have the highest percentage of smokers. All physicians should benefit from targeted preventive strategies.
... Linn et al (1986) [1] 1984 Male), f Prior history of smoking, ¶The type of tobacco smoked was not defined, ≈Current smoker of pipes or cigars or both, ‡Rates calculated by the author, ‼The smoking rates of physicians and dentists were combined, g Methodology used in the study with response rates rounded to the nearest whole number, †Other methods were used to follow-up initial non-responders (mainly telephone calls), #Response rate of the physician's wives (physicians' smoking habits were reported by their wives), ¤Response rate calculated by the author, °Total participants in the study (not only physicians), ∅Response rate stated as "nearly", §For physician data extracted from national surveys, the overall response rate of the entire survey is listed (ACS=American Cancer Society, HIS=Health Interview Survey, NHIS=National Health Interview Survey, NORCS=National Opinion Research Center Survey), n/s=the response rate of the survey was not specified, h Additional information from the study (including smoking rates by medical speciality, where available) Table 1 References ...
Data
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Results of Tobacco Smoking Surveys Conducted among Physicians in the United States between 1949 and 1984 (Arranged by Geographic Location and Date of Survey)
... It is expected that a systemic investigation of these issues will be needed in the future. [17][18][19] With regard to the limitations of this study, first, the primarycare physician subjects were a small population who all belonged to a local association of physicians. The results of this study, then, cannot be generalized to a general population of physicians. ...
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In the 1990s the primary focus of medicine was shifted to disease prevention. Accordingly, it became the responsibility of primary-care physicians to educate and counsel the general population not only on disease prevention specifically but health promotion generally as well. Moreover, it was, and is still today, considered important that physicians provide positive examples of health-promotion behaviors to patients. The purpose of this study was to investigate physicians' health-promotion behaviors and to identify the factors that influence them. We conducted a postal and e-mail survey of the 371 members of the Physician Association of Cheonan City between May 16th and June 25th, 2011. The questionnaire consisted of 18 items, including questions relating to sociodemographic factors, screening tests for adult diseases and cancer, and health habits. There were 127 respondents. The gender breakdown was 112 men (88.2%) and 15 women (11.8%), and the mean age was 47.8 years. Fifty-nine (46.4%) were family physicians or interns, and 68 (53.6%) were surgeons. Twenty-six percent (26%) were smokers, and 74.8% were drinkers; 53.5% did exercise; 37% had chronic diseases; 44.9% took periodic cancer screening tests, and 72.4% took periodic screening tests for adult diseases. It was found that general characteristics and other health-promotion behaviors of physicians do not affect physicians' practice of undergoing periodic health examination.
... The obvious approach was to structure and plan the use of time. This observation agrees with findings reported by Lawrence et al. [21] indicating that practicing physicians who were members of a clinical and academic faculty used various time management techniques, such as having special calendars, making daily lists, blocking out time for making phone calls, and organising and scheduling their work. Nevertheless, one sub-category of time management strategies in this study involved being more flexible and working longer during busy periods. ...
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