Closing the gap--provider and researcher responsibility.
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Biomedical subjects
Publications and source records attributed to R J Lavizzo-Mourey.
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Establishing guidelines for culturally competent medical care will help all physicians to fulfill their mandate to meet the health care needs of the individual patient as well as of patient populations, and to lower costs by encouraging a healing partnership with the patient, thus increasing patient responsibility for his or her own health. Being culturally sensitive is not enough. Nor is simply classifying patients according to race adequate. Many researchers in social science and health services increasingly agree that race in our heterogeneous U.S. population has limited biological meaning and more often than not is just a poor proxy for culture or socioeconomic status. Guidelines and quality indicators that seek to measure and improve cultural competence must take into account, in an integrated fashion, these three necessary components in the delivery of high-quality services to populations: 1) the health-related cultural factors; 2) the incidence and prevalence of diseases in the population; and 3) treatment outcomes peculiar to that population. To be culturally competent is to incorporate and integrate these critical factors into caring for diverse populations. If health care systems, individually and collectively, are to provide care of high quality that is cost-effective to all populations, researchers and funders of research must invest in an aggressive agenda that pursues two directions: the validation of existing quality indicators in minority populations, and the development of new quality indicators that assess the organization's ability to develop culturally competent care. Only in this way will those of us in the medical profession be able to fulfill our calling to relieve suffering without discriminating against some populations.
BACKGROUND: Acute gastroenteritis is a cause of considerable morbidity and mortality in the elderly population. A prospective assessment of acute diarrhea in three community-based long-stay homes is described. METHODS: A cohort study of acute gastroenteritis was performed in three community-based nursing homes, involving 572 residents over an 8-month period. Diarrhea cases were enrolled on the basis of the acute onset of loose stools of > or = 24 hours, as well as one of the following: a rectal temperature of > or = 100 degrees F, dehydration, positive occult blood, > or = 48 hours duration, or as a part of any outbreak. Stool cultures for Clostridium difficile were performed on all NH 1 patients. RESULTS: Fifty-three gastroenteritis cases were ascertained, consistent with incidence rates of 14.6, 36.4, and 6.7 cases/100 patient years in NH 1, NH 2, and NH 3, respectively. Requiring a Foley catheter (OR = 2.57; 95% CI, 0.93, 7.09) increased diarrhea risk. Six Clostridium difficile enteritis cases and an episode attributable to Aeromonas/Pleisomonas species were diagnosed. One C. difficile diarrhea case was imported from hospital to NH 1. Ten of 12 fecal excretors resided in close geographic clusters in NH 1, where a majority of the latter were mobile and incontinent of stool. CONCLUSIONS: Acute gastroenteritis was a common disease in the study nursing homes, for which specific risk factors were identified. A predominant role for Clostridium difficile in the taxonomy of nursing home diarrhea was suggested.
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BACKGROUND: Although Geriatric Evaluation Management Units (GEMs) are beneficial to patients, they are still new and their adoption by hospitals is unknown. This study describes the adoption of GEMs in a large sample of hospitals, and explores the reasons underlying hospitals' decisions to open (and sometimes close) an inpatient GEM. METHODS: A nationwide mail survey was conducted of 3,655 hospitals. The survey asked whether the hospital had an operating GEM, had a GEM that closed, had considered opening a GEM (but had not done so), or had not considered opening a GEM. The survey also requested specific information about operating or closed GEMs. Descriptive statistics, chi-square, t-tests, one-way analysis of variance, and Tukey's standardized range test for multiple comparison of means were used to analyze the responses. RESULTS: Among the 1,639 responding hospitals, 159 had established GEMs, 200 were evaluating the possibility of opening a GEM, and 1,263 had neither opened nor considered opening a GEM. Adopters were more likely to be large, urban, teaching hospitals. Evaluators were more optimistic than adopters about GEM's potential to meet financial goals. GEMs that closed tended to be located in hospitals experiencing budget deficits. Among adopters, space and nonphysician staffing were the most critical barriers to establishing a GEM whereas, for evaluators, identifying reimbursement sources and physician staffing were the greatest barriers. VA GEMs are smaller and initiated for different reasons than non-VA hospital GEMs. CONCLUSIONS: Despite their demonstrated usefulness, the adoption of GEMs has been limited. The reasons underlying decisions to adopt this new technology or close a GEM are often related to financial, not clinical concerns.
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Standards of practice for nursing-home admissions have not been established, and it is not known if geriatric clinicians agree on the components of an appropriate patient-admission evaluation. This study describes the consensus expressed by experts in clinical geriatrics regarding the most important components of nursing-home admission assessments. Directors of all geriatric-nurse-practitioner and geriatric-medicine fellowship programs (n = 79) were sent a two-round questionnaire asking them to describe and rate the components of a "complete admission assessment for every elderly patient entering a nursing home." Nurse practitioners and physicians ranked medication review, evaluation of urinary incontinence, mental status, vision and bowel status the highest, and gave them equal priority. Routine laboratory tests were not included among the highest-ranked items by either nurses or doctors. An enhanced assessment focusing on the functional consequences of diseases rather than on the traditional "head-to-toe" systems approach emerged as the most appropriate assessment for elderly nursing-home patients.
OBJECTIVE: To measure the ability of surrogates to accurately represent nursing home residents' satisfaction with the nursing home care. DESIGN: Comparison by correlation analysis of questionnaire answers by nursing-home residents and their designated surrogates. SETTING: Four non-profit community nursing homes. PARTICIPANTS: One-hundred fifty-two resident-surrogate pairs were included, based on the following criteria: (1) the resident was able to respond to questions verbally and in English, had cognitive abilities sufficient to understand the questions, and had a responsible party who had a telephone number in the medical record; (2) both the resident and the surrogate agreed to be interviewed. OUTCOME MEASURES: A 26-item instrument (21 specific and 5 global items) was developed to measure surrogates' perceptions of residents' satisfaction with the quality of the physician services, nursing care, and the nursing home environment. The instrument was scored on a 4-point Likert scale in which higher scores indicated greater satisfaction and paralleled a similar instrument designed for nursing home residents. Correlation of residents' with surrogates' scores on the satisfaction instruments was examined. RESULTS: The mean score for most items was greater than 3.0, indicating overall satisfaction with the care. Correlations between surrogates and residents on specific items ranged from 0.1 to 0.55. Correlations were highest for global items and items addressing satisfaction with the environment. CONCLUSION: We conclude that nursing home residents' surrogates cannot accurately express the residents' satisfaction with all areas of nursing home care and that their evaluations should not be taken in lieu of the residents' opinions.
To identify factors associated with the development of adverse reactions to amantadine prophylaxis for influenza in a predominantly African-American nursing home population, we retrospectively reviewed the records of 100 residents who did and 45 who did not receive amantadine. During the 4 weeks of amantadine treatment, three independent observers rated all new symptoms as either related or unrelated to amantadine. Two types of comparison were made. Among patients receiving amantadine, those who did or did not develop new symptoms believed to be related to amantadine were compared by age, underlying diagnoses, type and number of medications, and renal function. Similar comparisons were made between patients who did and those who did not receive amantadine. The 100 residents who received amantadine prophylaxis had significantly more nonspecific symptoms than the 45 who did not receive amantadine. Otherwise, the two groups were comparable with regard to age, renal function, number of diagnoses, and medications. Of the 100 residents given amantadine, 16% were judged to experience amantadine-related adverse reactions. Those developing amantadine-related symptoms were significantly more likely to have nonspecific symptoms and to use psychotropic medications.
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Dehydration is the most common fluid and electrolyte problem among the elderly. The usual causes of water loss are frequently absent in dehydrated elderly patients. Age-related changes in total body water, thirst perception, renal concentrating ability, and vasopressin effectiveness probably predispose to dehydration. Dehydration related to infection, high-protein tube feedings, cerebral vascular accidents, and medication-related hypodypsia are particularly relevant for elderly patients. Appropriate treatment depends on accurately assessing the water deficit and slowly correcting that deficit.
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