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J Eiber

Publications and source records attributed to J Eiber.

3 recordsLinked to original sources

[Partial inpatient cardiologic rehabilitation in an urban satellite center of a rehabilitation clinic: the Munich model].

In April 1996 the Munich Rehabilitation Center was founded by the Social Security Agency as a "satellite center" of the "Klinik Höhenried for Cardiovascular Diseases", which is located 50 km south of Munich near the lake Starnberg and performs in-patient rehabilitation since 1967. The Munich Rehabilitation Center is exclusively designated for outpatient rehabilitation for patients in the Munich area. Monday to Friday from 9 a.m. to 4 p.m. up to 50 patients are treated according to the same standards as in residential centers. About 40% of patients treated are in WHO phase II, e.g. after coronary artery bypass grafting, acute myocardial infarction or a percutaneous transluminal coronary angioplasty. 60% have a chronic stable cardiac disease or risk factors for arteriosclerosis. After almost 3 years of experience we see some specific advantages in outpatient compared to the in-patient setting. Ambulatory treatment seems to be more than the residential center "minus a bed". For example: a "holiday feeling" can be avoided by the location in a city area, so the patients are focusing on medical rehabilitation. Outpatient rehabilitation makes an easy transition from a cardiological center to every day life possible. Some patients would refuse any further treatment far away from home because of personal or occupational reasons. Anxiety can be reduced and self-confidence increased by the outpatient setting. There is a daily feedback about the ability to transfer therapeutic advices home. We learned to appreciate outpatient rehabilitation as a cost-effective supplement to the proven in-patient setting for patients in municipal areas.

Ambulatory Care↗

[Dual-photon absorptiometry: a new method of determining bone mineral content. I. Basic principles].

Today dual-photon absorptiometry (DPA) is recommended as the best procedure for diagnosing osteoporosis at an early stage considering its low cost, low radiation exposure and reasonable reliability. Cortical (neck of femur) and trabecular (L 2-4) bone mass has been determined repeatedly with DPA using 153Gd (NOVO Lab 22 a) in 545 females and 112 males with no evidence of bone diseases. Measured "normal" (age- and sex-related average) values for bone mineral content (BMC) differed significantly (p less than 0.01) from those of US inhabitants determined by the same equipment, i.e., they were on average about 30% lower, but matched well with corresponding results from Belgium. BMC-area was found the most suitable parameter both for cross-sectional and longitudinal studies, since it is independent of height and weight. But there is still need to reduce the overlap and improve accuracy and reproducibility for making decisions after shorter intervals. Assessment of the individual mineral loss and fracture risk by comparison with average values remains problematical due to the wide range of "normal" BMC values, and in women additionally due to the variable onset of menopause. For estimations of the individual fracture risk of elderly patients BMC should not be normalized on age, because at the age of 65 half of the women had "pathologic" values, i.e. were below the so-called "osteoporosis threshold". Comparison of the individually measured postmenopausal BMC with average values of premenopausal women and with BMC values normalized to their menopausal age may be helpful approaches to overcoming these difficulties.(ABSTRACT TRUNCATED AT 250 WORDS)

Aging↗