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Biomedical subjects

J P Musse

Publications and source records attributed to J P Musse.

3 recordsLinked to original sources

Patient's permanent identification and PMSI chaining system. Complementary or competing methods?

In order to "chain" all the information concerning their patients' files, hospitals have set up their own identification system. This system is not easy to manage and can encounter several difficulties. When entering the hospital, each patient is given an identification number resulting mainly from his ID card, his Health Care card data and other data... The clerk who registers a patient seeks for possible prior hospital stays of this patient: should the patient be unknown, a new record of identification will be created; but should this patient be already registered, the clerk will link the patient's new hospital stay to the already existing file and update the permanent patient's identification data if necessary. In spite of all the care taken to carry out this process, some errors may occur: creation of "doubles", which means creating a new patient's file for an already existing patient, or conversely wrong chaining for an already existing patient. In order to track down these kinds of errors hospitals have set up a quality system. Moreover, since January 2001, in the frame of the Prospective Payment System (in French PMSI), a hospital stay chaining system based on a calculated key (H coding) has been designed. If the use of this key is meant to provide statistics concerning patients' cares and not patients' stays it may also become part of the quality policy of an establishment concerning patients' permanent identification data. Considering the 61 486 hospital stays at the C.H.U of Nancy for the first six months in 2001, it has been possible to compare the results in term of a patient population calculated from the permanent identification system of the hospital with the results obtained by the PMSI chaining system. No important differences have been detected and the results are very close. Besides, in order to track down possible doubles in the C.H.U patient identification system, chaining differences have been analysed. For the 22 detected cases, no identification management anomalies can be found; the doubles are the result of the calculating system of the chaining key used by the PMSI. A single interesting case can be mentioned: it concerns an anonymous registration stay; despite a previous stay in the hospital, the patient was given another identification number to ensure her complete confidentiality.

France↗

Chronic renal failure in children: an epidemiological survey in Lorraine (France) 1975-1990.

A comprehensive investigation in Lorraine from 1975 to 1990 identified 127 children (73 boys, 54 girls) under 16 years with chronic renal failure (CRF). From 1975-1980 to 1985-1990 the mean annual incidence of pre-terminal CRF decreased from 12.7 to 7.5 per million children under 16 years of age. The incidence of end-stage renal disease (ESRD) in children increased from 5.6 to 7.5 per million with a peak of 9.1. The prevalence of preterminal CRF was variable (29.4-54) and the prevalence of ESRD increased from 15.5 to 37.0 per million children. Acquired nephropathies were observed in 30.7% and congenital nephropathies in 68.5%. Although patients with acquired nephropathies had only slightly higher serum creatinine levels, they progressed more rapidly to ESRD than those with congenital disease: mean 1.8 years versus 3.85 years after diagnosis of pre-terminal of CRF (P < 0.02). Ten years after onset of pre-terminal CRF, 94% with acquired and 69% of those with congenital nephropathies had started renal replacement therapy (P < 0.001). It is unclear whether the decrease in preterminal CRF reflects a reduced number of children with kidney disease reaching CRF or is the result of a real delay in the progression due to better therapeutic management.

Adolescent↗

Self-monitoring of blood glucose and insulin dose alteration in type 1 diabetes mellitus.

The purpose of this study was to evaluate the relationship between proper use of self-monitoring of blood glucose (SMBG) including knowledge and application of specific algorithms and metabolic control in a group of randomly selected insulin-dependent diabetic patients. We studied 80 patients responding to the following criteria: intensive conventional insulin therapy and SMBG for at least 6 months using a reflectance meter, and previous 5-day hospital education period. The practical knowledge of the guidelines was evaluated by a questionnaire simulating 8 metabolic situations. A computer analysis of the SMBG data for the 3 months preceding the study allowed us to evaluate patient compliance with SMBG (number of blood glucose determinations) and patients' application of the guidelines (percentage of insulin doses modified according to the guidelines). Fifty-nine patients (79%) were compliant with SMBG and had better metabolic control than the non-compliers (HbA1c: 6.7 +/- 1.1% vs. 7.5 +/- 1.9, P < 0.05). Twenty-eight out of the 59 compliant subjects had good knowledge of the guidelines but without patent improvement of glycemic control. Seventeen of these 28 correctly used the algorithms to modify insulin dosage; their HbA1c levels were lower than those of the 11 patients who did not use the algorithms (6.1 +/- 0.9 vs. 7.1 +/- 0.9%, P < 0.05). The percentage of insulin dose modification consistent with the guidelines and the level of HbA1c was negatively correlated in the good-knowledge group. The conclusion is that good metabolic control is linked not only with the degree of knowledge but also with the application of this knowledge.

Adolescent↗