Biomedical subjects

A N Moore

Publications and source records attributed to A N Moore.

16 recordsLinked to original sources

PubMed1992

Nine generations of a family with autosomal dominant retinitis pigmentosa and evidence of variable expressivity from census records.

We present a nine generation family with autosomal dominant retinitis pigmentosa (ADRP). Evidence of blindness in the early generations, as obtained from census returns and clinical records, and examination of current patients show variable expressivity with a spectrum which ranges from asymptomatic in late life to blindness in the third decade of life. The family is not linked to any of the chromosomal locations so far described in ADRP and further illustrates the heterogeneity of the disorder.

Adolescent↗

PubMed1979

A computer-assisted personnel data system for a hospital department of dietetics. I. Development of the data base.

A data base was developed for a computer-assisted personnel data system for a university hospital department of dietetics which would store data on employees' employment, personnel information, attendance records, and termination. Development of the data base required designing computer programs and files, coding directions and forms for card input, and forms and procedures for on-line transmission. A program was written to compute accrued vacation, sick leave, and holiday time, and to generate historical records.

Computers↗

PubMed1979

A computer-assisted personnel data system for a hospital department of dietetics. II. Labor accounting reports.

To provide timely and accurate labor accounting reports for a university hospital department of dietetics, six reports were designed: Monthly analysis of labor costs for biweekly employees, ledger of monthly labor costs, quarterly analysis of turnover, monthly report of unscheduled absenteeism for biweekly employees, labor listing, and seniority listing. Computer programs were written to generate four of these reports; two were generated from a generalized data base management system.

Absenteeism↗

PubMed1978

A multi-echelon menu item forecasting system for hospitals.

A multi-echelon system was designed to generate statistical forecasts of menu-item demand in hospitals from one- through twenty-eight-day intervals prior to patient meal service. The three interdependent echelons were: (1) Forecasting patient census, (2) estimating diet category census, and (3) calculating menu-item demand. Eighteen weeks of supper data were utilized to analyze diet category distribution patterns and menu-item preferences, to test forecasting models, and to evaluate the performance of the forecasting system. A cost function was used to evaluate the efficiency of the mathematical forecasting system and manual technique over a nine-week period. The cost of menu-item forecast errors resulting from the use of adaptive exponential smoothing and Box-Jenkins formulations was approximately 40 per cent less than costs associated with the manual system.

Computers↗

PubMed1978

Automated purchasing: Forecasts to determine stock levels and print orders.

An automated purchasing system to optimize inventory levels of frozen foods, including meat items, while minimizing stock outages, was developed and implemented. Menu item forecast data were coordinated with on-hand quantities to automate the calculation of order quantities and printing purchase requisitions. The model selected also incorporated: (a) Safety stock level, (b) accumulated forecasts, and (c) accumulated orders already placed. The project was smoothly integrated into an on-going computer-assisted management system. All programs functioned as planned; computer documents were complete and accurate. The system design was retained for use in the foodservice operation.

Computers↗

PubMed1978

Menu item forecasting systems in hospital foodservice. A cost comparison of two- and three-echelon systems.

The forecasting efficiency of two- and three-echelon menu item forecasting systems was compared. Two forecasting models were used with each system, adaptive exponential smoothing and a Box-Jenkins model. The two systems were compared in terms of forecast error costs. The two-echelon system, using adaptive exponential smoothing, was recommended. This technique resulted in the lowest forecast error costs at a majority of the lead times which probably would be used most frequently. Also, this technique was the least complicated of the four techniques which were compared.

Computers↗

PubMed1977

Development of an automated form generating system for menu item data.

At the University of Missouri-Columbia, an Automated Form Generating System consisting of six computer programs was developed to generate the master menu, production forecast and usage forms, production worksheet, food order report, and selective menus for patients. In the initial testing of the programs, this computer-assisted system showed a 30 per cent reduction in time requirred by dietitians and clerks when compared with the manual system. Some expected benefits include ease in making menu changes, substantial reduction in errors, automatic updating of documents, and reduction in storage space for forms because documents will be generated just prior to a production week. The system will be implemented at a later date.

Computers↗

PubMed1974