Accessing information on medical/health web sites by Italian families: a pilot study.
Explore the source record for details and available documents.
Biomedical subjects
Publications and source records attributed to A D'Atri.
Explore the source record for details and available documents.
The MILORD project concerns the storage, communication, and processing of large multi-media clinical information in an integrated environment. Advanced information technologies are exploited: new knowledge representation languages and tools, friendly human-computer interaction, 3D graphical processing and displaying of medical images, high performance parallel architectures, large-scale distributed data storage, federated environments for clinical cooperation. The project is developing an environment for designing and handling medical workstations. New turn-key marketable systems are expected after the end of the project. From its first version, the system is installed and under evaluation in large hospitals.
Although database-based medical information systems are becoming popular, experiments done by researchers tell us that physicians still do not fully accept them. Key factors for changing physicians' practice habits are the availability of more powerful methods and tools for interactive data acquisition and retrieval. Problems involving human engineering usually require the identification of and experimentation with many novel approaches before the most suitable answer is discovered. ARPIA is an ambulatory information system experimenting on the effectiveness and acceptability (by medical users) of new intelligent and friendly interaction techniques and tools. In particular, it tests a novel flexible dialogue-based man-machine interface offering physical and logical data 'independence' during retrieval operations. Other features of the system are: a fast and robust data acquisition environment; a text- and picture-based data presentation and report generation facility; finally, a set of modules offering the ambulatory staff effective assistance in some extra complex interactive tasks. A user-oriented description of the main functionality of ARPIA is given; users' feedback summarizing almost 2 years of usage of the system is also reported.
108 cases of high-risk pregnancy are object of our investigation (gestosis, feto-placental insufficiency, chronic nephropathy, rhesus immunization). HCG, plasma estriol, HPL and beta1-SP1-glycoprotein have been studied. The simultaneous determination of the four hormones makes it possible to establish the degree of the pregnancy risk, eventual fetal suffering and the hormonal course of pregnancy.
The aim of Denver's screening test is to study the psychomotor development of normal or supposed normal children aged from 0 to 6 years and to suggest further investigation when an abnormal development is noticed. The test is divided into 4 sections: social behavior, fine motility, language, gross motility. The results are valid only if the test is done in a standardized manner. The aim of this paper is to describe the computerized prototype of the Denver test in use at the Divisional Pediatric Ambulatory of "A. Gemelli" University Policlinic in Rome. This test is used in the context of an automatized ambulatory management system called ARPIA, capable of interacting and guiding "non expert" user. The program performs the following functions: 1) General instructions for the execution and interpretation of the test. The original instructions of the test (1975 version) have been used. 2) Input, modification, exclusion of questions. The archive is organized in the following manner: questions are divided in the above four sections, according to the child, undergoing the test, age limit; the questions regarding information that can be asked directly to the parents or the display of a picture that better explains the test are marked. During the test the questions may be modified using a menu with a certain number of options to facilitate the use of the system. The questions to eliminate from the test may be appropriately marked and removed. The text is not physically deleted from the archive. The inverse operation of inclusion of a formerly removed question may be performed too.(ABSTRACT TRUNCATED AT 250 WORDS)
The authors present a pharmacological database to support teaching and care activity carried out in the Divisional Paediatric Ambulatory of the Catholic University of Rome. This database is included in a integrated system, ARPIA (Ambulatory and Research in Pediatric by Information Assistance), devoted to manage ambulatory paediatric data. ARPIA has been implemented by using a relational DBMS, very cheap and highly diffused on personal computers. The database specifies: active ingredient and code number related to it, clinical uses, doses, contra-indications and precautions, adverse effects, besides the possible wrapping available on the market. All this is showed on a single for that appears on the screen and allows a fast reading of the most important elements characterizing every drug. The search of the included drugs can be made on the basis of three different detailed lists: active ingredient, proprietary preparation and clinical use. It is, besides, possible to have a complete report about the drugs requested by the user. This system allows the user, without modifying the program, to interact with the included data modifying each element of the form. In the system there is also a fast consultation handbook containing for every active ingredient, the complete list of italian proprietary medicines. This system aims to give a better knowledge of the most commonly used drugs, not only limited to the paediatrician but also to the ambulatory health staff; an improvement of the therapy furthering, a more effective use of several pharmacological agents and first of all a training device not only to specialists but also to students.