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At least 1,153 records · Page 64Linked to original sources
PubMed1994

Pharmacy-based automated medication records: methods, application, and a survey of use.

A literature review of articles describing the development and implementation of automated medication administration records is summarized, and the results of a survey undertaken of all hospitals in Missouri to determine the extent of an automated medication administration record (MAR) are reported. For hospitals with an automated MAR, the survey compiled information about the demographics of responding facilities and production and distribution, design, implementation, and procedures for use of automated MARs. The most frequently reported advantages of an automated MAR were a more legible document, increased accuracy, savings in nursing personnel time, and fewer medication errors. The most frequently reported disadvantages were increases in pharmacy personnel time, different interpretation of orders by pharmacy and nursing, and multiple entries required for a medication order to appear correctly on the MAR.

Clinical Pharmacy Information Systems↗
PubMed1992

Digital electronic communication between ICU ventilators and computers and printers.

UNLABELLED: Although many modern ICU ventilators offer the option of electronic communication, most of these systems are not used because there is a huge communication gap between the ventilator and the computer it might be connected to. When such systems are now used, a large part of what is communicated is artifactual and misleading. We need to overcome both legal and knowledge barriers in the effort to provide seamless communication between ventilators and computers. With regard to the specific issues raised in this paper, here are our answers. Issue #1: Is it essential to have a digital electronic communication port on an ICU ventilator? ANSWER: No, it is not essential. The purpose of the mechanical ventilator is to support pulmonary ventilation by supplying gas and pressure. There is no vital role for digital communication in the gas-delivery function of the ventilator; however, in the future it will be essential to have effective electronic communication in order to guarantee accurate and timely charting. Issue #2: What impact does electronic communication between a ventilator and a computer have on patient outcome? ANSWER: Our preliminary data show that electronic communication can reduce the number of charting errors and can improve the timeliness of data entry. However, there is little evidence, other than anecdotal, that this has any impact on patient outcome. Automated charting has been shown to reduce the time spent on charting. This time-savings could be used to increase time spent in direct patient care, but there is no conclusive evidence that this occurs. In fact, one report on computerized charting systems indicates that the result is less time spent in direct patient care. Issue #3: If electronic communication is to be effective in the future, how should these interfaces be configured for mechanical ventilation? ANSWER: We recommend an optimal algorithm for automated respiratory care charting that has been suggested. Sampling frequency: Sample data from the ventilator every 10 seconds. Ventilator-setting changes: Report every new setting if change lasts more than 3 minutes. Measured respiratory care data: Filter raw MIB-collected data with a 3-minute moving-median filter. Report one filtered value every hour for each variable. In addition, use a threshold table (Table 3) to define significant events. Report changes that remain above threshold more than 3 minutes. Report all measured respiratory-care data 1 minute following any ventilator-mode changes.

Computer Communication Networks↗
PubMed1998

Network computing.

Pioneering health care organizations are saving money and gaining greater control of their networks by trading their PCs in for thin clients. But the devices are far from pervasive in health care.

Computer Communication Networks↗
PubMed1998

A study on development of a home health care support information system.

As the need for home health care has been increasing with the rising number of the elderly in Japan, the application of medical informatics to home health care delivery is considered to be useful. Therefore, development of a home health care support information system was planned. The system can collect patient's PHD (Personal Health Data) such as data of ECG, complaints, etc. at patient's home and can send the PHD to medical facilities. We designed and constructed two subsystems on a trial basis. One subsystem has function of gathering, recording and transmitting vital signs of the aged such as ECG, physical activity rate, oxygen saturation rate in arterial blood. Another subsystem can collect and send image data of the old people at their home. Experiments for trial use of the system was conducted and it was recognized that the PHD can be smoothly collected and recorded at home of the elderly and can be sent to the medical facilities with good success by using the system.

Aged↗
PubMed1999

[Assessment of geometric, biomechanical, and osteodensitometric properties of the ultradistal radius with peripheral quantitative computerized tomography in uremic patients with severe hyperparathyroidism].

INTRODUCTION: Bone integrity and mineral status were studied with a noninvasive method in uremic patients with severe secondary hyperparathyroidism undergoing maintenance hemodialysis. MATERIAL AND METHODS: Volumetric cortical and trabecular mineral density (cBMD, tBMD) and bone geometrical properties were evaluated in 16 patients (11 women and 5 men) candidate to parathyroidectomy. Peripheral quantitative Computed Tomography (pQCT) was used to make measurements at the distal radius of the nondominant forearm. Thirty-two age-matched healthy subjects were chosen as a control group. Cortical area (CA), cross-sectional area (Total A), cortical thickness (CThk) and stress strain index (SSI) were assessed as biomechanical parameters. Serum intact PTH levels were assessed with a radioimmunoassay method (IRMA). RESULTS: Both cBMD and tBMD were decreased in all patients and the difference was more significant in women (p < .0004 and p < .009) than in the smaller group of men (p < .01 and p < .01). Serum PTH levels correlated negatively with cBMD (r = .52; p < .01), CThk (r = .51; p < .04), CA (r = .52; p < .03) and SSI (r = .54; p < .02), as well as tBMD (r = .34), though not significantly. Dialysis duration did not significantly correlate with cBMD (r = .33), tBMD (r = .20), CA (r = .31), CThk (r = .40) and SSI (r = .35). As for geometrical and biomechanical parameters, CA, CThk and SSI were significantly different in both male and female uremic patients in comparison with the relative controls. Bone quantitative analysis and three-dimensional (3D) representation with the paraboloid revolution model also demonstrated osteopenia. CONCLUSIONS: pQCT shows significant cortical and trabecular osteopenia in uremic patients with severe secondary hyperparathyroidism. Osteopenia is associated with geometrical and mechanical impairment with consequently increased bone fragility and thus a higher risk of fracture. Prolonged PTH hyperexpression seems to be mainly associated with intracortical porosity and cortical-endosteal resorption. Bone quantitative analysis and 3D representation provide rapid automated information on the cortex mineral status.

Adult↗
PubMed2000

Catheter insertion simulation with co-registered direct volume rendering and haptic feedback.

We have developed an experimental catheter insertion simulation system supporting head-tracked stereoscopic viewing of volumetric anatomic reconstructions registered with direct haptic 3D interaction. The system takes as input data acquired with standard medical imaging modalities and regards it as a visual and haptic environment whose parameters are interactively defined using look-up tables. The system's display, positioned like a surgical table, provide a realistic impression of looking down at the patient. Measuring head motion via a six degrees-of-freedom head tracker, good positions to observe the anatomy and identify the catheter insertion point are quickly established with simple head motion. By generating appropriate stereoscopic images and co-registering physical and virtual spaces beforehand, volumes appear at fixed physical positions and it is possible to control catheter insertion via direct interaction with a PHANToM haptic device. During the insertion procedure, the system provides perception of the effort of penetration and deviation inside the traversed tissues. Semi-transparent volumetric rendering augment the sensory feedback with the visual indication of the inserted catheter position inside the body.

Catheterization, Peripheral↗