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Biomedical subjects

R H Foxlee

Publications and source records attributed to R H Foxlee.

3 recordsLinked to original sources

The perineal field in the external irradiation of cancer of the prostate: a modified Regato technique. First Annual del Regato Distinguished Lecture.

(1) 50 consecutive patients with cancer of the prostate, stages A2 through C2 received external irradiation. The whole pelvis was treated using 4-MV photons, and a prostate boost was given through the perineum using a cesium-137 teletherapy unit. (2) The treatment technique was easily duplicated daily and was well tolerated. There were no grade 2, 3 or 4 complications. (3) Local control was excellent: 96% of all cases. (4) Disease-free survival was high. (5) Potency was maintained in the majority of this elderly population. Considering that American males have an increasing longevity and thus a greater likelihood of developing cancer of the prostate, external-beam radiation therapy should be utilized in the future even more so than today. We must continue to refine radiation therapy techniques in order to further increase disease-free survival and reduce radiation morbidity.

Aged

Computer-aided documentation. Quality, productivity, coding, and enhanced reimbursement.

PURPOSE: Physicians currently use technology, where appropriate, to improve patient care, for example, MRI and three-dimensional radiotherapy dose planning. One area that has seen limited benefit from current technology is in documenting of medical information. DESIGN: Review of related literature and directed interviews. RESULTS: Technology is available to assist in documenting the initial patient encounter. Patient care, quality of practice, and reimbursement may be improved with careful implementation. CONCLUSION: It will be worthwhile for practices to examine how to implement this technology to obtain the potential benefits.

Medical Informatics

HyperOncology: demonstration of an evolving comprehensive hypermedia-based workstation for the radiation oncologist.

HyperOncology is a prototype hypermedia-based workstation designed for the practicing radiation oncologist. Individual patient records consist of linked demographic, clinical history, presentation, staging, course, laboratory and treatment data. Searching and sorting capabilities, navigational aids, information printing and archiving, plotting capability, and graphics and updating tools are available. Upon integration with an evolving knowledge base, HyperOncology will eventually become a comprehensive clinical database and information retrieval system in the specialty of radiation oncology.

Information Storage and Retrieval