E. Schubert et al., A PATHOLOGIST-DESIGNED IMAGING-SYSTEM FOR ANATOMIC PATHOLOGY SIGNOUT,TEACHING, AND RESEARCH, Seminars in diagnostic pathology, 11(4), 1994, pp. 263-273
Pathology images are derived from gross surgical specimens, light micr
oscopy, immunofluorescence, electron microscopy, molecular diagnostic
gels, flow cytometry, image analysis data, and clinical laboratory dat
a in graphic form. We have implemented a network of desktop personal c
omputers (PCs) that allow us to easily capture, store, and retrieve gr
oss and microscopic, anatomic, and research pathology images. System a
rchitecture involves multiple image acquisition and retrieval sites an
d a central file server for storage. The digitized images are conveyed
via a local area network to and from image capture or display station
s. Acquisition sites consist of a high-resolution camera connected to
a frame grabber card in a 486-type personal computer, equipped with 16
MB (Table 1) RAM, a 1.05-gigabyte hard drive, and a 32-bit ethernet c
ard for access to our anatomic pathology reporting system. We have des
igned a push-button workstation for acquiring and indexing images that
does not significantly interfere with surgical pathology sign-out. Ad
vantages of the system include the following: (1) Improving patient ca
re: the availability of gross images at time of microscopic sign-out,
verification of recurrence of malignancy from archived images, monitor
ing of bone marrow engraftment and immunosuppressive intervention afte
r bone marrow/solid organ transplantation on repeat biopsies, and abil
ity to seek instantaneous consultation with any pathologist on the net
work; (2) enhancing the teaching environment: building a digital surgi
cal pathology atlas, improving the availability of images for conferen
ce support, and sharing cases across the network; (3) enhancing resear
ch: case study compilation, metastudy analysis, and availability of di
gitized images for quantitative analysis and permanent/reusable image
records for archival study; and (4) other practical and economic consi
derations: storing case requisition images and hand-drawn diagrams det
ers the spread of gross room contaminants and results in considerable
cost savings in photographic media for conferences, improved quality a
ssurance by porting control stains across the network, and a multiplic
ity of other advantages that enhance image and information management
in pathology. Copyright (C) 1994 by W.B. Saunders Company