Implementation of Telecytology in Georgia

Implementation of Telecytology in Georgia

Ekaterine Kldiashvili (Georgian Telemedicine Union, Georgia)
Copyright: © 2013 |Pages: 21
DOI: 10.4018/978-1-4666-2979-0.ch022
OnDemand PDF Download:
$37.50

Abstract

The field of e-Health is rapidly evolving. The new models and protocols of application of info-communication technologies for healthcare purposes are developed. Despite of obvious advantages and benefits, practical application of e-Health and its possibilities in everyday practice are slow. Much progress has been made around the world in the field of digital imaging and virtual slides. But in Georgia, telecytology is still in evolving stages. It revolves around static telecytology. It has been revealed that the application of easy available and adaptable technology together with the improvement of the infrastructure conditions is the essential basis for telecytology. This is a very useful and applicable tool for consulting on difficult cases. Telecytology has significantly increased knowledge exchange and thereby ensured a better medical service. The chapter aims description of practical application of telecytology under conditions of Georgia.
Chapter Preview
Top

Background

It is well known, that telecytology may be static (store and forward), dynamic (real-time), or hybrid. Store and forward telecytology is a less efficient method but there have been isolated reports of a concordance of as high as 95-100% between glass slide and telecytology diagnosis (Rocha et al, 2009; Raab et al, 1996). It has limitations because of the disjointed nature of the images, and the diagnostic errors incurred with this method have been attributed to inappropriate field selection by the submitting cytologist. Dynamic telecytology using fully motorized robotic systems, through cost-prohibitive, has revolutionized the field, and a concordance rate of 99-100% has been reported between telecytology and light microscopy diagnosis. The fully motorized robotic systems are a cost-prohibitive for Georgia, but they are used very routinely in other locations, especially in countries with middle and high incomes. Hybrid systems use virtual slides (so called whole slide images – WSI) and in various studies the diagnostic efficacy was shown. The 'virtual slides' are entirely digitalized glass slides at a very high resolution and can be viewed by multiple cytologists and without any loss of resolution.

The applications of telecytology, like those of telemedicine can be classified into four major groups: primary opinion (first diagnosis on a case), second opinion (expert opinion about a case), third opinion (expert group opinion/discussion about a case) and distance learning. The most frequently use case of telecytology is the second opinion. In remote and rural areas where because of economic reasons, one cannot afford to have a competent cytologist, telecytology is considered to be a boon. eLearning in cytology has also gained acceptance. Telecytology has been used for research applications, distance education, remote consultations with astounding success (Coleman, 2009; Rocha et al, 2009; Weinstein et al, 2009).

Complete Chapter List

Search this Book:
Reset