NUMERICAL SCORING SYSTEMS FOR THE PROGRESSION OF OSTEOARTHRITIS OF THE FINGER JOINTS

Citation
G. Verbruggen et Em. Veys, NUMERICAL SCORING SYSTEMS FOR THE PROGRESSION OF OSTEOARTHRITIS OF THE FINGER JOINTS, Revue du rhumatisme, 62(6), 1995, pp. 27-32
Citations number
11
Categorie Soggetti
Rheumatology
Journal title
ISSN journal
11698446
Volume
62
Issue
6
Year of publication
1995
Supplement
1
Pages
27 - 32
Database
ISI
SICI code
1169-8446(1995)62:6<27:NSSFTP>2.0.ZU;2-Q
Abstract
We developed methods to assess and to score progression of osteoarthri tis (OA) of the distal and proximal interphalangeal (DIP and PIP) and metacarpophalangeal (MCP) finger joints. Thirty-six patients with oste oarthritis (OA) of the finger joints were followed for five years, Ant eroposterior radiographs of the hands were obtained at the start of th is prospective study and at yearly intervals. The scoring systems used were based on : -1- the increase in incidence of OA during consecutiv e years in previously normal joints, -2- the radiological progression of the anatomical lesions (changes in osteophyte growth, loss of joint space, subchondral cysts or sclerosis) in pathological finger joints, -3- the consecutive pathological phases recognized in the course of t he disease, Significant increases in both the numbers of affected DIP, PIP and MCP joints per subject and the anatomical progression of the disease in the different finger joints of each individual patient were recorded during the 5-year followup. In approx. 40 % of the patients the classical picture of OA was complicated by manifest erosive change s, which preceded a period in which repair phenomena in the 'eroded' f inger joints led to generation of a new subchondral plate covered by c artilaginous tissue, Huge osteophytes were then responsible for the no dular aspect of the affected finger joints, OA of the finger joints in our patients was progressive in nature and went through predictable p hases, Recognition and scoring of these phases allowed faster assessme nt of OA progression and led to the same conclusions as scoring the an atomical progression.