Physicians have to confront an enormous output of laboratory data. Nor
mally, only a few experts manually perform the interpretation of highl
y specialised laboratory tests. PC Windows based 'MDI-LabLink' automat
es interpretation and expands traditional rule-based expert systems wi
th flexibility and graphic illustrations of complex laboratory data. T
he laboratory can adjust the interpretation database to its specific n
eeds, maintaining full control over program output. The structured inp
ut that 'MDI-LabLink' requires, supports dynamic test scheduling. It c
an be used to train personnel in the interpretation of laboratory test
results. The program provides the clinician with a report that visual
ises the defect of the evaluated organ system with bitmap pictures and
3-dimensional graphics. Patient follow-ups present in tabular and gra
phical form. Changes in the severity of the pathobiochemical defect, i
nduced, for example, by therapy, are monitored automatically. Applicat
ions available include interpretations of isoenzyme patterns, diagnosi
s of urinary proteinuria and cerebrospinal fluid analysis.