Clinical Endocrinology · 1983 · 36 citations · 34 references
Life SciencesEndocrinologyImmunologyAutoimmunityImmunogeneticsImmunopathologyAutoantibodiesAutoantigensAutoimmune BiomarkersAutoimmune DiseasesHla MatchingHla TypingCluster AnalysisFamilial Aggregation AnalysisFamilial Aggregation Of Autoimmune DiseaseGroup SubgroupsHla Autoimmune Disease AssociationsImmunological IdentificationImmunological MechanismsThyroid Autoantibodies
We have applied cluster analysis methods to forty-nine laboratory and clinical characteristics (including 26 HLA-A, B antigens) observed in 196 Graves' disease patients. Three subgroups could be identified: group I (seventy-nine patients) had small goitres, low indices of autoimmunity and a tendency to remission with medical treatment; group IIa (twenty-nine patients) had clinical and laboratory features of 'Hashitoxicosis'; Group IIb (eighty-four patients) had a high incidence of ophthalmopathy, familial aggregation, marked evidence of autoaggression and a tendency to relapsing hyperthyroidism. The prevalence of HLA-B8 was 8.9% in group I, 20.7% in group IIa and 86.9% in group IIb. This study demonstrates that Graves' disease can be subdivided using cluster analysis into clinically relevant subgroups which are further distinguished by their correlation with HLA-B8. Possible immunological bases for these observed patterns are discussed.
34
Towards a network theory of the immune system.
Jerne Nk · PubMed · 1974 · 3.4K citations
Life Sciences, Biology, Immunology +14
Principles of Numerical Taxonomy.
Herbert H. Ross, Robert R. Sokal, P. H. A. Sneath et al. · Systematic Zoology · 1964 · 980 citations
Natural Sciences, Mathematics, Computational Fluid Dynamics +8
Classification: Purposes, Principles, Progress, Prospects
Robert R. Sokal · Science · 1974 · 393 citations