| Literature DB >> 10483052 |
M I Rees1, I Fenton, N M Williams, P Holmans, N Norton, A Cardno, P Asherson, G Spurlock, E Roberts, E Parfitt, R Mant, H Vallada, E Dawson, M W Li, D A Collier, J F Powell, S Nanko, M Gill, P McGuffin, M J Owen.
Abstract
We have analysed 298 polymorphic markers in 13 families multiply affected with schizophrenia and related disorders using a combination of radiolabelled and fluorescent-based methodologies. The markers were distributed throughout the autosomes at an average spacing of 12.8 cM. The data were analysed with two-point linkage analysis (MLINK) and heterogeneity testing (HOMOG). Several genetic models were used ranging from near dominant to fully recessive. Multi-point analysis was performed for 27 regions demonstrating either contiguously positive lod scores in two or more consecutive markers, and in regions with two-point lod score(s) of 1.0 or above in a single marker. A proportion of the multi-point regions have been implicated in previous studies, thereby decreasing risk of false-positive results. However neither our two-point, nor multi-point scores reached the threshold value for significance of 3. 6. Nevertheless three regions were suggestive of linkage.Entities:
Mesh:
Substances:
Year: 1999 PMID: 10483052 DOI: 10.1038/sj.mp.4000521
Source DB: PubMed Journal: Mol Psychiatry ISSN: 1359-4184 Impact factor: 15.992