We report a genomewide linkage study of type 2 diabetes (T2D [MIM 125853]) in the
Icelandic population. A list of type 2 diabetics was cross-matched with a computerized …

We have identified a region on chromosome 1q21-q24 that was significantly linked to type 2
diabetes in multiplex families of Northern European ancestry and also in Pima Indians …

Since little is known about chromosomal locations harboring type 2 diabetes–susceptibility
genes, we conducted a genomewide scan for such genes in a Mexican American …

The unbiased approach of genome-wide linkage analysis has shown evidence for linkage of
type 2 diabetes mellitus to the chromosome 1q21–25 region in at least eight independent …

Improved molecular understanding of the pathogenesis of type 2 diabetes is essential if
current therapeutic and preventative options are to be extended. To identify diabetes …

Despite recent advances in the molecular genetics of type 2 diabetes, the majority of
susceptibility genes in humans remain to be identified. We therefore conducted a 10-cM …

We previously reported suggestive linkage between type 2 diabetes and markers in a region
on chromosome 20q using data from a collection of 29 Caucasian families in which type 2 …

A genome-wide scan was performed, using nonparametric linkage analyses, to find
susceptibility loci for type 2 diabetes mellitus in the Dutch population. We studied 178 …

A region of linkage to type 1 diabetes has been defined on human chromosome 10p11–q11
(IDDM10; P= 0.0007) using 236 UK and 76 US affected sibpairs and a 1 cM resolution …

Genome-wide nonparametric linkage analysis of 480 sib-pairs affected with type 2 diabetes
revealed linkage to a previously unreported susceptibility locus on chromosome 18p11. This …