نتایج جستجو برای: genetic linkage

تعداد نتایج: 641476  

2005
M. LEPPERT M. DOBBS P. SCAMBLER Y. NAKAMuRA D. STAUFFER S. WOODwARD J. HUGHES M. LATHROP J. WASMUTH J. - M. LALOUEL R. WHITE

The inherited genetic defect in adenomatous polyposis has been localized to a small region on the long arm of chromosome 5. Sixteen DNA marker loci were used to construct a linkage map ofthe chromosome. When five kindreds segregating a gene for adenomatous polyposis coli were characterized with a number of the markers, significant linkage was found between one marker and the disease gene. Linka...

2016
Xiangqing Sun Robert Elston Gary W. Falk William M. Grady Ashley Faulx Sumeet K. Mittal Marcia I. Canto Nicholas J. Shaheen Jean S. Wang Prasad G. Iyer Julian A. Abrams Joseph E. Willis Kishore Guda Sanford Markowitz Jill S. Barnholtz‐Sloan Apoorva Chandar Wendy Brock Amitabh Chak

BACKGROUND Familial aggregation and segregation analysis studies have provided evidence of a genetic basis for esophageal adenocarcinoma (EAC) and its premalignant precursor, Barrett's esophagus (BE). We aim to demonstrate the utility of linkage analysis to identify the genomic regions that might contain the genetic variants that predispose individuals to this complex trait (BE and EAC). METH...

2003
Masaharu Munetomo Naoya Murao Kiyoshi Akama

Linkage identification algorithms identify linkage groups — sets of loci tightly linked — before genetic optimizations for their recombination operators to work effectively and reliably. This paper proposes a parallel genetic algorithm (GA) based on the linkage identification algorithm and shows its effectiveness compared with other conventional parallel GAs such as master-slave and island mode...

Journal: :British Journal of Psychiatry 1982

Journal: :European Journal of Human Genetics 1998

2012
Abigail R. Wark Margaret G. Mills Lam-Ha Dang Yingguang Frank Chan Felicity C. Jones Shannon D. Brady Devin M. Absher Jane Grimwood Jeremy Schmutz Richard M. Myers David M. Kingsley Catherine L. Peichel

Vertebrate sensory systems have evolved remarkable diversity, but little is known about the underlying genetic mechanisms. The lateral line sensory system of aquatic vertebrates is a promising model for genetic investigations of sensory evolution because there is extensive variation within and between species, and this variation is easily quantified. In the present study, we compare the lateral...

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