نتایج جستجو برای: 1q

تعداد نتایج: 809  

Journal: :Journal of prenatal medicine 2015
Francesco Libotte Domenico Bizzoco Ivan Gabrielli Caterina Tamburrino Cristina Ernandez Lorena Carpineto Maria Pia D'Aleo Antonella Cima Alvaro Mesoraca Pietro Cignini Alessia Aloisi Roberto Angioli Salvatore Giovanni Vitale Claudio Giorlandino

INTRODUCTION deletion of long arm of chromosome 1(1q-) is a rare condition. Clinical features include Dwarfism, severe mental retardation, microcephaly and short neck delineating the "intermediate 1q deletion syndrome". CASE REPORT we report a new case of interstitial deletion of the long arm of chromosome 1, diagnosed in a 22+3 weeks gestation fetus in which cytogenetic analysis localized a ...

Journal: :Cancer research 1991
T Sano T Tsujino K Yoshida H Nakayama K Haruma H Ito Y Nakamura G Kajiyama E Tahara

Recently, loss or inactivation of genes at specific chromosomal loci has been considered to be one of the important mechanisms during the development of human tumors. In order to identify tumor suppressor genes for gastric carcinoma, we performed restriction fragment length polymorphism analysis on 48 human gastric carcinomas. Allele losses were investigated for 14 specific loci on chromosomes ...

2016
George D. Cresswell John R. Apps Tasnim Chagtai Borbala Mifsud Christopher C. Bentley Mariana Maschietto Sergey D. Popov Mark E. Weeks Øystein E. Olsen Neil J. Sebire Kathy Pritchard-Jones Nicholas M. Luscombe Richard D. Williams William Mifsud

The evolution of pediatric solid tumors is poorly understood. There is conflicting evidence of intra-tumor genetic homogeneity vs. heterogeneity (ITGH) in a small number of studies in pediatric solid tumors. A number of copy number aberrations (CNA) are proposed as prognostic biomarkers to stratify patients, for example 1q+ in Wilms tumor (WT); current clinical trials use only one sample per tu...

Journal: :Diabetes 2006
Eleftheria Zeggini Coleen M Damcott Robert L Hanson Mohammad A Karim N William Rayner Christopher J Groves Leslie J Baier Terri C Hale Andrew T Hattersley Graham A Hitman Sarah E Hunt William C Knowler Braxton D Mitchell Maggie C Y Ng Jeffrey R O'Connell Toni I Pollin Martine Vaxillaire Mark Walker Xiaoqin Wang Pamela Whittaker Kunsan Xiang Weiping Jia Juliana C N Chan Philippe Froguel Panos Deloukas Alan R Shuldiner Steven C Elbein Mark I McCarthy

The gene encoding the transcription factor upstream stimulatory factor (USF)1 influences susceptibility to familial combined hyperlipidemia (FCHL) and triglyceride levels. Phenotypic overlap between FCHL and type 2 diabetes makes USF1 a compelling positional candidate for the widely replicated type 2 diabetes linkage signal on chromosome 1q. We typed 22 variants in the F11R/USF1 region (1 per 3...

Journal: :Blood 2004
Antonella Roetto Filomena Daraio Paolo Porporato Roberta Caruso Timothy M Cox Mario Cazzola Paolo Gasparini Alberto Piperno Clara Camaschella

Juvenile or type 2 hemochromatosis (JH) is a genetic disease caused by increased intestinal iron absorption that leads to early massive iron overload. The main form of the disease is caused by mutations in a still unknown gene on chromosome 1q. Recently, we recognized a second type of JH with clinical features identical to the 1q-linked form, caused by mutations in the gene encoding hepcidin (H...

Journal: :The American journal of pathology 1998
J Richter L Beffa U Wagner P Schraml T C Gasser H Moch M J Mihatsch G Sauter

To identify genetic changes linked to bladder cancer progression we analyzed 90 invasive transitional cell carcinomas (37 pT1 and 53 pT2-4) by comparative genomic hybridization. The most frequent alterations included 1q+ (37%), 5p+ (24%), 6q- (19%), 8p-(29%), 8q+ (37%), 9p- (31%), 9q- (23%), 11p-(24%), 11q- (22%), 17q+ (29%), and 20q+ (28%). Interestingly, there were three groups of alterations...

2004
Carmela Lanzara Antonella Roetto Filomena Daraio Silvain Rivard Romina Ficarella Hervey Simard Timothy M. Cox Mario Cazzola Alberto Piperno Anne-Paule Gimenez-Roqueplo Paola Grammatico Stefano Volinia Paolo Gasparini

Juvenile or type 2 hemochromatosis (JH) is transmitted as a recessive trait that leads to severe iron overload and organ damage typically before age 30 years. Linkage to a locus on chromosome 1q has been found in most patients with JH. The recently identified causal gene encodes hemojuvelin, a protein with a proposed crucial role in iron metabolism. A second, rare type of JH, with clinical expr...

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