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1.
Article | IMSEAR | ID: sea-211460

ABSTRACT

Background: Congenital heart diseases (CHD) are relatively common with a prevalence ranging from 3.7 to 17.5 per 1000 live births. Little is known about genetic link with respect to congenital heart disease. Iroquoise (Irx) homeobox genes have been widely studied and their expression in both developing and adult heart. Author tried to study the role of irx4 and irx5 genes in structural congenital heart disease, keeping the focus on study reported by Cheng Z et al.Methods: Author studied reported mutation site sequences in 25 various congenital heart disease patients and control healthy relatives of patients. It is a unique study and there has not been such a study reported in literature till date. Besides comparison with healthy related controls, author took cardiac tissue biopsy in patients while doing corrective cardiac surgery. However, blood samples were taken from controls due to ease of feasibility.Results: Although, there were no sequence variations in the studied exon regions, but author got a base pair sequence change at 6 bp intron region, which is near the exon splice site in irx4 gene. Besides two ASD patient’s male children (one child each) had ASD prompting us to believe some role of sex linkage. However later needs pedigree analysis and sex chromosome studies for further analysis.Conclusions: Gene sequence in the Kashmiri population is unique. There is possibility of role of irx genes in CHD. ASD might have sex linkage in some.

2.
Chinese Journal of Endocrinology and Metabolism ; (12): 1013-1016, 2015.
Article in Chinese | WPRIM | ID: wpr-488758

ABSTRACT

[Summary] A dozens of variants in intron 1 of FTO gene have been found to be significantly associated with obesity by a serious genome-wide association studies (GWAS) in past eight years.Very recently,The New England Journal of Medicine published an important genetic study of obesity,which challenged the point of FTO causing obesity directly.The researchers find one of the variants changes the binding ability of upstream regulator to IRX3/IRX5 and thus promotes IRX3/IRX5 expression instead of FTO.Which one is the real causal gene of common obesity,FTO,IRX3/5,both,or neither? All these questions need to be answered.

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