Prader Willi Syndrome Impact Factor
Prader–Willi condition (PWS) is a hereditary issue brought about by lost capacity of explicit qualities on
chromosome 15. In babies, indications incorporate feeble muscles, poor taking care of, and moderate development. Beginning in youth, those influenced become continually eager, which regularly prompts corpulence and type 2 diabetes. Mild to direct educated hindrance and social issues are likewise normal of the disorder. Often, influenced people have a limited temple, little hands and feet, short stature, fair complexion and hair, and can't have children. About 74% of cases happen when part of the dad's
chromosome 15 is deleted. In another 25% of cases, the influenced individual has two duplicates of
chromosome 15 from their mom and none from their father. As parts of the
chromosome from the mother are killed through engraving, they end up with no working duplicates of certain genes. PWS isn't commonly acquired, but instead the hereditary changes occur during the arrangement of the egg, sperm, or in early development. No hazard factors are known for the disorder. Those who have one kid with PWS have not exactly a 1% possibility of the following youngster being affected. A comparable component happens in Angelman condition, aside from the deficient
chromosome 15 is from the mother, or two duplicates are from the dad.
High Impact List of Articles
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A Rare Case of Non Convulsive Status Epileptic with Psychotic Presentation
Ana Samico, Angela Venancio
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A Rare Case of Non Convulsive Status Epileptic with Psychotic Presentation
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Case Report: Neuropsychiatry
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Identification of Risk-Conferring Genes of Schizophrenia Using Endophenotypes
Hongyan Ren, Mingli Li, Tao Li, Qiang Wang
Review Article: Neuropsychiatry
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Identification of Risk-Conferring Genes of Schizophrenia Using Endophenotypes
Hongyan Ren, Mingli Li, Tao Li, Qiang Wang
Review Article: Neuropsychiatry
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Changes in AQP4 expression and the pathology of injured cultured astrocytes after AQP4 mRNA silencing
Jianqiang Chen, Qingjie Xia, Hong Lu
Research Article: Neuropsychiatry
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Changes in AQP4 expression and the pathology of injured cultured astrocytes after AQP4 mRNA silencing
Jianqiang Chen, Qingjie Xia, Hong Lu
Research Article: Neuropsychiatry
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Aging changes and medical complexity in late-life bipolar disorder: emerging research findings that may help advance care
Martha Sajatovic, Brent P Forester, Ariel Gildengers,Benoit H Mulsant
Review Article: Neuropsychiatry
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Aging changes and medical complexity in late-life bipolar disorder: emerging research findings that may help advance care
Martha Sajatovic, Brent P Forester, Ariel Gildengers,Benoit H Mulsant
Review Article: Neuropsychiatry
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Neuropsychiatry and quantitative EEG in the 21st Century
Robert W Thatcher
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Neuropsychiatry and quantitative EEG in the 21st Century
Robert W Thatcher
Review Article: Neuropsychiatry
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