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Drosophilidae / Phosphorus / RNA / RNA interference / Gene expression / Hemocyte / Sevelamer / Drosophila melanogaster / Drosophila / Biology / Medicine / Anatomy


Genetic Determinants of Phosphate Response in Drosophila Clemens Bergwitz1*, Mark J. Wee1, Sumi Sinha1, Joanne Huang1, Charles DeRobertis1, Lawrence B. Mensah1, Jonathan Cohen1, Adam Friedman2, Meghana Kulkarni2, Yanhui
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Document Date: 2013-03-11 08:36:09

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File Size: 1,98 MB

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Drosophila Cell / Cambridge / Boston / /

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Standbio Laboratory / Cell Signaling Technologies Inc / Pearson / Genzyme Inc. / Creative Commons / GraphPad Software / /

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United States / /

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pence / /

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FDA Phase / /

Facility

Queen Mary University of London / Massachusetts General Hospital / Howard Hughes Medical Institute / CDK complex / Broad Institute / /

IndustryTerm

food consumption / food dyes / high-energy phosphate esters / experimental media / /

MedicalCondition

malnutrition / familial tumoral calcinosis / cardiomyopathy / disease / serious human disorders / hyperphosphatemia / skeletal muscle myopathy / hypophosphatemia / hyperphosphatemia resolves / PFA / chronic kidney disease / osteomalacia / Heat shock / human disease / /

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L3 / /

Organization

Drosophila RNAi Screening Center / Computer Science and Artificial Intelligence Lab / Harvard Medical School/Howard Hughes Medical Institute / Mathematics Department / MIT / Harvard / US Federal Reserve / FDA / Endocrine Unit / Massachusetts General Hospital / Broad Institute / University of London / /

Person

Fanis Missirlis / Yves Sabbagh / /

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driver / original author / Editor / representative / /

Product

Bonferroni / B52 / Renagel / vitamin D / P6801 / /

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Oregon / Massachusetts / /

PublishedMedium

PLoS ONE / /

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alpha / Java / gene expression / http / genotype / human genome / /

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www.flymine.org / http /

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