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Epigenetics / Dietary supplements / Alcohols / Coenzymes / Genomics / Methylation / Hyperhomocysteinemia / DNA methyltransferase / Choline / Chemistry / Biology / Genetics


Human Molecular Genetics, 2005, Vol. 14, Review Issue 1 doi:[removed]hmg/ddi100 R139–R147 The impact of metabolism on DNA methylation
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City

Masliah / Freudenheim / Birmingham / Hansen / Xiao / Schwahn / L.A. / /

Company

Czeizel A.E. / CBS / Marion / Li L.C. / Zagami A.S. / Craig S.A. / Smith-Warner S.A. / Oxford University Press / /

Country

Italy / Mexico / United States / /

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Event

Analyst Recommendation / Extinction / /

Facility

University of Alabama / Campbell Hall / University Boulevard / American Institute / /

IndustryTerm

possible attachment site / dietary energy states / reaction products / biological information processing / gene product / treatment for alzheimer disease / chemicals / /

MedicalCondition

vascular disease / neural tube defects / adult onset disease / colorectal cancer / choline metabolism cause neural tube defects / neurological disorders / moderate B12 deficiency / atrophic gastritis / rat hepatoma cells / colon cancer / human neuroblastoma cell culture model / folate deficiency / mild hyperhomocysteinemia / GI carcinogenesis / IUGR / human neuroblastoma cell proliferation / prostate cancer / MS / homocysteine-treated colon cancer / B12 deficiency MS / streptozotocin-induced diabetes / cancers / rat hepatomas / methylenetetrahydrofolate reductase exhibit hyperhomocysteinemia / uremia / Alzheimer’s disease / intrauterine growth retardation / Liver Neuroblastoma culture PS1 promotor APP gene Neuroblastoma / cancer / hepatoma cells / schizophrenia / disease / atherosclerosis / parkinson disease / atherogenesis / SAH hydrolase deficiency / Carcinogenesis / endothelial dysfunction / genetic disorder / complex diseases / stroke / diet-induced hyperhomocysteinemia and vascular function / cognitive impairment / cardiovascular disease / diabetes / neuroblastoma cells / Folate/methyl deficiency / Hyperhomocysteinemia/ uremia DNMT / Vascular disease Atherosclerosis SAM / maternal malnutrition / vascular dementia / age-related memory loss / alzheimer disease / deficiency / liver injury / methylenetetrahydrofolate reductase deficiency / hyperhomocysteinemia / thrombosis / S-adenosylhomocysteine hydrolase deficiency / betaine and neural tube defects / disorders / /

MedicalTreatment

caloric restriction / /

Organization

3Comprehensive Cancer Center / Department of Biology / American Institute for Cancer Research / Purdue-UAB Botanicals Center / Aging and 3Comprehensive Cancer Center / US Federal Reserve / Oxford University / University of Alabama at Birmingham / /

Person

Gregory / Kauwell / SAM METABOLISM / Nat / Pham / Knox / Clayton L. Ulrey / Melnyk / Issa / glucagon’s second messenger / /

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Position

G.P. / second messenger / T.D. / Author / conventional model / Fisher / reporter / /

Product

glucagon / ntd / Is / Folic acid / glycine / Vitamin A / adenosine / /

ProvinceOrState

Texas / Alabama / British Columbia / South Dakota / South Carolina / /

PublishedMedium

Cancer Research / /

Region

northern Italy / /

Technology

Genomics / epigenomics / genetic code / gene expression / condensation / genotype / /

URL

http /

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