exRNAdisease

Entry Detail

---



General Information

Database ID: exR0286622 RNA Name: hsa-miR-218-5p RNA Type: miRNA Chromosome: chr5 Starnd: - Coordinate: Start Site(bp): 168768211 End Site(bp): 168768231 External Links: hsa-miR-218-5p

Disease Information

Disease Name: Drug-induced Liver Injury Disease Category: Digestive System Diseases MeSH ID: D056486 Type: Diseases Category/Digestive System Diseases Alias: Chemical and Drug Induced Liver Injury//Chemically-Induced Liver Toxicity//Chemically Induced Liver Toxicity//Chemically-Induced Liver Toxicities//Liver Toxicities, Chemically-Induced//Liver Toxicity, Chemically-Induced//Toxicities, Chemically-Induced Liver//Toxicity, Chemically-Induced Liver//Drug-Induced Acute Liver Injury//Drug Induced Acute Liver Injury//Liver Injury, Drug-Induced, Acute//Acute Liver Injury, Drug-Induced//Acute Liver Injury, Drug Induced//Hepatitis, Toxic//Toxic Hepatitis//Hepatitides, Toxic//Toxic Hepatitides//Drug-Induced Liver Disease//Disease, Drug-Induced Liver//Diseases, Drug-Induced Liver//Drug Induced Liver Disease//Drug-Induced Liver Diseases//Liver Disease, Drug-Induced//Liver Diseases, Drug-Induced//Drug-Induced Liver Injury//Drug Induced Liver Injury//Drug-Induced Liver Injuries//Injuries, Drug-Induced Liver//Injury, Drug-Induced Liver//Liver Injuries, Drug-Induced//Liver Injury, Drug-Induced//Liver Injury, Drug Induced//Hepatitis, Drug-Induced//Drug-Induced Hepatitides//Drug-Induced Hepatitis//Hepatitides, Drug-Induced//Hepatitis, Drug Induced

Expression Detail

GEO ID: GSE59565 Description: Circulating miRNAs of acetaminophen-overdosed patients Experimental Design: Accidental Acetaminophen Overdose Case Disease Type: Drug-induced Liver Injury Case Disease SubType: NA Case Sample: Healthy with APAP Overdose Control Sample: Healthy Number of Case: 18 Number of Control: 6 Number of Samples: 24

Regulatory Relationship

mRNA targets: Gene Symbol Chromosome Start Site(bp) End Site(bp) Strand ABI2 chr2 203328239 203447728 + ADCY9 chr16 3953387 4116442 - CPA4 chr7 130293134 130324180 + GRK2 chr11 67266473 67286556 + IGF2 chr11 2129112 2141238 - LCLAT1 chr2 30447226 30644225 + LIN28B chr6 104936616 105083332 + OXSR1 chr3 38165089 38255484 + PARD6B chr20 50731580 50756795 + PRRC1 chr5 127517609 127555089 + RBBP9 chr20 18486540 18497225 - THUMPD1 chr16 20702816 20742084 - miRNA targets: NA circRNA targets: circRNA Symbol Chromosome Start Site(bp) End Site(bp) Strand hsa_circ_0000798 chr17 65941524 65944422 + hsa_circ_0000155 chr1 168007608 168014465 + hsa_circ_0001452 chr4 153562079 153574079 - hsa_circ_0001860 chr9 37126308 37126939 + hsa_circ_0001146 chr20 34241449 34246936 - hsa_circ_0000799 chr17 65941524 65972074 + lncRNA targets: lncRNA Symbol Chromosome Start Site(bp) End Site(bp) Strand AC004069.1 chr4 105137280 105140619 - AC021092.1 chr19 44103007 44113183 - AC125257.1 chr17 41848518 41851447 - ADAMTSL4-AS1 chr1 150560202 150574552 - KCNQ1OT1 chr11 2608328 2699994 - NEAT1 chr11 65422774 65445540 + OIP5-AS1 chr15 41283990 41309737 + PSMA3-AS1 chr14 58265365 58298134 - Display:

Experiment Detail

GEO ID: GSE59565 Sample Source: Blood Source Fraction: Serum Platform: GPL11154 Method: NGS Num of detected RNA Type: 1 Num of detected RNAs of this Type: 2545 Sample treatment protocol: Serum samples were recovered from serum-separator tubes following centrifugation of whole blood at 3000×g for 10 minutes at room temperature. RNA Extract protocol: Serum miRNA was isolated using the miRNeasy Mini Kit (QUIAGEN, CA, USA) RNA library preparation protocol: TruSeq Small RNA-Seq Preparation Kit (Illumina, CA, USA)

Reference

PMID: 25359176 Title: Application of high-throughput sequencing to circulating microRNAs reveals novel biomarkers for drug-induced liver injury Author: Krauskopf J, Caiment F, Claessen SM, Johnson KJ, Warner RL, Schomaker SJ, Burt DA, Aubrecht J, Kleinjans JC Journal: Toxicol Sci. 2015 Feb;143(2):268-76. Description: Upon applying next generation high-throughput sequencing of small RNA libraries, 36 miRNAs, including 3 novel miRNA-like small nuclear RNAs were relevant to APAP toxic mechanisms.