Date
ǥ |
14 | ̿ | Prognostic significance of allele-specific loss of heterozygosity in triple-negative breast cancer |
24 | ̿ | Prognostic significance of allele-specific loss of heterozygosity in triple-negative breast cancer |
13 | Intern | (heeseung) parsing HISAT2 result to sql file format | |
13 | Intern | (heeseung) Web structure of Healthcare Showcase demo version |
08 | HAP blockchain |
14 | Adoption of blockchain technology |
17 | 김재환 | Development and demonstration of RarePedia and Retinitis pigmentosa analysis platform |
18 | Identifying genes related to age of onset in Major Depressive Disorder (MDD) patients | ||
23 | ̿ | Introduction to Biobank |
25 | major result of AOS in depression |
05 | er |
23 | AOS in MDD | ||
23 | 유경훈 | depression | |
23 | EarlyResponse |
03 | 유경훈 | depression | |
12 | depression | ||
12 | 유경훈 | depression | |
20 | ȸڷ |
23 | 유경훈 | depression | |
30 | ȸڷ |
02 | |||
02 | 유경훈 | depression | |
15 | ӽ |
12 | Intern | Identification of driver mutations in breast cancer | |
12 | Intern | The correlation of allele frequency and the degree of effect in ADR in population |
15 | Intern | Analysis of 2504 genome vcf files of 26 countries, focusing on Vitamin D Receptor | |
15 | Intern | Normal Karyotype AML |
25 | Intern | (Replication) Genomic and Epigenomic Landscapes of Adult De Novo AML | |
25 | Intern | Analysis of 2504 human genomes from 26 populations, using Python and R |
14 | []ǥڷ |
07 | Keystone symposia |
11 | Intern | Association of BRCA1 and BRCA2 Mutations With Survival in Patients With Ovarian Cancer |
12 | ̿ | Bayesian inference of genetic models of complex diseases | |
12 | Characteristics of Somatic Mutation in TCGA | ||
12 | Genomic characterization of drug perturbation sensitivity | ||
12 | Identifying disease variants in genotypic association | ||
12 | ӿ | SNPChase: correcting errors from diverse SNV databases for SNVs | |
12 | ̼S | PhenoRanker: Personal genome sequence based phenotype ranking algorithm for potential risk prediction | |
12 | PharmRank : Personal genome sequence-based pharmacogenomics drug ranking system for potential adverse drug reactions | ||
12 | MELLO: Medical Life-Log Ontology | ||
12 | ̼ | Early detection of pharmacovigilance signals using controlled vocabularies | |
12 | ̰ȭ | Aging Pattern Clustering - Gender Differences | |
12 | Health Avatar Platform: a personalized healthcare service platform for interacting healthcare agents and health avatar |
25 | Predicting disease predisposition of personal genome based on disease hierarchy | ||
25 | Loss of function geneset analysis of personal genome using pathway-disease similarity | ||
25 | Rocky | The global impact of genomic variations on miRNAs and their regulatory genes using whole genome sequencing data in human cancer | |
25 | 뷡 | HealthPro: An Integrated Informatics Platform for Clinical Research in Data Warehouse | |
25 | Extracting of coordinated patterns of DNA methylation and gene expression in ovarian cancer | ||
25 | 赵 | Graph based integration with genomic data and genomic knowledge | |
25 | ̼S | GEE: Gene Expression Data Explore | |
25 | ̼ | Rapid identification of adverse drug reaction using controlled vocabularies | |
25 | Prioritization of adverse drug reaction susceptibility based on personal genomic variants |
25 | ̼ | miRNA target prediction and functional annotation | |
25 | ̼S | Rare & Cancer Disease Genome Informatics | |
25 | â | Personal Genome Interpretation (Promethease) |
14 | Intern | [Han Ho-Kyung]Healthcare information protection and privacy under u-Health environment | |
14 | Intern | (Lee Hyun Min) HD | |
14 | Intern | [Park_ChangHee] genes Correlation Analysis in Occurrence Patterns |
16 | Intern | [Han Soo MIn] Pharmacogenetoc-guided dosage regimen program for Warfarin | |
16 | Intern | [eun hee rah] constructing phylogeny tree and graph for using protein sequences |
12 | Intern | [Eun Hee Rah] Constructing phylogeny tree by using specific Gene sequence | |
12 | Intern | [Soo Min Han] Pharmacogenetic-guided Dosage Regimen Program for TDM target drugs |
06 | ̼ | Converting RNA-Seq data into tag count - read count normalization | |
06 | BMESH Release plan | ||
13 | AXP Interface Renew | ||
13 | ̼S | Keyword search for Microarray data using evoc term as stemming |
25 | SNUBI Server Status [Server, Status, Administrator] | ||
25 | Inferring Causal Association among Pathways (ICAP)by Genetical Genomics approach | ||
27 | 赵 | Chromosome instability in cancer [scan] | |
29 | GEO Progress (Meta table for Sample features) and Future [Meta Table, GEO, UMLS] |
03 | The graPT: Genomic inteRpreter About Predictive Toxicology | ||
03 | ¼ | Prediction model for microbial infection in cultured cells [myco] | |
10 | 赵 | progress in KMA Drug DB [KMA] |
08 | graPT | ||
08 | Ȳ | ||
15 | SNP Chip analysis | ||
15 | ѹ̷ | Research plan | |
15 | Critical review on SPM for biological modules | ||
22 | Bombarding MGED with Xperanto-TMA [TMA-OM, MGED] | ||
22 | The whole new GRIP | ||
22 | α | Research plan | |
29 | ¼ | ̿ĵ (α л Ȳ) [BioCANDI] | |
29 | Lung Fibroblast Radiation data analysis |
06 | ü | ũξ м | |
13 | ü | ̿ĵ Ʈ | |
13 | α | ̿ĵ Ʈ | |
20 | Xperanto-TMA | ||
27 | GEO , GEO ̿ Ÿм ȹ |
01 | |||
02 | ü | Summary of BIOCANDI modules | |
06 | newGRIP Ȳ | ||
06 | ¼ | Prediction of mycoplasma subtypes | |
06 | α | Pararllelizing BioCANDi | |
13 | Lung Fibroblast Radiation data analysis | ||
13 | ѹ̷ | Protein Lattice Ȳ | |
13 | Conferences 2006 - 2007 | ||
20 | Drug Database | ||
27 | "GEO, for being the best exploiter" | ||
27 | BioLattice Application - relational pattern - | ||
27 | Xperanto-TMA release and Application Notes | ||
27 | Research Plan |
10 | GEO Localization | ||
10 | PathTalk [PathTalk] | ||
24 | microBLAST | ||
24 | "Developing a data model for integrative analysis of DNA microarray, Tissue microarray and arrayCGH for cancer genomics research" |
05 | GEO Localization | ||
05 | ѹ̷ | protein lattice Ȳ | |
05 | "gsea, global test and classification for microarray data" | ||
12 | GOChase II - final | ||
12 | newGRIP - final | ||
12 | ȹ | ||
26 | PathTalk [PathTalk] | ||
26 | α | Cluster viewer demonstration | |
26 | Radiation data analysis |
01 | Review of toxicogenomics | ||
01 | GEO localization | ||
08 | ѹ̷ | aCGH м BioCANDi | |
08 | α | CEBS review | |
13 | Review of Matrix factorization | ||
22 | 赵 | ChromoViz Implementation as a web-based software | |
29 | ü | BioCANDi |
13 | Biological interpretation of BioLattice results [SysBiol] | ||
27 | BioEMR Ʈ - Clinical data storage [ClinInfo] |
12 | ¼ | Workflow of array CGH data analysis [AppGen] | |
19 | ѹ̷ | Gene Ontology related Tools [SysBiol] | |
26 | Implementation of Cancer Genomics Object Model [ClinInfo] |
07 | Formal Concept Analysis and Application | ||
13 | ӻ ڷ ý | ||
20 | ̼ȣ | Affy setup in Xperant/BioCandi |
06 | unknown | Integration and Exchange [Xperanto] | |
13 | unknown | GRIP Interface Ensembl localize [Grip] | |
20 | unknown | Clinical Guideline [ClinInfo] | |
27 | α | "Microarray data мȲ (Lung cancer, Thyroid)" [α] |
07 | Annotation work summary | ||
14 | Microarray Data Portal | ||
21 | ȭ | CDA Implementation : How to create clinical document | |
28 | Classifier for XML document analysis I |
05 | (H) | Pipielining microarray data analysis | |
12 | "Genome annotation framework [pdf]" | ||
19 | MITree ˰ (Part 1) | ||
21 | An Overview of the Clinical Document Architecture | ||
26 | RDB data export to MAGE-ML |
03 | "Revealing modular organization in the yeast transcriptiona | ||
10 | (H) | Data modelling, Database design | |
17 | Identification of regulatory elements | ||
24 | Summary my work & Biological database integration strategy |
02 | Adaptive quality-based clustering of gene expression profile | ||
09 | MAGE-ML programming using Java API |
04 | Semi-supervised learning | ||
18 | (H) | Extrapolating microarray data | |
25 | Chronobiological analysis for the reliable identification of cell-cycle regulated genes from gene expression profiles |
04 | Microarray Data Standardization and XML | ||
11 | ȭ | Medical Vocabulary and Classification Systems | |
18 | "Classification Tree and CART, review" | ||
25 | Biology of Orientia tsutsugamushi |
14 | Introduction to Affymetrix Chip Algorithm | ||
21 | (H) | Chip Data Normalization | |
28 | Identification of Genes in Human Genomic DNA |