07 | Cluster File System and adjusting variant calling filtering option | Seminar |
13 | Rare variant analysis | Seminar |
07 | NGS Analysis Pipeline using GATK NGS analysis on Amazon Cloud | Seminar |
23 | SNP and Indel Identification Variant Analysis and Annotation | TopicSem | ||
25 | GWAS tutorial | TopicSem |
20 | Manuscript progress | TopicSem |
06 | permGPU: Using graphics processing units in RNA microarray association studies | J.Club | ||
10 | Select killer item on writing manuscript | TopicSem |
15 | Strategy on adding gene-mesh relationship in GRIPdb | TopicSem | ||
18 | A standard variation file format for human genome sequences | J.Club |
05 | GeneXrefDB in the aspect of Link Mining | TopicSem |
31 | Uniformly curated signaling pathways reveal tissue-specific cross-talks and support drug target discovery | J.Club |
15 | Deciphering the splicing code | J.Club |
03 | The gputools package enables GPU computing in R | J.Club |
16 | KPGRN Data Public Open | Seminar | ||
21 | Bioinformatics enrichment tools: paths toward the comprehensive functional analysis of large gene lists | J.Club | ||
30 | GRIP Vision Current and Challenge | Seminar |
03 | Genomic coordinate overlapping similarity in mutually llinked set | Seminar | ||
21 | Combining Gene Symbol and cross-references info. can increase the number of gene object triplet | Seminar |
03 | GeneXrefDB | Seminar | ||
21 | Is reciprocaly linked set is really same gene? | Seminar | ||
29 | CRONOS: the cross-reference navigation server | J.Club |
01 | Protein Comparative Sequence Analysis | BookReading | ||
09 | Gene Symbol inconsistency when mutually linked set analysis | Seminar |
24 | GRIP ( Genome Research Information Pipeline ) | Seminar |
14 | GRIP(Genome Research Information Pipeline) | Seminar |
28 | Integrative analysis in the study of cancer | Seminar |
07 | Adding new DB & Adding new DB | Seminar | ||
18 | Seminar |
06 | A tutorial on statistical methods for population association studies (1/2) | Seminar | ||
14 | A tutorial on statistical methods for population association studies | J.Club |
03 | High-Throughput Multi-dimensional Scaling (HiT-MDS) for cDNA-Array Expression Data | J.Club | ||
21 | Fast GRIP | Seminar |
02 | Toy Example for dealing Large matrix | Seminar | ||
28 | GRIP ۾(ǻ Ϸ) | Seminar |
06 | SNP м Databasing [SNP, 500k, SNP CHIP] | Seminar | ||
08 | Modified Cluster index approach for storing SNP Chip Data | Seminar |
18 | GRIP Problem when auto-update | Seminar | ||
28 | To permute or not permute [permutation] | J.Club |
08 | A model diagram layout extension for SBML | J.Club |
03 | Genome-wide analysis of mammalian promoter architecture and evolution | J.Club | ||
15 | HDF 츮 Ѱ? | SysBiol |
22 | The whole new GRIP | Seminar | ||
25 | ü DB 䱸 | SysBiol |
09 | DB Update Interface Ȳ | SysBiol |
01 | Seminar | |||
06 | newGRIP Ȳ | Seminar |
07 | ü DB | SysBiol | ||
22 | Comparative analysis of algorithms for identifying amplifications and deletions in array CGH data | J.Club |
12 | newGRIP - final | Seminar | ||
16 | GRIP Pathway Mapping | SysBiol | ||
27 | ü DB | xMutant |
27 | PhD: a web database application for phenotype data management | J.Club | ||
30 | Sequence-Gene , Gene-Protein Category Association table ۼ | xMutant |
05 | Gene Identifier ο ִ idea | xMutant | ||
09 | LitMiner and WikiGene: identifying problem-related key players of gene regulation using publication abstracts. | J.Club | ||
26 | xMutant |
17 | attributes of New GRIP | SysBiol |
10 | Sequence Level & Gene Level Ȳ | xMutant | ||
13 | Gene & Gene Family Ȳ | SysBiol | ||
21 | RNA expression microarrays (REMs), a high-throughput method to measure differences in gene expression in diverse biological samples | J.Club | ||
30 | New GRIP Progress( from sequence to protein family ) [AppGen] | Seminar | ||
31 | New_GRIP :Prosite and Pfam | xMutant |
02 | GECKO: a complete large-scale gene expression analysis platform | J.Club | ||
08 | Current Localized Sequence object status | SysBiol |
04 | Finding human SNPs miRNA genomic position related | xMutant | ||
10 | GRIP Specs. (..) | SysBiol | ||
29 | GRIP Progress ( sequence ) | xMutant |
16 | GRIP Object property | SysBiol | ||
24 | NA | xMutant |
18 | GRIP Version 2 Intro ( GRIP Ver.2 modelling open/closed integration issue 鿡 ) |
SysBiol | ||
26 | ü genotype data human whole genome mapping display ϱ | xMutant | ||
29 | GRIP Ver 2 Modelling | Seminar |
14 | GEO Platform Description header Sample Description header м | SysBiol | ||
29 | KPRN data Է | xMutant |
24 | Beginning of AppGen | xMutant |
31 | Can we exchange SOFT formatted GEO into MIAME ? | Seminar |
10 | The aMAZE LightBench: a web interface to a relational database of cellular processes | J.Club | ||
24 | The Genome Knowledgebase: A Resource for Biologists and Bioinformaticists | J.Club |
15 | GoMiner: a resource for biological interpretation of genomic and proteomic data | J.Club |
06 | Data Integrating Issue [Grip] | Seminar |
27 | Pharmacogenetics: potential for individualized drug therapy through genetics | J.Club |
07 | Automatic extraction of mutations from Medline and cross-validation with OMIM | J.Club |
13 | Development of Human Protein Reference Database as an Initial Platform for Approaching Systems Biology in Humans | J.Club |
09 | GRIP SNP data | MAInfo | ||
25 | Personalized and Automated dbSNP Surveillance System | J.Club |
10 | Gene interaction in DNA microarray data is decomposed by information geometric measure | J.Club |
10 | SNUBI server ý ü GenBank Human/Rat/Mouse | Seminar |
15 | Database Integration (Case 1 . LocusLink AND UniGene) | Seminar |
27 | A database on alternative splice forms on the Integrated Genetic Map Service (IGMS) | J.Club |
25 | Development of SNU-GRIP(Genome Research Informatics Potal) | Seminar |
23 | SNPper: retrieval and analysis of human SNPs | J.Club |
19 | MITree ˰ (Part 1) | Seminar |
10 | A bioinformatic strategy to rapidly characterize cDNA libraries | J.Club |
24 | Summary my work & Biological database integration strategy | Seminar |
27 | Current Research GRIP Project | Seminar |
02 | Adaptive quality-based clustering of gene expression profile | Seminar |
25 | A cluster validity framework for genome expression data | J.Club |
14 | Introduction to Parallel Computing, Parallel implementation for clustering DNA chip data | Seminar |
23 | Prediction of probable genes by Fourier analysis of genomic sequences | J.Club |
28 | Identification of Genes in Human Genomic DNA | Seminar |