18 | ۿ | Multistep Carcinogenesis and Genomic Distance | TopicSem |
16 | ۿ | B & T Cell Metagenomics and Clinical Applications | TopicSem |
08 | ۿ | Sequencing of B cell Population in Mammalian Blood or Lymph Node | TopicSem |
13 | ۿ | The Human Phenotype Ontology | ![]() |
J.Club |
22 | ۿ | Metagenomics Approach to Recombinants Profiling of T and B Cells | Seminar |
26 | ۿ | NGS and histopathology | MAInfo | |
27 | ۿ | Extension of Xperanto-RDF to include survial analysis module | TopicSem |
02 | ۿ | Clinical document ontology | BioEMR | |
12 | ۿ | Clinical document ontology | Seminar | |
26 | ۿ | Symbolic notation for sequencing data | Seminar | |
29 | ۿ | Clinical document ontology | TopicSem |
14 | ۿ | Layout Design in CCR | Seminar | |
26 | ۿ | caTIES: a grid based system for coding and retrieval of surgical pathology reports and tissue specimens in support of translational research | ![]() |
J.Club |
03 | ۿ | Statistical search on the Semantic Web | ![]() |
J.Club |
28 | ۿ | Whole genome sequencing for Korean individual | MAInfo |
02 | ۿ | Applications for CAP cancer protocol : CoPathPlus | Seminar | |
12 | ۿ | CAP cancer protocol | BioEMR |
23 | ۿ | Relations in biomedical ontologies | ![]() |
J.Club |
19 | ۿ | Standards to Support Information Systems Integration in Anatomic Pathology | ![]() |
J.Club |
30 | ۿ | Ontology-based integration of cDNA and tissue microarray database management system | Seminar |
07 | ۿ | Functions Added in Xperanto-TMA : export as TMA-TAB, TMA-DES and text file | Seminar | |
17 | ۿ | The Stanford Tissue Microarray Database | ![]() |
J.Club |
26 | ۿ | TMA data from publicly available TMA database | Seminar |
08 | ۿ | Non-genetic heterogeneity - a mutation-independent driving force for the somatic evolution of tumours | ![]() |
J.Club |
13 | ۿ | Development of an Ontology to Integrating Xperanto and Xperanto-TMA | Seminar |
04 | ۿ | Inferences in RDF | Seminar | |
13 | ۿ | Integration of Prostate Cancer Clinical Data Using an Ontology | ![]() |
J.Club |
22 | ۿ | Mapping of Xperanto-TMA into RDF | Seminar |
18 | ۿ | Inconsistencies between workflow diagram and UML in TMA-OM | Seminar | |
27 | ۿ | Microarrays - Identifying Molecular Portraits for Prostate Tumors with Different Gleason Patterns | BookReading |
05 | ۿ | TMA data representatioin by RDF | Seminar | |
14 | ۿ | Bio2RDF: Towards a mashup to build bioinformatics knowledge systems | ![]() |
J.Club |
16 | ۿ | RDF applications-Sesame and SeRQL | Seminar |
14 | ۿ | Ontology driven integration platform for clinical and translational research | ![]() |
J.Club |
19 | ۿ | RDF in biomedical research | Seminar |
04 | ۿ | TMA-TMA implementation in organs other than colon | Seminar | |
18 | ۿ | A few modifications of TMA-TAB and Xperanto-TMA | Seminar |
09 | ۿ | TMA-TAB implementation in colon cancer | Seminar | |
27 | ۿ | TMA-TAB implementation with five scenario | Seminar |
02 | ۿ | Liver Regeneration after Partial Hepatectomy | Seminar | |
20 | ۿ | Structure of TMA-TAB | Seminar | |
21 | ۿ | Ontology-based, Tissue MicroArray oriented, image centered tissue bank | ![]() |
J.Club |
16 | ۿ | Reformation of Xperanto-TMA | Seminar | |
24 | ۿ | Expression of MicroRNAs and Protein-Coding Genes Associated With Perineural Invasion in Prostate Cancer | ![]() |
J.Club |
26 | ۿ | J.Club |