09 | ¼ | on writing PathTalk | Seminar | |
25 | ¼ | BioCANDi renewal | Seminar | |
26 | ¼ | Discovery of principles of nature from mathematical modeling of DNA microarray data | J.Club |
16 | ¼ | Network measures on tumor and normal datasets | Seminar |
07 | ¼ | Measures on network stability | Seminar | |
28 | ¼ | Review on measures for comparing networks | Seminar | |
31 | ¼ | Not All Scale Free Networks are Born Equal | J.Club |
09 | ¼ | Another 2 percent of BioCANDi | Seminar | |
10 | ¼ | Estimating p-values in small microarray experiments [p-value, t-test] | J.Club |
06 | ¼ | How Scale-Free Are Biological Networks | J.Club | |
24 | ¼ | Network measures on TGRC datasets | Seminar |
08 | ¼ | My Bioinformatics in 2007 | Seminar | |
22 | ¼ | Random Graph Process | Seminar |
25 | ¼ | Tumor and normal samples in Universal Sample Space | Seminar |
30 | ¼ | Network motif identification in stochastic networks [network motif, stochastic network motif, mixture model] | J.Club |
03 | ¼ | Prediction model for microbial infection in cultured cells [myco] | Seminar | |
13 | ¼ | Issues on PathTalk | SysBiol | |
14 | ¼ | On parkinson-mouse data [parkinson] | MAInfo |
20 | ¼ | BioLattice: similarity of lattices [BioLattice] | SysBiol | |
28 | ¼ | Differential co-expression patterns between normal and tumor samples [DiffCoexpression] | MAInfo |
12 | ¼ | Detection of infection in Cultured Cells | MAInfo | |
21 | ¼ | Kullback-Leibler divergence to measure the biological relevance of given cluster | SysBiol |
02 | ¼ | ̻ | SysBiol | |
21 | ¼ | Required functions in Xperanto-BioCanDI | MAInfo | |
24 | ¼ | Biomarker discovery in microarray gene expression data with Gaussian processes | J.Club |
03 | ¼ | Learning Model for pathway extension | SysBiol | |
15 | ¼ | Analysis of Mycopasma infection data | MAInfo |
01 | ¼ | RunDEDS | SysBiol | |
06 | ¼ | Mycoplasma data м | MAInfo | |
29 | ¼ | Plan to complete PathPlus [pathplus] | SysBiol |
04 | ¼ | Secondary analysis of arrary CGH data | xMutant | |
12 | ¼ | Workflow of array CGH data analysis [AppGen] | Seminar | |
16 | ¼ | Report form of Microarray data analysis | MAInfo |
06 | ¼ | Analysis of array CGH data: from signal ratio to gain and loss of DNA regions | J.Club | |
10 | ¼ | [DNA Microarray ̿ ?] м | MAInfo | |
18 | ¼ | CGH-Explorer | SysBiol |
01 | ¼ | [PathPlus] Performance index of prediction for pathway | MAInfo | |
11 | ¼ | Decomposition of metabolic network into functional modules based on the global connectivity structure of reaction graph | J.Club |
09 | ¼ | Big Picture of PathPlus | MAInfo |
07 | ¼ | PathPlus | MAInfo | |
17 | ¼ | Discovering molecular pathways from protein interaction and gene expression data [segal] | J.Club |
10 | ¼ | Extraction and validation of pathway structure from Yeast genome society | MAInfo |
24 | ¼ | Monthly report | MAInfo | |
28 | ¼ | ESPD: a pattern detection model underlying gene expression profiles | J.Club |
20 | ¼ | Scoring clustering solutions by their biological relevance | J.Club |
08 | ¼ | Using Bayesian Networks to Analyze Expression Data | J.Club | |
27 | ¼ | Analysis of Gastric data | MAInfo |
20 | ¼ | The topology of the transcription regulatory network in the yeast, Saccharomyces cerevisiae | J.Club | |
25 | ¼ | Core group of gastric cancers | MAInfo |
09 | ¼ | Subnetwork hierarchies of biochemical pathways | J.Club |
29 | ¼ | Social Network Anlysis of DNA Microarray Data | Seminar |