蛋白质网络构建与模块化结构分析软件
• DyNetViewer
MSTD
DyNetViewer is a Cytoscape application that provides a range of functionalities for the construction,analysis and visualization of dynamic protein-protein interaction networks. [Link] [Pubmed]
• CytoCtrlAnalyser
MSTD
CytoCtrlAnalyser is a Cytoscape app to provide a comprehensive platform for analyzing controllability of biomolecular networks. Nine algorithms have been integrated in CytoCtrlAnalyser. [Link] [Pubmed]
• Cytocluster
MSTD
CytoCluster is a cytoscape plugin integrating six clustering algorithms,HC-PIN,OH-PIN,PCA,ClusterONE,DCU,IPC-MCE,and BinGO function to detect protein complexes or functional modules. [Link] [Pubmed]
• ClusterViz
MSTD
ClusterViz is an APP of Cytoscape 3 for cluster analysis and visualization in order to reduce complexity and enable extendibility for ClusterViz.It also fascinates the comparison of the results of different algorithms to do further related analysis. [Link] [Pubmed]
• HC-PIN
MSTD
HC-PIN is a fast hierarchical clustering algorithm based on the local metric of edge clustering value which can be used both in the unweighted network and in the weighted network. [Link] [Pubmed]
• DFM-CIN
MSTD
DFM-CIN is a new framework to distinguish between protein complexes and functional modules by integrating gene expression data into protein-protein interaction (PPI) data. A series of time-sequenced subnetworks (TSNs) is constructed according to the time that the interactions were activated. [Link] [Pubmed]
• IPCA
IPCA is a new topological structure for protein complexes, which is a combination of subgraph diameter (or average vertex distance) and subgraph density based on the study of known complexes in protein networks. [Link] [Pubmed]
关键蛋白质预测系列软件
• CytoNCA
MSTD
CytoNCA supports eight different centrality measures and each can be applied to both weighted and unweighted biological networks.It allows users to upload biological information of both nodes and edges in the network, to integrate biological data with topological data to detect specific nodes. [Link] [Pubmed]
• CPPK&CEPPK
MSTD
CPPK predicts new essential proteins based on network topology. CEPPK predicts new essential proteins by integrating network topology and gene expressions. [Link] [Pubmed]
• PeC
Pec is a new centrality measure based on the integration of protein-protein interaction and gene expression data.The performance of PeC is validated based on the protein-protein interaction network of Saccharomyces cerevisiae. [Link] [Pubmed]
• LAC
LAC is a local centrality based on the integration of protein-protein interaction and gene expression data.The performance of LAC is validated based on the yeast protein interaction networks obtained from two different databases: DIP and BioGRID. [Link] [Pubmed]
疾病相关基因、ncRNA及药物靶标预测软件
• MBiRW
MSTD
MBiRW is a novel computational method named to utilizes some comprehensive similarity measures and Bi-Random walk (BiRW) algorithm to identify potential novel indications for a given drug. By integrating drug or disease features information with known drug-disease associations, the comprehensive similarity measures are firstly developed to calculate similarity for drugs and diseases. [Link] [Pubmed]
• DRRS
MSTD
DRRS is a drug repositioning recommendation system, which can complete the association matrix of drug-disease heterogeneous network based on the Singular Value Thresholding (SVT) algorithm. A recycling rank revealing randomized singular value decomposition algorithm (R4SVD) is employed to fast and adaptively approximate the dominant singular values and their associated singular vectors so that the recommendation system is scalable to handle large adjacency matrices generated from large-scale drug-disease networks. [Link] [Pubmed]
• RWHNDR
MSTD
RWHNDR is a novel drug repositioning method by implementing random walk on the drug-target-disease network. By integrating multi-source data and exploiting global heterogeneous network information, it can predict and prioritize potential drugs for diseases effectively. [Link] [Pubmed]
• PUDT
PUDT is a tool for identifying drug-target interaction based on PU learning. It divided unlabeled data U into reliable negative set RN and likely negative set LN, based on different target information. [Link] [Pubmed]
• SIMCLDA
MSTD
SIMCLDA is a method to predicte potential lncRNA-disease associations based on inductive matrix completion. We compute Gaussian interaction profile kernel of lncRNAs from known lncRNA-disease interactions and functional similarity of diseases based on disease-gene and gene-gene onotology associations. Then, we extract primary feature vectors from Gaussian interaction profile kernel of lncRNAs and functional similarity of diseases by principal component analysis, respectively. [Link] [Pubmed]
基因组
• ISEA
MSTD
ISEA is an iterative seed-extension algorithm for de novo assembly, ISEA utilizes reads overlap and paired-end information to correct error reads before assemblying, and uses an elaborately designed score function based on paired-end information and the distribution of insert size to solve the repeat region problem. [Link] [Pubmed]
• EPGA
MSTD
EPGA extracts paths from De Bruijn graph for genome assembly. EPGA uses a new score function to evaluate extension candidates based on the distributions of reads and insert size. The distribution of reads can solve problems caused by sequencing errors and short repetitive regions. [Link] [Pubmed]
• EPGA2
MSTD
EPGA2 is an updated version of EPGA, which applies some new modules and can bring about improved assembly results in small memory. EPGA2 adopts memory-efficient DSK to count K-mers and revised BCALM to construct De Bruijn Graph. Moreover, EPGA2 parallels the step of Contigs Merging and adds Errors Correction in its pipeline. [Link] [Pubmed]
• BOSS
MSTD
BOSS employs paired reads for scaffolding, and utilizes the distribution of insert size to decide whether an edge between two contigs should be added and how an edge should be weighed, then adopts an iterative strategy to detect spurious edges. [Link] [Pubmed]
• MEC
MSTD
MEC is a contig error correction method, which identifies candidate regions of misassemblies based on fragment coverage and read coverage, and then reduces the number of false misassemblies from candidates based on paired-end reads distribution and GC-content. [Link] [Pubmed]
• PECC
MSTD
PECC identifies and corrects misassembly errors in contigs based on the paired-end read distribution. PECC extracts sequence regions with lower paired-end reads supports and verifies them based on the distribution of paired-end supports. [Link] [Pubmed]
• GapReduce
MSTD
GapReduce is a gap filling method, which can fill the gaps using the paired reads, and GapReduce designs a novel approach that simultaneously considers k-mer frequency and distribution of paired reads based on the partitioned read sets. [Link]
Web Servers
• LDAP
MSTD
LDAP is a free web server for lncRNA-disease association prediction. It took the input lncRNA sequence in fasta format, either a pasted sequence (length > 200bp) or a file. Then the sequence similarity between input lncRNA and database is calculated by using Smith-Waterman algorithm. [Link] [Pubmed]
• CSA
MSTD
CSA is developed for the whole process of ChIP-Seq analysis, which covers mapping,quality control,peak calling and downstream analysis.In addition,CSA provides a customization function for users to define their own workflow.Moreover,the visualization of mapping,peak calling, motif finding,and pathway analysis results is also supplied in CSA. [Link]

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