| ID
Numbers for Cross Referencing : Volume
4 Bioinformatics |
| This list will help you include cross references to other articles in GGPB. Find the article that you wish to cross refer to, note its corresponding unique ID number e.g (g203206) and then insert that unique ID number into your text. Please do not insert the article title, just its unique ID number. This makes your work easier (less typing) and it gives us a unique identifier to ensure that accurate and unambiguous cross-referencing is obtained. Thank you for using the unique ID numbers. Please remember you can cross reference to articles outside the section in which your article appears. |
| Genome
Assembly/Sequencing |
| Gene
Finding/Gene Structure |
| Protein
Function and Annotation |
| Comparative
Analysis and Phylogeny |
| Computational
Methods for High Throughput Genetic Analysis
- Expression profiling |
| Comparative
Methods for Structure Analysis and Prediction |
| Structuring
and Integrating Data |
| Modern
Programming Paradigms in Biology |
 |
| Section 1 Genome Assembly/Sequencing |
| ID |
Title |
| g401105 |
Contig mapping and analysis |
| g401201 |
Algorithmic challenges in mammalian whole-genome assembly |
| g401210 |
Genome signals and assembly |
| g401304 |
Microbial sequence assembly |
| g401308 |
Statistical signals |
| g401312 |
Comparative analysis for mapping and sequence assembly |
| g401315 |
Errors in sequence assembly and corrections |
| g401402 |
Repeatfinding |
| g401407 |
Algorithms for sequence errors |
| g401411 |
Genome maps and their use in sequence assembly |
| g401416 |
Polymorphism and sequence assembly |
| g401417 |
Graphs and metrics |
|
 |
| Section 2 Gene Finding/Gene Structure |
| ID |
Title |
| g402102 |
Prokaryotic gene identification in silico |
| g402107 |
Eukaryotic gene finding |
| g402204 |
Information theory as a model of genomic sequences |
| g402208 |
Spliced alignment |
| g402215 |
Pair hidden markov models |
| g402216 |
Searching for genes and biologically related signals in DNA sequences |
| g402301 |
Promoter prediction |
| g402303 |
Gene structure prediction in plant genomes |
| g402305 |
Alternative splicing in humans |
| g402306 |
Operon finding in bacteria |
| g402310 |
Eukaryotic regulatory sequences |
| g402314 |
Exonic splicing enhancers and exonic splicing silencers |
| g402319 |
Gene finding using multiple related species: a classification approach |
| g402412 |
Dynamic programming for gene finders |
| g402413 |
Gene structure prediction by genomic sequence alignment |
| g402417 |
Computational motif discovery |
|
 |
| Section 3 Protein Function & Annotation |
| ID |
Title |
| g403102 |
In silico approaches to functional analysis of proteins |
| g403206 |
Protein domains in eukaryotic signal transduction systems |
| g403207 |
Contextual inference of protein function |
| g403301 |
Protein repeats |
| g403304 |
Large-scale protein annotation |
| g403310 |
Measuring evolutionary constraints as protein properties reflecting underlying
mechanisms |
| g403313 |
Sequence complexity of proteins and its significance in annotation |
| g403314 |
Large-scale, classification-driven, rule-based functional annotation of
proteins |
| g403409 |
Signal peptides and protein localization prediction |
| g403411 |
IMPALA/RPS-BLAST/PSI-BLAST in protein sequence analysis |
| g403412 |
Transmembrane topology prediction |
|
 |
| Section 4 Comparative Analysis & Phylogeny |
| ID |
Title |
| g404104 |
Phylogenetic profiling |
| g404112 |
The domains of life and their evolutionary implications |
| g404207 |
Evolution of regulatory pathways |
| g404208 |
Reconstructing vertebrate phylogenetic trees |
| g404301 |
Phylogenomics for studies of microbial evolution |
| g404302 |
Phylogenetic analysis of BLAST results |
| g404303 |
Phylogenomic approaches to bacterial phylogeny |
| g404309 |
Mapping mutations on phylogenies |
| g404310 |
Chromosome phylogeny |
| g404314 |
Connecting genes by comparative genomics |
|
 |
| Section 5 Computational Methods for High Throughput Genetic Analysis -
Expression profiling |
| ID |
Title |
| g405101 |
Mass spectrometry and computational proteomics |
| g405115 |
Integrating statistical approaches in experimental design and data analysis |
| g405202 |
Algorithms for gene expression analysis |
| g405205 |
Experimental design |
| g405207 |
Mass spectrometric data mining for protein sequences |
| g405208 |
Differential expression with the bioconductor project |
| g405210 |
Statistical methods for gene expression analysis |
| g405306 |
Data standardisation and the HUPO proteomics standards initiative |
| g405309 |
Extracting networks from expression data |
| g405312 |
A comparsion of existing tools for ontological analysis of gene expression
data |
| g405314 |
CGH data analysis |
| g405316 |
Low-level analysis of oligonucleotide expression arrays |
| g405404 |
Relevance networks |
| g405413 |
Error models for microarray intensities |
|
 |
| Section 6 Comparative Methods for Structure Analysis and Prediction |
| ID |
Title |
| g406113 |
Analysis and prediction of membrane protein structure |
| g406119 |
Protein structure analysis and prediction |
| g406201 |
Ab-initio structure prediction |
| g406202 |
Score functions for structure prediction |
| g406204 |
Protein domains |
| g406206 |
Complexity in biological structures and systems |
| g406210 |
Modeling by homology |
| g406303 |
The Protein Data Bank (PDB) and the Worldwide PDB http://www.wwpdb.org |
| g406305 |
Threading for protein-fold recognition |
| g406308 |
CASP |
| g406314 |
Molecular simulations in structure prediction |
| g406315 |
Protein structure comparison |
| g406316 |
Secondary structure prediction |
| g406317 |
DNA/protein modeling |
| g406318 |
Modeling tertiary structure of RNA |
|
 |
| Section 8 Structuring and Integrating Data |
| ID |
Title |
| g408101 |
Introduction to ontologies in biomedicine: from powertools to assistants |
| g408202 |
The Gene Ontology project |
| g408206 |
Ontologies for information retrieval |
| g408207 |
Unified Medical Language System and associated vocabularies |
| g408212 |
Ontologies for natural language processing |
| g408213 |
Ontologies for the life sciences |
| g408214 |
TAMBIS: transparent access to multiple bioinformatics services |
| g408308 |
Bioinformatics pathway representations, databases, and algorithms |
| g408309 |
Automatic concept identification in biomedical literature |
| g408311 |
Merging and comparing ontologies |
| g408315 |
Ontologies for three-dimensional molecular structure |
| g408316 |
Proteomics data representation and management |
| g408404 |
Description logics: OWL and DAML + OIL |
| g408410 |
Frame-based systems: Protégé |
|
 |
| Section 9 Modern Programming Paradigms in Biology |
|
| ID |
Title |
| g409103 |
Integrated bioinformatics software at NCBI |
| g409113 |
Detecting protein homology using NCBI tools |
| g409201 |
Hidden Markov models and neural networks |
| g409202 |
Threading algorithms |
| g409207 |
Bioconductor: software and development strategies for statistical genomics |
| g409215 |
Ensembl and UniProt (Swiss-Prot) |
| g409218 |
RNA secondary structure prediction |
| g409305 |
Acedb genome database |
| g409308 |
The MATLAB bioinformatics toolbox |
| g409310 |
Design of KEGG and GO |
| g409311 |
Simulation of biochemical networks |
| g409314 |
Using the Python programming language for bioinformatics |
| g409319 |
Gibbs sampling and bioinformatics |
| g409321 |
Perl in bioinformatics |
| g409323 |
Applications of RNA minimum free energy computations |
| g409404 |
Cluster architecture |
| g409412 |
Relational databases in bioinformatics |
| g409416 |
Support vector machine software |
| g409420 |
A brief Perl tutorial for bioinformatics |
| g409422 |
Brief Python tutorial for bioinformatics |
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