SpadaHC: a database to improve the classification of variants in hereditary cancer genes in the Spanish population.
José Marcos Moreno-CabreraLidia FeliubadalóMarta PinedaPatricia Prada-DacasaMireia Ramos-MuntadaJesús del ValleJoan BrunetBernat GelMaría Currás-FreixesBruna CalsinaMilton E. Salazar-HidalgoMarta Rodríguez-BaladaBàrbara RoigSara Fernández-CastillejoMercedes Durán DomínguezMónica Arranz LedoMar Infante SanzAdela CastillejoEstela DámasoJosé L. SotoMontserrat de MiguelBeatriz Hidalgo CaleroJosé M. Sánchez-ZapardielTeresa Ramon y CajalAdriana LasaAlexandra Gisbert-BeamudAnael López-NovoClara Ruiz-PonteMiriam PotronyMaría I Álvarez-MoraAna OsorioIsabel Lorda-SánchezMercedes RobledoAlberto CascónAnna RuizNino SpataroImma HernanEmma BorràsAlejandro Moles-FernándezJulie EarlJuan CadiñanosAna B. Sánchez-HerasAnna BigasGabriel CapelláConxi LázaroPublished in: Database J. Biol. Databases Curation (2024)
Keyphrases
- database
- colon cancer
- cancer classification
- gene selection
- gene expression profiles
- cancer diagnosis
- microarray data
- dna microarray
- gene expression
- relevant genes
- classification accuracy
- microarray datasets
- databases
- tissue samples
- cancer datasets
- data sets
- gene expression microarray data
- feature selection
- feature vectors
- relational databases
- microarray data analysis
- machine learning
- decision trees
- database systems
- gene expression data sets
- gene expression datasets
- gene expression analysis
- support vector
- support vector machine
- microarray
- high dimensionality
- breast cancer
- feature extraction
- dna microarray data
- text classification
- feature space
- biologically significant