geneDRAGNN: Gene Disease Prioritization using Graph Neural Networks.
Awni AltabaaDavid HuangCiaran Byles-HoHani KhatibFabian SosaTing HuPublished in: CIBCB (2022)
Keyphrases
- neural network
- disease genes
- pattern recognition
- gene function
- microarray
- graph representation
- gene expression
- candidate genes
- graph theory
- weighted graph
- gene sets
- back propagation
- directed graph
- connected components
- graph matching
- biological entities
- molecular level
- artificial neural networks
- gene ontology
- neural network model
- protein protein interaction networks
- dna microarray
- directed acyclic graph
- fuzzy logic
- genetic algorithm
- random walk
- graph model
- graph mining
- graph structure
- gene selection
- gene regulatory networks
- regulatory networks
- network model
- self organizing maps
- recurrent neural networks
- escherichia coli
- differentially expressed genes
- pairwise
- multilayer perceptron
- gene expression data