Prioritizing genes associated with brain disorders by leveraging enhancer-promoter interactions in diverse neural cells and tissues.
Xingzhong ZhaoYucheng T. YangXing-Ming ZhaoPublished in: BIBM (2023)
Keyphrases
- living cells
- analysis of gene expression
- gene expression
- primary visual cortex
- gene regulation
- escherichia coli
- computational neuroscience
- high throughput
- biologically plausible
- microarray data
- transcription factor binding sites
- cell cycle
- gene expression data
- network architecture
- receptive fields
- functional connectivity
- visual cortex
- neural network
- gene gene interactions
- protein interaction
- histopathological images
- microarray
- medical images
- binding sites
- transcriptional regulation
- event related potentials
- human brain
- spike trains
- image analysis
- transcription factors
- gray matter
- biologically inspired
- neurological disorders
- gene regulatory networks
- cancer classification
- tissue samples
- computational biology
- brain images
- complex diseases
- functional properties
- spiking neurons
- cell nuclei
- sensory inputs
- interaction networks
- biological processes
- cell lines
- cancer diagnosis
- white matter
- medical imaging