CamRegBase

CamRegBase provides a centralized repository of gene expression and regulatory information for Camelina (Brassicaceae), enabling analysis of transcription factors, co-expression, lipid-associated genes, and genome-wide orthologs with Arabidopsis thaliana to support functional genomics and biofuel-related research.

Key Features:

• Gene Expression Data: Extensive Camelina-specific gene expression profiles across conditions and developmental stages.
• Co-expression Analysis: Support for identifying groups of genes with correlated expression patterns to infer functional associations.
• Transcription Factor Information: Cataloged transcription factors for investigating gene regulatory networks and regulation of metabolic pathways.
• Lipid-Associated Genes: Detailed information on genes involved in lipid metabolism relevant to oil production and biofuel traits.
• Genome-Wide Orthologs: Orthologous gene mappings between Camelina and Arabidopsis thaliana for comparative functional inference.

Scientific Applications:

• Functional Genomics Studies: Analysis of genes and regulatory networks underlying lipid biosynthesis and other pathways in Camelina.
• Genetic Engineering Efforts: Identification of candidate genes and regulatory targets for modifying oil yield or composition.
• Comparative Genomics Research: Leveraging Arabidopsis thaliana orthologs to accelerate annotation and discovery of conserved regulatory mechanisms.

Methodology:

Compilation, curation, and integration of community-generated Camelina gene expression datasets.