Creating Publication-Quality Scientific Figures
Publication-quality figures communicate biological findings clearly through effective design, appropriate color schemes, and standardized formatting.
BiologyBiological Databases: A Comprehensive Overview
Biological databases store, organize, and provide access to vast amounts of molecular data including sequences, structures, and functional annotations.
BiologyEnzyme Databases: BRENDA and ExplorEnz
Enzyme databases provide comprehensive information about enzyme kinetics, substrates, inhibitors, and biochemical reactions.
BiologyGene Expression Databases: GEO and ArrayExpress
Gene expression databases archive and distribute microarray and sequencing-based transcriptomics data for public reuse.
BiologyNCBI Databases: GenBank, RefSeq, and SRA
The National Center for Biotechnology Information hosts essential databases for nucleotide sequences, genomes, and sequencing read archives.
BiologyPathway and Ontology Databases: KEGG, GO, and Reactome
Pathway and ontology databases systematically organize biological knowledge about molecular functions, cellular processes, and metabolic pathways.
BiologyUniProt and Protein Sequence Databases
UniProt provides a comprehensive resource for protein sequence and functional annotation, integrating data from numerous sources.
BiologyVariation Databases: dbSNP, ClinVar, and COSMIC
Variation databases catalog genetic variants across populations and their associations with disease, drug response, and phenotypes.
BiologyComparative Genomics: Insights from Genome Comparisons
Comparative genomics reveals evolutionary relationships and functional elements by comparing genomes across species.
BiologyEpigenomics: Genome-Wide Epigenetic Analysis
Epigenomics maps DNA methylation, histone modifications, and chromatin structure across the entire genome.
BiologyFunctional Genomics: From Sequence to Function
Functional genomics uses high-throughput techniques to understand gene function and regulation on a genome-wide scale.
BiologyGenome Annotation: Identifying Functional Elements
Genome annotation identifies genes, regulatory regions, and other functional elements within assembled genomes.
Biology