Genome Assemblies
Explore reference genome assemblies and genomic sequence data for locating regions of interest and understanding chromosome organization.
Comparative Genomics & Bioinformatics
Opossum Genome Research & Genomic Resources
Explore genomic resources for the gray short-tailed opossum (Monodelphis domestica). Access genome assemblies, investigate gene annotations and discover tools for comparative genomics and evolutionary research.
About the species
Understanding the Opossum Genome
The gray short-tailed opossum is a marsupial model used in evolutionary biology, developmental biology and comparative genomics. Its genomic information supports research into gene organization, sequence conservation and the evolution of mammalian biological systems.
Gene Annotation
Investigate annotated genes, genomic coordinates and sequence features that help researchers interpret genomic regions.
Comparative Genomics
Compare genomic sequences across mammals to investigate evolutionary relationships, conserved regions and differences in genome organization.
Genome exploration
Find Genomic Information
Search for a gene, accession number or genomic term using established genome databases. Searches open an external resource; this page does not run its own genomic search engine.
Research note: Always verify the genome assembly
and annotation version before comparing genomic coordinates
or interpreting results.
External databases
Genome Research Resources
Use established genomic repositories to access reference sequences, genome browsers and supporting annotation files.
JBrowse Genome Browser
Explore the current reference assembly listed for Monodelphis domestica.
Open JBrowse →UCSC Genome Data
Find sequence files, annotations and comparative alignment resources for the MonDom5 assembly.
Explore Genome Downloads →NCBI Genome Resources
Search genome records, reference assemblies and associated sequence data.
Browse NCBI Genomes →Genome Assembly Comparison
Review assembly identifiers and select the appropriate reference version for your analysis.
Explore NCBI Datasets →