Call for papers - Mammals data notes

BMC Genomic Data is calling for submissions to our Collection, Mammals data notes. Mammals are central to ecosystems worldwide, having successfully colonized nearly every ecological niche on Earth. This Collection aims to compile data notes and research on mammals' genomics, transcriptomics, and other omics data, providing a comprehensive resource for understanding the genetic and molecular characteristics of diverse mammalian species. Submissions are encouraged to explore a wide range of topics, including mammalian genomes, transcriptomic analyses, and molecular studies, with a particular focus on the evolutionary and ecological factors that have enabled mammals to thrive in such diverse environments.

It is important for us to continue advancing our collective understanding of mammalian genomics and omics data to unravel the complexities of mammalian biology, evolution, and ecological interactions. The democratization of sequencing technologies has significantly lowered costs and increased accessibility, leading to a boom in the number of mammalian genomes available for study. This surge in genomic data has paved the way for large-scale comparative studies that reveal the genetic diversity and adaptive strategies of various species. Notably, the development of pangenomes—comprehensive reference genomes that integrate data from multiple individuals within a species—has provided deeper insights into genetic variation and population-level adaptations. Additionally, transcriptomic studies have illuminated gene expression patterns and regulatory mechanisms across different mammalian species, further enhancing our understanding of how these species interact with their environments and evolve over time.

We invite contributions that examine a wide range of topics relating to mammals data notes, including but not limited to:

• Mammalian genomes, including sequencing, assembly, and comparative analysis
• Transcriptomic studies exploring gene expression patterns in mammals
• Metabolomics and proteomics
• Multi-omics approaches, integrating genomics, transcriptomics, proteomics, and metabolomics for comprehensive insights into mammalian biology
• Population genomics and genetic diversity within mammalian species
• Functional genomics and gene expression studies in mammals
• Evolutionary genomics, including the study of adaptive traits and lineage diversification
• Genomic resources for conservation, including endangered species and habitat preservation
• Epigenomics and the role of regulatory elements in mammalian development and adaptation
• Technological advances in genome sequencing and bioinformatics tools for mammalian studies

Looking ahead, continued research in this area holds the potential for uncovering novel genetic adaptations, evolutionary patterns, and molecular mechanisms underlying mammalian diversity and ecological interactions. For example, the recent successful sequencing of the koala genome has revealed key insights into the species’ unique adaptations, such as their ability to detoxify eucalyptus leaves and resist certain diseases. This type of genomic knowledge has informed conservation strategies, including efforts to protect the koala from habitat loss and disease threats. Similarly, ongoing efforts may lead to the development of valuable genomic resources for conservation and management strategies, contributing to the preservation of mammalian biodiversity and ecosystems.

This Collection supports and amplifies research related to SDG 15: Life on Land

Image credit: © Grigorita Ko / stock.adobe.com