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J of Systematics and Evolution
J of Systematics and Evolution
@JSE@mstdn.science  ·  activity timestamp 2 days ago

Eek! There's a🐭in the🏡!

Wei et al. use population-level analyses to study evolutionary trajectories of #gene expression divergence and #evolution in male and female house #mouse transcriptome lineages.

🖱️ https://doi.org/10.1111/jse.70037
@WileyEcology
#PlantSci #JSE #mammal #biology🐁

Panel of data figures to illustrate comparative analysis of sex-specific gene expression evolution at inter-species comparison level in male and female house mice, including transcriptomic distance analysis and gene differentiation expression analysis. By analyzing extensive RNA-seq data from the house mouse complex across multiple organs and subspecies, this study reveals that male reproductive organs, especially the testis, show accelerated expression divergence. Testicular long non-coding RNAs evolve most rapidly, with differences arising within just thousands of years. In contrast, somatic tissues and female reproductive organs show minimal sex-specific evolutionary dynamics.
Panel of data figures to illustrate comparative analysis of sex-specific gene expression evolution at inter-species comparison level in male and female house mice, including transcriptomic distance analysis and gene differentiation expression analysis. By analyzing extensive RNA-seq data from the house mouse complex across multiple organs and subspecies, this study reveals that male reproductive organs, especially the testis, show accelerated expression divergence. Testicular long non-coding RNAs evolve most rapidly, with differences arising within just thousands of years. In contrast, somatic tissues and female reproductive organs show minimal sex-specific evolutionary dynamics.
Panel of data figures to illustrate comparative analysis of sex-specific gene expression evolution at inter-species comparison level in male and female house mice, including transcriptomic distance analysis and gene differentiation expression analysis. By analyzing extensive RNA-seq data from the house mouse complex across multiple organs and subspecies, this study reveals that male reproductive organs, especially the testis, show accelerated expression divergence. Testicular long non-coding RNAs evolve most rapidly, with differences arising within just thousands of years. In contrast, somatic tissues and female reproductive organs show minimal sex-specific evolutionary dynamics.

Population‐level analyses reveal contrasting landscapes of gene expression divergence and evolution between male and female transcriptome lineages in the house mouse

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