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  1. ...on venoms.Venom undergoes independent evolution across various animal phyla, such as snakes, platypuses, spiders, wasps, and cone snails. It serves as a crucial adaptive trait in these venomous species, offering a remarkable model for comprehending the molecular mechanisms that drive evolutionary...
  2. ...embryonic lethal in caenophidian snakes.Dosage compensation on Z and X Chromosomes also functions to maintain the viability of the heterogametic sex and is so deeply entwined with the survival of ancestral genes on W and Y Chromosomes that they cannot be studied independently. Surviving Z–W and X–Y gene...
  3. ...modes of dosage compensation (Montiel et al. 2022) that differ from the dosage compensation affecting the rest of the Z in Apalone (Bista et al. 2021).Nonrandom density of genes and GC content by chromosome sizeWe also observed that Apalone and Staurotypus microchromosomes are GC-rich and gene...
  4. ...is critical for understanding the processes that give rise to novel phenotypes. Snake venom systems represent a valuable and tractable model for testing hypotheses related to the evolution of novel regulatory networks, yet the regulatory mechanisms underlying venom production remain poorly understood. Here...
  5. ...-linked region exhibited half the female read coverage relative to autosomes (Fig. 1E). The two evolutionary strata constituted the SDR of emu sex chromosomes and showed a generally male-biased gene expression pattern of Z-linked genes because of the lack of global dosage compensation (Fig. 1E; Supplemental...
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