The objective of this research is to perform a comprehensive analysis of venom composition in three Gloydius species by integrating transcriptomic and proteomic approaches.
This dataset was generated in an in vivo systems toxicology study where the impact of exposure to cigarette smoke and e-vapor aerosols on the cardiovascular and respiratory systems of ApoE -/-mice was
Venoms have traditionally been studied from a proteomic and/or transcriptomic perspective, often overlooking the true genetic complexity underlying venom production. The recent surge in genome-based v
