This comprehensive review explores the cutting-edge advancements in snake venom
research, focusing on the integration of proteomics, genomics, transcriptomics, and …

Many venomous animals express toxins that show extraordinary levels of variation both
within and among species. In snakes, most studies of venom variation focus on front-fanged …

Biological specialization reduces the size of niche space while increasing efficiency in the
use of available resources. Specialization often leads to phenotypic changes via natural …

Snake venom research has historically focused on front-fanged species (Viperidae and
Elapidae), limiting our knowledge of venom evolution in rear-fanged snakes across their …

Intraspecific phenotypic variation can be used as a window into the ecological differences
among individuals of a species and lead to a better understanding of adaptive evolution …

The venom of Colombian specimens of the rear-fanged snake Pseudoboa neuwiedii
contains proteolytic and phospholipase A 2 (PLA 2) activities, but is devoid of esterases …

Detailed cases of envenoming by a non-front-fanged snake (NFFS) from North, Central, and
South America have had limited representation in the toxicology and toxinology literature …

A chief goal in evolutionary biology is to understand how ecological factors and genetic
processes influence the evolution of traits. However, a complicating factor is that traits are …

Abstract Philodryas baroni (Baron's Green Racer) and Trimorphodon lambda (Sonoran Lyre
Snake) each belong to extensively studied genera of rear-fanged venomous snakes …

Poucos estudos focaram no veneno dos Dipsadidae, ainda que esta família represente
substancial porção da diversidade de serpentes. Ainda assim, publicações sugerem uma …