Snakes have a highly modified feeding apparatus. However, its associated musculature is often poorly known. In order to study variation in the cephalic musculature, we dissected specimens representing 28 snake species belonging to the New World clade Lampropeltini and their Old World relatives. The observed variation was analysed using a phylogenetic framework. We found that the pattern of their musculature is conservative. We observed no interspecific variation in the intermandibular muscles or in the posterior jaw adductors. Variation within the dorsal constrictors and lateral jaw adductors is relatively low. This could be explained by morphological (space) limitations and functional constraints
The structure, composition, and shape of teeth have been related to dietary specialization in many v...
Morphological convergence is expected when organisms which differ in phenotype experience similar fu...
Snake locomotor, constriction, and swallowing movements all involve axial bending and twisting movem...
We studied jaw adductor muscles in eighteen species of South Asian colubroid snakes and presented a ...
abstract: Vertebral osteology varies greatly among snake species. This variation may be related to s...
Studies on the cephalic myology of snakes provide a series of relevant data on their biology and sys...
Understanding the origin and maintenance of functionally important subordinate traits is a major goa...
Abstract Background Fangs are a putative key innovation that revolutionized prey capture and feeding...
Most recent phylogenetic analyses of snakes have recognized two major clades within Serpentes: Aleth...
As body size strongly determines the biology of an organism at all levels, it can be expected that m...
SYNOPSIS. Most snakes ingest and transport their prey via a jaw ratcheting mech-anism in which the l...
Relationships between the major lineages of snakes are assessed based on a phylogenetic analysis of ...
We examined morphological differences in cranium size and shape between closely related snake specie...
51 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1997.Principal component analysis o...
As body size strongly determines the biology of an organism at all levels, it can be expected that m...
The structure, composition, and shape of teeth have been related to dietary specialization in many v...
Morphological convergence is expected when organisms which differ in phenotype experience similar fu...
Snake locomotor, constriction, and swallowing movements all involve axial bending and twisting movem...
We studied jaw adductor muscles in eighteen species of South Asian colubroid snakes and presented a ...
abstract: Vertebral osteology varies greatly among snake species. This variation may be related to s...
Studies on the cephalic myology of snakes provide a series of relevant data on their biology and sys...
Understanding the origin and maintenance of functionally important subordinate traits is a major goa...
Abstract Background Fangs are a putative key innovation that revolutionized prey capture and feeding...
Most recent phylogenetic analyses of snakes have recognized two major clades within Serpentes: Aleth...
As body size strongly determines the biology of an organism at all levels, it can be expected that m...
SYNOPSIS. Most snakes ingest and transport their prey via a jaw ratcheting mech-anism in which the l...
Relationships between the major lineages of snakes are assessed based on a phylogenetic analysis of ...
We examined morphological differences in cranium size and shape between closely related snake specie...
51 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1997.Principal component analysis o...
As body size strongly determines the biology of an organism at all levels, it can be expected that m...
The structure, composition, and shape of teeth have been related to dietary specialization in many v...
Morphological convergence is expected when organisms which differ in phenotype experience similar fu...
Snake locomotor, constriction, and swallowing movements all involve axial bending and twisting movem...