Moon, Brad - Biology Department, University of Louisiana at Lafayette

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Moon, Brad - Biology Department, University of Louisiana at Lafayette

The mechanics and muscular control of constriction in gopher snakes (Pituophis melanoleucus) and a king snake
154 Herpetological Review 35(2), 2004 mouths on a regular basis (N = 203) without injury to the animals
ECOPHYSIOLOGY S. E. Vincent B. R. Moon R. Shine A. Herrel
From Physiology to Fitness: The Costs of a Defensive Adaptation in Rattlesnakes
1996. Proceedings of the Fifteenth Southern Biomedical Engineering Conference (ed. P.K. Bajpai), pp. 401-404. Piscataway, NJ: IEEE Services Center 0-7803-3131-1/96$5.001996IEEE 401
High-frequency muscle contractions, such as those required for sound production, are energetically expensive (Conley and
Most organismal structures have multiple roles. Understanding the functional versatility, as well as potential
The Ontogeny of Contractile Performance and Metabolic Capacity in a High-Frequency Muscle*
Testing an Inference of Function From Structure: Snake Vertebrae Do the Twist
Terrestrial lateral undulation in snakes is effected by muscular activity that produces axial bends and propagates