Mammalian skeletal muscle shows muscle plasticity in response to loading and unloading conditions, resulting in hypertrophy and atrophy, respectively. Reptiles, in contrast, show no apparent muscle plasticity, but little experimental research has been conducted to validate such claims. My project investigates changes to muscle fiber phenotype of the caudofemoralis longus (CFL) muscle in the American Alligator (Alligator mississippiensis), as introduced by surgical tenotomy. In particular, I will be looking at shifts in muscle fiber type, to see whether they parallel the behavior of mammalian muscle during unloading. This project may identify a new non-traditional animal model for prevention of muscle wasting in bedridden or dystrophic human...
The cartilago transiliens is a characteristic cartilaginous nodule inside crocodilian jaw muscles. E...
Unlike the majority of sauropsids, which breathe primarily through costal and abdominal muscle contr...
Exercise appears to exert systemic effects on skeletal growth in mammals, causing increased bone dep...
The caudofemoralis longus muscle (CFL) - a major retractor and medial thigh rotator- is welldevelope...
To determine the function of the Caudofemoralis Longus, a well developed muscle in the tails of rept...
The caudofemoralis longus (CFL) muscle is assumed to play an important role in crocodilian terrestri...
The muscles that effect lung ventilation are key to understanding the evolutionary constraints on an...
The muscles that effect lung ventilation are key to understanding the evolutionary constraints on an...
Differences in skull width between American alligators (Alligator mississippiensis) raised on alliga...
Reptiles are the only amniotes that maintain the capacity to regenerate appendages. This study prese...
New imaging and biomechanical approaches have heralded a renaissance in our understanding of crocody...
Hutson, Joel D., Hutson, Kelda N. (2015): An examination of forearm bone mobility in Alligator missi...
Alligator hindlimbs show high torsional loads during terrestrial locomotion, in sharp contrast to th...
The mechanical behavior of mammalian mandibles is well-studied, but a comprehensive biomechanical an...
The cartilago transiliens is a fibrocartilaginous structure within the jaw muscles of crocodylians. ...
The cartilago transiliens is a characteristic cartilaginous nodule inside crocodilian jaw muscles. E...
Unlike the majority of sauropsids, which breathe primarily through costal and abdominal muscle contr...
Exercise appears to exert systemic effects on skeletal growth in mammals, causing increased bone dep...
The caudofemoralis longus muscle (CFL) - a major retractor and medial thigh rotator- is welldevelope...
To determine the function of the Caudofemoralis Longus, a well developed muscle in the tails of rept...
The caudofemoralis longus (CFL) muscle is assumed to play an important role in crocodilian terrestri...
The muscles that effect lung ventilation are key to understanding the evolutionary constraints on an...
The muscles that effect lung ventilation are key to understanding the evolutionary constraints on an...
Differences in skull width between American alligators (Alligator mississippiensis) raised on alliga...
Reptiles are the only amniotes that maintain the capacity to regenerate appendages. This study prese...
New imaging and biomechanical approaches have heralded a renaissance in our understanding of crocody...
Hutson, Joel D., Hutson, Kelda N. (2015): An examination of forearm bone mobility in Alligator missi...
Alligator hindlimbs show high torsional loads during terrestrial locomotion, in sharp contrast to th...
The mechanical behavior of mammalian mandibles is well-studied, but a comprehensive biomechanical an...
The cartilago transiliens is a fibrocartilaginous structure within the jaw muscles of crocodylians. ...
The cartilago transiliens is a characteristic cartilaginous nodule inside crocodilian jaw muscles. E...
Unlike the majority of sauropsids, which breathe primarily through costal and abdominal muscle contr...
Exercise appears to exert systemic effects on skeletal growth in mammals, causing increased bone dep...