To clarify changes in the muscle fibre properties of the temporal muscle related to the start of masticatory movement, we immunohistochemically investigated myosin heavy chain (MyHC) isoform protein expression using pre-weaning and post-weaning mice. In addition, we examined the expression of a gene coding for those MyHC proteins. Immediately after weaning, isoforms with fast and potent contractility were frequent. This suggests that the temporal muscle plays an important role in a marked functional change in the oral cavity from lactation to mastication, contributing to oral function in cooperation with other masticatory muscles.ope
AbstractThe molecular basis underlying the establishment of the myogenic lineage, subsequent differe...
Stomatognathic function is developed in steps from the latter half of infancy up to childhood. This ...
Postnatal changes in the fiber type composition and fiber cross-sectional area were investigated in ...
The mouse mylohyoid muscle belongs to the mastication-related suprahyoid muscle group. It shows a pl...
Mammalian skeletal muscles change their contractile-protein phenotype in response to mechanical load...
Background: Duchenne Muscular Dystrophy (DMD) and its murine model, mdx, are characterized by Ca2+ ...
This study tested the hypothesis of whether the lack of tooth eruption would affect the masticatory ...
In mammalian genome, the genes coding for various MyHC isoforms are grouped in clusters located in d...
SUMMARYA hypofunctional masticatory system was developed in 21-day-old male rats by feeding them a s...
The demand for the use of mice as animal models for elucidating the pathophysiologies and pathogenes...
Synopsis Knockout mice lacking myostatin (Mstn), a negative regulator of the growth of skeletal musc...
The development of the craniofacial system occurs, among other reasons, as a response to functional ...
Mdx mice, which lack dystrophin, were examined for changes in the properties of muscle fibers in the...
Early postnatal development of the jaw muscles is characterized by the transition from suckling to c...
Masticatory myosin heavy chain (M MyHC) is a myosin subunit isoform with expression restricted to mu...
AbstractThe molecular basis underlying the establishment of the myogenic lineage, subsequent differe...
Stomatognathic function is developed in steps from the latter half of infancy up to childhood. This ...
Postnatal changes in the fiber type composition and fiber cross-sectional area were investigated in ...
The mouse mylohyoid muscle belongs to the mastication-related suprahyoid muscle group. It shows a pl...
Mammalian skeletal muscles change their contractile-protein phenotype in response to mechanical load...
Background: Duchenne Muscular Dystrophy (DMD) and its murine model, mdx, are characterized by Ca2+ ...
This study tested the hypothesis of whether the lack of tooth eruption would affect the masticatory ...
In mammalian genome, the genes coding for various MyHC isoforms are grouped in clusters located in d...
SUMMARYA hypofunctional masticatory system was developed in 21-day-old male rats by feeding them a s...
The demand for the use of mice as animal models for elucidating the pathophysiologies and pathogenes...
Synopsis Knockout mice lacking myostatin (Mstn), a negative regulator of the growth of skeletal musc...
The development of the craniofacial system occurs, among other reasons, as a response to functional ...
Mdx mice, which lack dystrophin, were examined for changes in the properties of muscle fibers in the...
Early postnatal development of the jaw muscles is characterized by the transition from suckling to c...
Masticatory myosin heavy chain (M MyHC) is a myosin subunit isoform with expression restricted to mu...
AbstractThe molecular basis underlying the establishment of the myogenic lineage, subsequent differe...
Stomatognathic function is developed in steps from the latter half of infancy up to childhood. This ...
Postnatal changes in the fiber type composition and fiber cross-sectional area were investigated in ...