The study was conducted on 6 human embryos at stage 13. It was found that the facial-vestibulocochlear complex is closely related to the otic vesicle, and the particular components of that complex may be distinguished. They show different cellular arrangement and shape. The neural crest cells migrating from the dorsal hindbrain are continuous with cells forming the cochlear ganglion. This gives evidence for neural crest contribution to the cochlear ganglion
A mature inner ear is a complex structure consisting of vestibular and auditory components. Microsur...
We describe the development of the human inner ear with the invagination of the otic vesicle at 4 we...
Neural crest cells are a migratory population that forms most of the peripheral nervous system, faci...
The study was conducted on 6 human embryos at stage 13. It was found that the facial-vestibulocochle...
A study was made on 18 embryos of developmental stages 13–15 (5th week). Serial sections made ...
AbstractThe cochleovestibular (CV) nerve, which connects the inner ear to the brain, is the nerve th...
The cochlear ganglion was investigated in serially sectioned human embryos at developmental stages 1...
Study was made on 16 human embryos at developmental stages 13–15 (fifth week). The facial nerve was ...
Differentiation of the facial-vestibulocochlear ganglionic complex in human embryos of developmental...
The development of the spiral ganglion was studied in steps sections of 81 human temporal bones. By ...
The adult human cochlea contains various types of peripheral glial cells that envelop or myelinate t...
AbstractDuring development, the vertebrate inner ear arises from the otic placode, a thickened porti...
The sensory system of vertebrates is incredibly complex. Many important components of the sensory sy...
AbstractThe chick ciliary ganglion is a neural crest-derived parasympathetic ganglion that innervate...
AbstractNeurons of the vertebrate cranial sensory ganglia arise from both neural crest and a series ...
A mature inner ear is a complex structure consisting of vestibular and auditory components. Microsur...
We describe the development of the human inner ear with the invagination of the otic vesicle at 4 we...
Neural crest cells are a migratory population that forms most of the peripheral nervous system, faci...
The study was conducted on 6 human embryos at stage 13. It was found that the facial-vestibulocochle...
A study was made on 18 embryos of developmental stages 13–15 (5th week). Serial sections made ...
AbstractThe cochleovestibular (CV) nerve, which connects the inner ear to the brain, is the nerve th...
The cochlear ganglion was investigated in serially sectioned human embryos at developmental stages 1...
Study was made on 16 human embryos at developmental stages 13–15 (fifth week). The facial nerve was ...
Differentiation of the facial-vestibulocochlear ganglionic complex in human embryos of developmental...
The development of the spiral ganglion was studied in steps sections of 81 human temporal bones. By ...
The adult human cochlea contains various types of peripheral glial cells that envelop or myelinate t...
AbstractDuring development, the vertebrate inner ear arises from the otic placode, a thickened porti...
The sensory system of vertebrates is incredibly complex. Many important components of the sensory sy...
AbstractThe chick ciliary ganglion is a neural crest-derived parasympathetic ganglion that innervate...
AbstractNeurons of the vertebrate cranial sensory ganglia arise from both neural crest and a series ...
A mature inner ear is a complex structure consisting of vestibular and auditory components. Microsur...
We describe the development of the human inner ear with the invagination of the otic vesicle at 4 we...
Neural crest cells are a migratory population that forms most of the peripheral nervous system, faci...