The retinal ganglion cell layer of five species of teleosts has been studied from Nissl-stained whole-mounts and the distribution of neuronal elements determined quantitatively. Isodensity contour maps of neurons in the ganglion cell layer revealed areas of high density (areae centrales) predominantly in the temporal retina, but other areae were also found in the nasal and dorso-nasal retina. Neuronal densities within the ganglion cell layer at the areae centrales ranged from 0.4 x 10(4) to 4.7 x 10(4) cells/mm2. Species that were found to lack a horizontal streak of high ganglion cell density appear to be those whose behaviour suggests they possess an interrupted view of the sand-water horizon and are 'enclosed' species. Concentric density...
The ocular morphology, morphological characteristics and topography of ganglion cell distribution we...
AbstractUsing retrograde HRP labeling from the optic nerve (ON) or optic tectum (OT), we have visual...
Three different aspects of the morphological organisation of deep-sea fish retinae are reviewed: Fir...
A diverse range of retinal specializations are examined in twelve species of reef teleosts and estim...
The retinal topography of cells within the ganglion cell layer of three teleost species is examined ...
Retinal wholemounts are used to examine the topographic distribution of retinal cells within the gan...
Topographic analyses of retinal ganglion cell density are very useful in providing information about...
The total number, distribution and peak density of presumed retinal ganglion cells was assessed in 1...
Australian lungfish Neoceratodus forsteri may be the closest living relative to the first tetrapods ...
Australian lungfish Neoceratodus forsteri may be the closest living relative to the first tetrapods ...
The topography of Nissl-stained cells within the retinal gangalion cell layer is examined in two clo...
The retinae of two species of teleosts, the rippled blenny Istiblennius edentulus and the blue tusk ...
Although living beyond the penetration limits of sunlight, many deep-sea teleosts possess large eyes...
The sandlance or tommy fish Limnichthyes fasciatus (Creeiidae, Perciformes) is a tiny species that l...
The topographic organization of retinal ganglion cells was examined in the Florida manatee (Trichech...
The ocular morphology, morphological characteristics and topography of ganglion cell distribution we...
AbstractUsing retrograde HRP labeling from the optic nerve (ON) or optic tectum (OT), we have visual...
Three different aspects of the morphological organisation of deep-sea fish retinae are reviewed: Fir...
A diverse range of retinal specializations are examined in twelve species of reef teleosts and estim...
The retinal topography of cells within the ganglion cell layer of three teleost species is examined ...
Retinal wholemounts are used to examine the topographic distribution of retinal cells within the gan...
Topographic analyses of retinal ganglion cell density are very useful in providing information about...
The total number, distribution and peak density of presumed retinal ganglion cells was assessed in 1...
Australian lungfish Neoceratodus forsteri may be the closest living relative to the first tetrapods ...
Australian lungfish Neoceratodus forsteri may be the closest living relative to the first tetrapods ...
The topography of Nissl-stained cells within the retinal gangalion cell layer is examined in two clo...
The retinae of two species of teleosts, the rippled blenny Istiblennius edentulus and the blue tusk ...
Although living beyond the penetration limits of sunlight, many deep-sea teleosts possess large eyes...
The sandlance or tommy fish Limnichthyes fasciatus (Creeiidae, Perciformes) is a tiny species that l...
The topographic organization of retinal ganglion cells was examined in the Florida manatee (Trichech...
The ocular morphology, morphological characteristics and topography of ganglion cell distribution we...
AbstractUsing retrograde HRP labeling from the optic nerve (ON) or optic tectum (OT), we have visual...
Three different aspects of the morphological organisation of deep-sea fish retinae are reviewed: Fir...