To study the projection of a special type of sensory neuron called crypt cells in the olfactory system in crucian carp, Carassius carassius, we applied the neural tracer 1,1-dilinoleyl-3,3,3#,3#-tetramethylindocarbocyanine perchlorate (DiI) in the olfactory bulb (OB). Small crystals of DiI were applied in a small area at the synaptic region at the ventral part of the OB, where a population of secondary neurons specific for sex pheromones has been identified. In those samples (4 out of 24) where only axons in the lateral bundle of the medial olfactory tract were stained, the majority (50–66%) of olfactory sensory neurons stained were crypt cells situated in the peripheral layer of the olfactory epithelium. Because this bundle of the tract me...
Teleost fish have three morphologically different types of olfactory receptor neurons (ORNs), ciliat...
The olfactory tract in crucian carp (Carassius carassius) is divided into three distinct bundles: th...
We are studying how odorant information is processed within the vertebrate central nervous system, t...
To study the projection of a special type of sensory neuron called crypt cells in the olfactory syst...
Studies on projection of the sensory neurons onto the olfactory bulb in fish have revealed a clear s...
Studies on projection of the sensory neurons onto the olfactory bulb in fish have revealed a clear s...
Olfactory sensory neurons of vertebrates regenerate throughout the life of the animal. In fishes, cr...
Carnal vulnerability is a powerful yet underutilised tool in integrated pest management. The lack of...
Crypt neurons are olfactory receptor cells located in the olfactory epi- thelium of fishes. They ex...
The olfactory epithelium of fish consists of three types of sensory neurons: the ciliated cells and ...
The olfactory epithelium of fish consists of three types of sensory neurons: the ciliated cells and ...
A new receptor neuron (RN) type was recently described in bony fish olfactory epithelium (OE): the c...
The olfactory mucosa of the zebrafish consists of 3 morphological types of olfactory receptor neuron...
Crypt cells are one of three types of olfactory sensory neuron, differing from ciliated and microvil...
The olfactory mucosa of the zebrafish consists of 3 morphological types of olfactory receptor neuron...
Teleost fish have three morphologically different types of olfactory receptor neurons (ORNs), ciliat...
The olfactory tract in crucian carp (Carassius carassius) is divided into three distinct bundles: th...
We are studying how odorant information is processed within the vertebrate central nervous system, t...
To study the projection of a special type of sensory neuron called crypt cells in the olfactory syst...
Studies on projection of the sensory neurons onto the olfactory bulb in fish have revealed a clear s...
Studies on projection of the sensory neurons onto the olfactory bulb in fish have revealed a clear s...
Olfactory sensory neurons of vertebrates regenerate throughout the life of the animal. In fishes, cr...
Carnal vulnerability is a powerful yet underutilised tool in integrated pest management. The lack of...
Crypt neurons are olfactory receptor cells located in the olfactory epi- thelium of fishes. They ex...
The olfactory epithelium of fish consists of three types of sensory neurons: the ciliated cells and ...
The olfactory epithelium of fish consists of three types of sensory neurons: the ciliated cells and ...
A new receptor neuron (RN) type was recently described in bony fish olfactory epithelium (OE): the c...
The olfactory mucosa of the zebrafish consists of 3 morphological types of olfactory receptor neuron...
Crypt cells are one of three types of olfactory sensory neuron, differing from ciliated and microvil...
The olfactory mucosa of the zebrafish consists of 3 morphological types of olfactory receptor neuron...
Teleost fish have three morphologically different types of olfactory receptor neurons (ORNs), ciliat...
The olfactory tract in crucian carp (Carassius carassius) is divided into three distinct bundles: th...
We are studying how odorant information is processed within the vertebrate central nervous system, t...