Commentary: Ampullary systems [0.03%]
导读：壶腹系统
Timothy C Tricas
Timothy C Tricas
In vitro studies of closed-loop feedback and electrosensory processing in Apteronotus leptorhynchus [0.03%]
暗刺鼠电感受器闭环反馈与体外感觉处理研究
Gerri Mileva,Daniel Zysman,Sally Groothuis et al.
Gerri Mileva et al.
Electrosensory systems comprise extensive feedback pathways. It is also well known that these pathways exhibit synaptic plasticity on a wide-range of time scales. Recent in vitro brain slice studies have characterized synaptic plasticity in...
Carl D Hopkins
Carl D Hopkins
Ionic and neuromodulatory regulation of burst discharge controls frequency tuning [0.03%]
离子和神经调质调节爆发放电控制频率选择性
W Hamish Mehaffey,Lee D Ellis,Rüdiger Krahe et al.
W Hamish Mehaffey et al.
Sensory neurons encode natural stimuli by changes in firing rate or by generating specific firing patterns, such as bursts. Many neural computations rely on the fact that neurons can be tuned to specific stimulus frequencies. It is thus imp...
Jacob Engelmann
Jacob Engelmann
Dendritic backpropagation and synaptic plasticity in the mormyrid electrosensory lobe [0.03%]
摩氏电感受体叶中的树突背向传播及突触可塑性
J Engelmann,E van den Burg,J Bacelo et al.
J Engelmann et al.
This study is concerned with the origin of backpropagating action potentials in GABAergic, medium ganglionic layer neurones (MG-cells) of the mormyrid electrosensory lobe (ELL). The characteristically broad action potentials of these neuron...
Active electroreception in Gymnotus omari: imaging, object discrimination, and early processing of actively generated signals [0.03%]
主动电感受在Gymnotus omari中的应用：成像、物体辨别和主动产生的信号的早期处理
Angel A Caputi,María E Castelló,Pedro A Aguilera et al.
Angel A Caputi et al.
Weakly electric fishes "electrically illuminate" the environment in two forms: pulse fishes emit a succession of discrete electric discharges while wave fishes emit a continuous wave. These strategies are present in both taxonomic groups of...
Dim light vision--morphological and functional adaptations of the eye of the mormyrid fish, Gnathonemus petersii [0.03%]
弱光视觉——电鳗鱼Gnathonemus petersii眼睛的形态和功能适应性
Meik Landsberger,Gerhard von der Emde,Dorothee Haverkate et al.
Meik Landsberger et al.
The African weakly electric fish Gnathonemus petersii is well known for its electrosensory capabilities. These animals can detect and distinguish objects through active electrolocation in complete darkness. Because of their nocturnal lifest...
Active electrolocation in Gnathonemus petersii: behaviour, sensory performance, and receptor systems [0.03%]
多管电鱼的主动定位行为、感觉性能和感受器系统
Gerhard von der Emde,Monique Amey,Jacob Engelmann et al.
Gerhard von der Emde et al.
Weakly electric fish can serve as model systems for active sensing because they actively emit electric signals into the environment, which they also perceive with more than 2000 electroreceptor organs (mormyromasts) distributed over almost ...