Using real - time cellular imaging to monitor the changes in aged flies» neuron activity before and after learning, Davis and his colleague Ayako Tonoki found structural connectivity defects between a set of neurons known as dorsal paired medial neurons and
mushroom body neurons; these defects prevented long - term memories from forming.
Caffeine potentiated responses of
mushroom body neurons involved in olfactory learning and memory by acting as an adenosine receptor antagonist.
Not exact matches
In the present study, we identified the kakusei homolog in the Japanese honeybee and found that the neural activity of one subtype of intrinsic
neurons of the
mushroom bodies (MBs) is preferentially increased in the brains of the Japanese honeybee workers during the formation of a hot defensive bee ball.
Using Acks as a neural activity marker, we demonstrated that neural activity in the
mushroom bodies, especially in Class II Kenyon cells, one subtype of
mushroom body intrinsic
neurons, and a restricted area between the dorsal lobes and the optic lobes was increased in the brains of Japanese honeybee workers involved in the formation of a hot defensive bee ball.
This feedback circuit is composed of a single class of reward - signaling dopamine
neurons (PAM - α1) projecting to a restricted region of the
mushroom body (MB), and a specific MB output cell type, MBON - α1, whose dendrites arborize that same MB compartment.