Anna C. Schneider

This study shows that disrupting clock proteins in cockroaches does not eliminate circadian rhythms, suggesting compensatory mechanisms and supporting a model of coupled transcriptional-translational and posttranslational feedback loops.

This study shows that Orco, an olfactory receptor coreceptor, controls circadian rhythms in hawkmoth ORN sensitivity through a post-translational feedback loop rather than the transcriptional-translational clock.

This study shows that hawkmoth pheromone detection uses G protein-dependent phospholipase Cβ signaling, with circadian timing modulating sensitivity and temporal resolution.

The paper examines how three neuropeptides affect a neural circuit in crabs, finding that their effects overlap significantly across individuals, challenging the assumption of distinct modulatory patterns.

The paper investigates how comodulation by multiple neuromodulators reduces interindividual variability in neural circuit output in the crab pyloric circuit.

The paper investigates how cholinergic effects modulate a coordinating neuron's membrane potential and gain control in a motor circuit.

The paper maps neural circuit dynamics across functional and dysfunctional states using statistical features of spike times in the pyloric circuit of C. borealis.

The paper shows that coordinating neurons in the crayfish central nervous system adapt their encoding of activity states based on system excitation levels through a balancing mechanism.