ライフサイエンスコーパス: Hermissenda

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1 vity in the CNS compared to previous work on Hermissenda.

2 ane potential in both photoreceptor types of Hermissenda.

3 t may be required for neuronal plasticity in Hermissenda.

4 at are involved in classical conditioning in Hermissenda.

5 havior produced by Pavlovian conditioning of Hermissenda.

6 tage of memory for one-trial conditioning in Hermissenda.

7 ry, detected after one-trial conditioning of Hermissenda.

8 has been studied extensively in conditioned Hermissenda.

9 ay is activated in Pavlovian conditioning of Hermissenda.

10 in Tritonia and Pleurobranchaea, but not in Hermissenda.

11 were examined in isolated photoreceptors of Hermissenda.

12 oked spike frequency) of B photoreceptors in Hermissenda accompanied successive pairings of light and

13 y between the cellular basis for learning in Hermissenda and other invertebrate systems.

14 Using Hermissenda as subjects, massed-trials training deficits

15 With the invertebrate Hermissenda as subjects, variability in acquisition of a

16 us system, indicating a homology between the Hermissenda channels and their mammalian counterparts.

17 Each eye of the mollusc Hermissenda consists of five photoreceptors, two type A

18 frondosus, and Melibe leonina), Aeolidoidea (Hermissenda crassicornis and Flabellina trophina), Armin

19 Hermissenda crassicornis is a model for studying the mol

20 Hermissenda crassicornis is an invertebrate model used t

21 ses of CI, we exposed the nudibranch mollusc Hermissenda crassicornis to explicitly unpaired (EU) pre

22 mologs of these neurons also can be found in Hermissenda crassicornis where they are named CPT and C2

23 Classical conditioning of the mollusc, Hermissenda crassicornis, is a model system used to stud

24 In the nudibranch species, Hermissenda crassicornis, Tritonia diomedea, Tochuina te

25 medea, Melibe leonina, Dendronotus iris, and Hermissenda crassicornis.

26 Hermissenda CSP24 (cytoskeletal-related protein 24) is a

27 We report here that Hermissenda exhibited persistent increases in phototacti

28 r photoreceptor responses were recorded from Hermissenda exposed to compound conditioning, light cond

29 ical or biochemical effects were observed in Hermissenda exposed to unpaired light and rotation or in

30 Identified type A photoreceptors of Hermissenda express differential effects of classical co

31 rdings from the type B photoreceptors of the Hermissenda eye reveal a learning specific increase of i

32 light and rotation, B photoreceptors in the Hermissenda eye undergo an increase in excitability that

33 cell types are correlates of conditioning in Hermissenda, modulation of these underlying currents may

34 -type (alpha1(A)) channels in lysates of the Hermissenda nervous system, indicating a homology betwee

35 Although CSP24 is widely distributed in the Hermissenda nervous system, its regulation by one-trial

36 Pavlovian conditioning of Hermissenda produces synaptic facilitation of monosynapt

37 Hair cells in Hermissenda project onto postsynaptic B photoreceptors w

38 One-trial conditioning in Hermissenda results in enhanced excitability in sensory

39 One-trial conditioning in Hermissenda results in the development of intermediate m

40 Analysis of protein kinase C (PKC) in the Hermissenda's photoreceptors indicated a training-induce

41 Modifications of Hermissenda's phototactic behavior by compound pairings

42 ptions of conditioned response generation in Hermissenda stipulate that the synaptic interaction betw

43 imuli cause short-term memory of the mollusc Hermissenda that lasts approximately 7 min.

44 Hermissenda that received 10 or 15 conditioning trials s

45 synapse in the nervous system of the mollusc Hermissenda, the influence of somatic calcium accumulati

46 In Tritonia and Pleurobranchaea, but not in Hermissenda, the serotonergic DSI homologs modulated the

47 ntensity influence classical conditioning in Hermissenda through their effects on the light-induced c

48 ence, but not unpaired presentations, causes Hermissenda to contract its foot in response to light al

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