ライフサイエンスコーパス: dishabituation

1 on of stimulation or pinch of the body wall (dishabituation).

2 g, including sensitization, habituation, and dishabituation.

3 tual fear conditioning, and odor habituation-dishabituation.

4 uman psychophysics, labeling and habituation-dishabituation.

5 ic features of a habituated response, namely dishabituation and response recovery.

6 her the synaptic facilitation that underlies dishabituation and sensitization in Aplysia requires loc

7 role in synaptic facilitation as well as in dishabituation and sensitization in Aplysia.

8 t direct evidence so far available that both dishabituation and sensitization involve multiple mechan

9 By contrast, dishabituation and sensitization involve several mechani

10 Furthermore, the results suggest that dishabituation and sensitization may not involve differe

11 Previously, we showed that the dishabituation and sensitization of the defensive withdr

12 he major cellular mechanisms contributing to dishabituation and sensitization, suggesting that dissoc

13 estigate cellular mechanisms contributing to dishabituation and sensitization, we recorded evoked fir

14 that is critical for sensitization, for full dishabituation, and for associative learning, increased

15 ular mechanisms contributing to habituation, dishabituation, and sensitization by recording evoked fi

16 in responsiveness, spontaneous recovery, and dishabituation by a novel stimulus, attributable to plas

17 Dishabituation by four shocks differs from sensitization

18 n, unlike sensitization with the same shock, dishabituation by four shocks does not involve protein s

19 Dishabituation differs from sensitization in that it is

20 Conversely, dishabituation facilitated both the shortening response

21 nd young children, including habituation and dishabituation, imitation-based tasks, and event-related

22 termediate-term behavioral sensitization and dishabituation in a semi-intact preparation of the Aplys

23 This study demonstrates habituation and dishabituation of PWR behavior.

24 is necessary for sensitization and complete dishabituation of reflexive shortening, during which it

25 Sensitization and dishabituation of the defensive withdrawal reflex in Apl

26 Habituation, spontaneous recovery, and dishabituation of the electrically stimulated long-laten

27 uron synapses contributes to habituation and dishabituation of the gill- and siphon-withdrawal reflex

28 ition memory (as assessed by habituation and dishabituation of the orienting response) is influenced

29 nsory neurons contributes to habituation and dishabituation of the reflex response in this preparatio

30 n to be necessary for sensitization and full dishabituation of the shortening response.

31 botulinum toxin into siphon motor neurons on dishabituation of the siphon-withdrawal reflex.

32 We use a simple habituation-dishabituation paradigm in which animals must discrimina

33 ually discriminable based on the habituation-dishabituation paradigm.

34 dy, the authors used a series of habituation-dishabituation playback experiments to test whether tama

35 A habituation-dishabituation procedure was used to show that human new

36 ed outside of the reflex receptive field) or dishabituation (reflex enhancement of a habituated refle

37 t postsynaptic injections of the toxin block dishabituation resulting from tail shock.

38 about the relationships between habituation, dishabituation, sensitization, and inhibition of reflex

39 An olfactory habituation-dishabituation task showed that the lesioned rats invest

40 ate social odors on an olfactory habituation/dishabituation task.

41 re unimpaired on buried-food and habituation-dishabituation tasks.

42 In habituation-dishabituation tests, treatment with 3BrN did not block

43 In home-cage habituation-dishabituation tests, VNOi males also investigated femal

44 different endocrine states using habituation-dishabituation tests.

45 rats investigated olfactory stimuli less but dishabituation to a changed stimulus was normal.

46 go similar plasticity during habituation and dishabituation training.

47 More significantly, spontaneous recovery and dishabituation were not as clearly affected as habituati