戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 ion that are predicted to occur during delay eyelid conditioning.
2             Burst neurons may play a role in eyelid conditioning.
3  of motor learning, most notably associative eyelid conditioning.
4 or motor memory in a task called associative eyelid conditioning.
5 o their implications for real-time models of eyelid conditioning.
6 ns enhance the rate of learning in classical eyelid conditioning.
7 learned and encoded in the cerebellum during eyelid conditioning.
8 avings that operate in the cerebellum during eyelid conditioning, a well characterized form of motor
9 urkinje cell activity during simulated delay eyelid conditioning and Bayesian interval estimation.
10 example, long-term plasticity contributes to eyelid conditioning and to learning in eye movement syst
11  in two types of associative motor learning--eyelid conditioning and vestibulo-ocular reflex adaptati
12     These results demonstrate the utility of eyelid conditioning as a means to identify and character
13 entified the entire essential circuit, using eyelid conditioning as the model system, and used revers
14                                    Pavlovian eyelid conditioning, because of how directly it engages
15                                              Eyelid conditioning demonstrates a capacity for learning
16 eptual and practical advantages of pavlovian eyelid conditioning facilitate analysis of cerebellar co
17        This inherently limits the utility of eyelid conditioning for studies investigating how cerebe
18                                 In pavlovian eyelid conditioning, for example, where a tone is repeat
19                                    Classical eyelid conditioning has been used to great advantage in
20  as revealed by the behavioral properties of eyelid conditioning in the rabbit.
21               Evidence indicates that rabbit eyelid conditioning is mediated by plasticity in the int
22 s, indicating that cerebellar involvement in eyelid conditioning is not tied explicitly to the use of
23 its trained with a forebrain-dependent trace eyelid conditioning procedure.
24                                     Even so, eyelid conditioning procedures are unrealistic in an imp
25                         Furthermore, because eyelid conditioning reflects functional cerebellar circu
26  are consistent with the hypotheses that (1) eyelid conditioning results in plasticity in both the an
27 review evidence that indicates how Pavlovian eyelid conditioning reveals cerebellar processing to be
28  We used large-scale computer simulations of eyelid conditioning to investigate how the cerebellum ge
29 equired for a wide range of motor tasks from eyelid conditioning to playing the piano.
30 redictions of neuronal activity during delay eyelid conditioning, we developed quasi-physiological in
31  computer simulations of cerebellar-mediated eyelid conditioning, we examine the ability of three for
32 of plasticity comes from, in part, pavlovian eyelid conditioning, where disconnecting the cerebellar
33            Recent studies suggest that trace eyelid conditioning, which involves a temporal gap betwe