ライフサイエンスコーパス: cartoon

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1 ectrodes while participants watched a silent cartoon.

2 served this multilevel aftereffect with both cartoon and real test faces when the adapting curve and

3 traction or result from frequent exposure to cartoons and illustrations that anthropomorphize inanima

4 results are displayed as domain architecture cartoons and pairwise alignments between the query and d

5 sting and complex than suggested by textbook cartoons, and continued advances in seismic tomography,

6 involving play narrative stories, pictures, cartoons, and puppets has demonstrated preliminary valid

7 e features and are easy to describe (namely, cartoon animals).

8 s for dot patterns, artificial grammars, and cartoon animals.

9 Protein topology cartoons are a representation of structural data commonl

10 TOPS cartoons are a schematic ion of protein three-dimensiona

11 ly rating 70 verbal and nonverbal achromatic cartoons as funny or unfunny.

12 We propose and test three cartoon-assignment algorithms that make inferences infor

13 Recently, an algorithm that produces the cartoons automatically from protein structures has been

14 ectrodes while participants watched a silent cartoon: bilateral auditory clicks, right somatosensory

15 and a job through interactions with virtual cartoon characters.

16 After implementation of the cartoon, electronically measured compliance improved, at

17 , and found such effects after adapting to a cartoon face, but not a real face.

18 visualized as a series of computer-generated cartoon face-like images, depicting how attributes chang

19 asked to attribute states of awareness to a cartoon face.

20 stimuli: real-face adaptation transferred to cartoon faces only when noise with correlation statistic

21 eal faces or natural images was added to the cartoon faces.

22 the most richly connected subgraph within a 'cartoon graph'.

23 from protein structures has been devised and cartoons have been generated to represent all the struct

24 ewhat facelike abstract images (for example, cartoon houses).

25 The target was a naturalistic cartoon image with a broadband spatial frequency amplitu

26 dren starting occlusion therapy received the cartoon in addition.

27 We now implemented this cartoon in clinics in low socioeconomic status (SES) are

28 e production of publication quality topology cartoons in a style commonly presented by structural bio

29 Here, we present a cartoon model and a model of optimal plant reproductive

30 The "cartoon" model presented here shows that interaction bet

31 identification of N-glycans to the level of 'cartoons' (monosaccharide composition and topology) by a

32 Accommodative responses to a step stimulus cartoon movie alternating from distance to near were rec

33 s of general interest--including the elegant cartoons of Len Goodwin and occasional acerbic comments

34 In the space of months we have gone from cartoons of postulated mechanisms to hard fact.

35 In cartoons of the secondary structure these two residues a

36 ing a 'ball' between the participant and two cartoon representations of other subjects.

37 c adults were presented with a high-contrast cartoon stimulus moving sinusoidally in diopters around

38 ren with second-order false-belief story and cartoon tasks, using functional magnetic resonance imagi

39 We showed previously that an educational cartoon that explains without words why amblyopic childr

40 This algorithm uniquely assigns the correct cartoon to more than half of the peaks in 41 out of the

41 e health-education package, which included a cartoon video, or to a control package, which involved o

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