ライフサイエンスコーパス: schematic

1 nomics process through specialized "pipeline schematics".

2 feasible in humans, especially using bypass schematic.

3 subunit order typically presented in laminin schematics.

4 nced genomes are available including summary schematics.

5 In Experiment 1, schematic adaptor stimuli preceded naturalistic images o

6 We introduce a schematic, analytically solvable mathematical model to c

7 In this review, we provide a classification schematic and propose potential economic values associat

8 These guidelines provide a schematic approach that helps primary care physicians to

9 isualizations of reconstructed patterns on a schematic Arabidopsis root are available at http://www.a

10 g online supplement we present a full set of schematics, bill of materials, PCB layouts, CAD drawings

11 h17 cells cannot be described using a narrow schematic, but instead Th17 cells comprise a wide spectr

12 functioning of implicit, relatively unaware, schematic cognitions and relatively aware, explicit, eve

13 This schematic consists of four main software components: (i)

14 We further derive from our observations a schematic denaturation phase diagram together with energ

15 version of the software, GSDraw, for drawing schematic diagrams of gene structures.

16 OMOTIF program, summary PROCHECK results and schematic diagrams of protein-ligand and protein-DNA int

17 that greatly simplifies the construction of schematic diagrams of proteins.

18 Detailed schematic drawings and representative micrographs provid

19 Through the presentation of schematic drawings, photographs, morphological recording

20 verse scaling, computed with a three surface schematic eye (R(2) = 0.97, P < 0.01).

21 ter conversion computed from a three-surface schematic eye, RNFL scans were interpolated at 300 to 60

22 hematic house adaptors, upright and inverted schematic faces adapted the N170 to subsequent naturalis

23 models of eyespot development and propose a schematic for the genetic regulatory architecture of eye

24 rging using noninvasive or hemodialysis-like schematics for the prevention of metastasis.

25 new tetrahedral intermediates and suggest a schematic framework for conformer transitions.

26 inherent in other approaches and furnishes a schematic framework for elucidating the ligand-protein i

27 Relative to a baseline condition with schematic house adaptors, upright and inverted schematic

28 Using this schematic I propose two hypotheses for why we observe li

29 e anatomy and nomenclature are reviewed with schematic illustrations and clinical examples from patie

30 ns between episodic details and more generic schematic information.

31 TOPS cartoons are a schematic ion of protein three-dimensional structures in

32 A schematic kinetic model is proposed for the hydroperoxid

33 Here we investigate how real-life gains in schematic knowledge affect the neural correlates of epis

34 experiences that make contact with existing schematic knowledge are more easily encoded and remember

35 mory processes by weighting the influence of schematic knowledge.

36 a plot that shows all the interactions in a schematic manner.

37 across brain-lesioned soldiers to produce a schematic map of the projection of the visual field upon

38 ries) and statistical patterns of locations (schematic memories) to guide its search.

39 on detailed episodic memories to generalized schematic memories.

40 into the brain regions necessary for normal schematic memory and enhance our understanding of the br

41 However, schematic memory can also promote memory errors, produci

42 wever, these advantageous characteristics of schematic memory may come at the cost of episode-specifi

43 s suggest that the vmPFC plays a key role in schematic memory processes by integrating previous exper

44 ge (n = 6) would show a reduced influence of schematic memory relative to healthy normal comparison p

45 Schematic memory, or contextual knowledge derived from e

46 al prefrontal cortex (vmPFC) to generalized, schematic memory.

47 g that vmPFC damage reduced the influence of schematic memory.

48 A schematic microarray of five GPCRs had been used as a mo

49 (alpha) process and to a scaling relation of schematic mode-coupling theory.

50 A schematic model based on these observations is presented

51 A schematic model is proposed for the mode of protein-DNA

52 ed miRNAs and their target genes, a putative schematic model of miRNA-mediated bolting and flowering

53 Here we describe a schematic model of the unique Prf N-terminal domain dime

54 A frequently used schematic model of transcriptional elongation shows an R

55 on the basis of a proposed three-dimensional schematic model structure derived from the bacterial enz

56 folding phase diagram, and show that even a schematic model such as the one we consider yields reaso

57 abonomic findings, we were able to develop a schematic model summarizing the most prominent molecular

58 We present a schematic model that highlights the differences in callo

59 Schematic models that trace the path of the backbone and

60 In this paper, the authors use 3 schematic models to explain visually the relations betwe

61 against environmental decoherence.Fig. 1.(A) Schematic of a laser pumped by hot photons at temperatur

62 e is coherence between the levels.Fig. 2.(A) Schematic of a photocell consisting of quantum dots sand

63 (B) Schematic of a quantum dot solar cell in which state b i

64 (B) Schematic of atoms inside the cavity.

65 ents: a colorful graphical display showing a schematic of genes and features; an annotated sequence v

66 ical surface, from which we propose a simple schematic of this contrast-dependent fMRI response.

67 hs of time resolved expression profiles, and schematics of protein localization throughout the cell c

68 s in the I-t plots can be accounted for with schematics of the zone migration that show the migration

69 tive organization is a key component of this schematic organization.

70 On the basis of a general schematic PPAR pharmacophore model, scaffold 1 was divid

71 Our results lead to the proposal of a schematic protein phase diagram that should enable predi

72 se effects are discussed in the context of a schematic representation of heme pocket wells and barrie

73 ons), or as residue-based diagrams including schematic secondary structure information (for individua

74 We devised a simple and schematic sequence-based system of seven multiplex PCRs,

75 nuity illusion have been studied mostly with schematic stimuli (e.g., simple tones) and are still a m

76 We find that switching from an episodic to a schematic strategy over time leads to enhanced performan

77 A schematic summary showing the links between behaviour an

78 In particular, we present schematics that define the relative positions of all ind

79 and the I-t plots provide the foundation for schematics that describe the zone elution following pola

80 M integrating confocal thermal-lens scanning schematic, time-resolved detection, PT spectral identifi

81 We present a schematic to explain the mechanism of nocturnal eczema.

82 To advance beyond descriptive schematics to the development of robust, predictive mode

83 Schematic visual explanations are provided to help clini