ライフサイエンスコーパス: look like

1 ral KOS for use in chemical assessment could look like.

2 what the inside of a chromosome is likely to look like.

3 re of numerical soil C cycling models should look like.

4 n easy way to understand what all m/z images look like.

5 at the unfolding transition state of C12 may look like.

6 he question of how this shape should ideally look like.

7 to better understand what the mound features look like.

8 nderstanding of what a crystal structure can look like.

9 ws of what a well-staffed ward/service would look like.

10 about what the future of open science could look like.

11 elusive what such logic is, or even, what it looks like.

12 at what the full "entangled bank" of species looks like.

13 y EAE, as to what it is, rather than what it looks like.

14 ic understanding of what a healthy body size looks like.

15 iatric model, what the gold crown could have looked like.

16 because so little was known about what they looked like.

17 s internal maps and models of these networks look like?

18 ill the next generation of silicon photonics look like?

19 of the state-of-the-art in peptide synthesis look like?

20 s of imaging MS data: what do all m/z images look like?

21 post-MDG framework for global health justice look like?

22 of real, large, atomically detailed proteins look like?

23 n evolutionary sense) mortality trajectories look like?

24 d a socially responsible managed care system look like?

25 ble and what should future COVID-19 vaccines look like?

26 le composed of four stacked rings, making it look like a barrel.

27 ty one-third that of the Sun was observed to look like a fading pair-instability supernova.

28 Why doesn't the world look like a film recorded on a shaky camera?

29 reasonably related to each other or do they look like a random assembly?

30 morphology of the as-formed Si-GR composites looked like a crumpled paper ball and the average size o

31 the images horizontally so that a left knee looked like a right knee and vice versa.

32 clusion follows that the genetic code per se looks like a "frozen accident" but only beyond the "2 x

33 A-seq data, in other words, whether the data looks like a collection of distinct clusters or a contin

34 H3 looks like a glycosyltransferase, a family of enzymes th

35 ed a polymorphic variant of SMNT exon 7 that looks like a homozygous deletion; (ii) approximately 1%

36 With all that, the rostrum gyrus looks like a model of the pig rostrum at a scale of ~1:2

37 Although on the surface, nebulin looks like a molecular ruler, it may be playing a more c

38 ike The number eight when rotated 90 degrees looks like a pair of eyeglasses involves the participati

39 lular fluid space within the organ of Corti, looks like a slender micro-tube.

40 the SHAPE profile that human experts agree 'looks' like a riboSNitch.

41 born with a very rare condition in which he looks like an elderly person.

42 d these moduli spaces carry a structure that looks like an extension of the notion of cluster variety

43 n anthropomorphic bionic limbs: devices that look like and are controlled in the same way as the biol

44 se of what an active TAM receptor kinase may look like and suggesting a potential role for the juxtam

45 considerations of what an ideal platform may look like and the apparent state of the art.

46 ntific norms about what high-quality ecology looks like and expectations about what high-quality stud

47 What did these primitive proteins look like, and how were they of benefit to early forms o

48 What did coral reef ecosystems look like before human impacts became pervasive?

49 Thus, to CheZ, CheY** looks like CheY, but to FliM, it looks like CheY-P.

50 heZ, CheY** looks like CheY, but to FliM, it looks like CheY-P.

51 Structures that looked like coated buds were observed and buds were labe

52 in their amino acid activation domains that look like defective methyltransferase (MT) domains.

53 sternae stack like pancakes, red blood cells look like donuts-but very little in our human experience

54 detergent-resistant polymers, some of which looked like filopodia extending into the lumen of swolle

55 iments, participants learned what new people looked like for the purpose of future identification, fr

56 e lack of robust definitions of what success looks like for clinical trials in PSC have also contribu

57 rovide a realistic picture of what the field looked like from a practitioner's viewpoint 10 years ago

58 rovide a realistic picture of what the field looked like from a resources and finally provide a reali

59 mans with insights into what the environment looks like from another's point of view [1-4].

60 issociated object appearance (what an object looks like) from object category (animate or inanimate)

61 her quality when paired with researchers who look like "good scientists." Our findings offer insights

62 to estimate what the married twin would have looked like had he remained unmarried.

63 ient properties of an object-such as what it looks like, how it moves, and how it is used-is stored i

64 around and asked, what would a genetic code look like if it had evolved in response to various diffe

65 d speculation about what certification might look like in 2036.

66 microscopy have revealed what these proteins look like in atomic detail but do not tell us how they f

67 r description of what professional behaviors look like in practice.

68 ations of what a Caribbean coral reef should look like in the absence of humans.

69 te predictions on how the sensory input will look like in the immediate future.

70 a diagnostic and therapeutic workflow might look like in the near future for these three major burde

71 ed selection of priority interventions might look like in three hypothetical conflict contexts that d

72 nd implications for what otolaryngology will look like in years to come.

73 process evaluations with qualitative methods looks like in practice and that many studies of this nat

74 a dementing illness, and the syndromes that look like it but are caused by other neurodegenerative d

75 Vertebrates do not look like jellyfish because the bones of their skeletons

76 inesia, status dystonicus) and seizures that look like MDs (eg, epilepsia partialis continua, nocturn

77 the residual between any two spectra should look like noise only when the two spectra originate from

78 ost psoriatic patients maintain what grossly looks like non-inflamed, normal skin in the face of mass

79 Although proteins look like organic crystals by the criterion of average d

80 Such shifts can look like responses to climate change but are not.

81 the mimics and chameleons including MDs that look like seizure (eg, paroxysmal dyskinesia, status dys

82 The figure representing Science looks like she should be in Ancient Greece, but she is i

83 What has looked like strategic distractor suppression in the past

84 s ISE membranes and how this results in what looks like super-Nernstian responses.

85 Accumbens activity in adolescents looked like that of adults in both extent of activity an

86 mug), and, crucially, inanimate objects that look like the animate objects (e.g., a cow mug).

87 ed to form thicker filamentous networks that look like the fibrogranular structures termed the "nucle

88 ed to the different populations (weighted to look like the overall study population versus treated gr

89 predict the future, when the future does not look like the past?

90 kyr of Antarctic accumulation has not always looked like the estimate of precipitation and accumulati

91 For cost and simplicity, HMF looked like the most appropriate index in puffed cereals

92 Additionally, waterjet-cleaned surfaces looked like the original implant material surface, while

93 ations, but the lateral canal sensory crista looks like the "hemicrista" of some amphibians and amnio

94 venile tails, producing a Lep phenotype that looks like the tails of leptoderan species.

95 ionary process that makes edible butterflies look like their inedible cousins (better known as Batesi

96 icate that mice whose T cell subset patterns look like those of old mice tend to die at earlier ages,

97 kar2b(+/-) animals, bone lesions formed that looked like those of the Prkar1a(+/-) mice.

98 gregates are stationary masses of cells that look like three-dimensional traffic jams.

99 us to predict what this distribution should look like under fairly general assumptions.

100 of the largest known arthropod Arthropleura looked like, unlocking the key to its affinities.

101 but do swim (Swm(+)) and produces cells that look like wild-type swarmer cells, termed "pseudoswarmer