ライフサイエンスコーパス: deluge

1 frequency of large precipitation events, or deluges.

2 snow deluge, and discrepancies between snow deluge and median snow year changes, could impact water

3 amount of information generated by the data deluge and thus accelerate the pace of discovery in plan

4 Here, we introduce the term "snow deluge" and use anomalously high snowpack in California'

5 Changes to snow deluge, and discrepancies between snow deluge and median

6 While methods to cope with the data deluge are progressing, many biologists have lagged behi

7 ecosystem responded strongly to the applied deluges, but surprisingly, most variables increased line

8 The data deluge can leverage sophisticated ML techniques for func

9 This data deluge could result in detailed inference of underlying

10 The biological data deluge demands efficient and scalable methods to charact

11 ect and tend to overlook the burgeoning data deluge generated by scRNA-seq experiments.

12 To tackle this 'data deluge', here we introduce the BioPig sequence analysis

13 The data deluge in biology calls for computational approaches tha

14 age models have shown a way out of this data deluge in natural language processing by integrating mas

15 ogies have engendered a genome sequence data deluge in public databases.

16 The data deluge is changing the operating environment of many sen

17 An essential facet of the data deluge is the need for different types of users to apply

18 The term data deluge is used widely to describe the rapidly accelerati

19 The deluge of biological information from different genomic

20 The recent deluge of biological knowledge makes addressing this def

21 he advent of 5G mobile technology has seen a deluge of claims asserting that the new standard and RFR

22 In recent years, the deluge of complicated molecular and cellular microscopic

23 The deluge of current sequenced data has exceeded Moore's La

24 critical need to process and analyze such a deluge of data and turn it into useful knowledge has cau

25 However, the resulting deluge of data can be overwhelming.

26 The deluge of data emerging from high-throughput sequencing

27 modifiers, and rare, benign variants in the deluge of data emerging from increasingly accessible nov

28 ical modeling could benefit greatly from the deluge of data emerging from metagenomic studies, but da

29 knowledge and controversies arising from the deluge of data generated by new genetic technologies tha

30 Life science technologies generate a deluge of data that hold the keys to unlocking the secre

31 created to efficiently maintain and keep the deluge of data up to date.

32 c patterns that are emerging from the recent deluge of data, future investigations of genomic imprint

33 ds, and "omics" technologies have produced a deluge of data.

34 after the sequencing of the human genome, a deluge of genome-wide population data are generating a p

35 ndance of mutation discovery, similar to the deluge of genome-wide-association findings reported over

36 ncy and productivity while contending with a deluge of genomic and high-throughput screening data.

37 has finally become achievable thanks to the deluge of genomic and metagenomic sequences.

38 The deluge of genomic and proteomic data in the last two dec

39 ng cost of gene sequencing has resulted in a deluge of genomic data from across the tree of life; how

40 breakthroughs in structure prediction and a deluge of genomic sequence data, computational methods t

41 The current deluge of genomic sequences has spawned the creation of

42 Growing patient empowerment and the deluge of health information and misinformation have hig

43 unctional genomic technologies is creating a deluge of high volume, complex data, placing the burden

44 r, a profound disconnect remains between the deluge of high-resolution genetic and protein data on pa

45 The data deluge of high-throughput sequencing (HTS) has posed gre

46 on is a severe bottleneck when utilizing the deluge of high-throughput, next generation sequencing da

47 t today happens in the context of an immense deluge of information found on the internet.

48 rthritis, is now practically bypassed in the deluge of information suggesting that combinations of di

49 The deluge of information that emerges from these genome-sca

50 ghput phenotyping technologies has created a deluge of information that is difficult to deal with wit

51 Moreover, to help manage the deluge of interpretation methods, we introduce a categor

52 The deluge of large-scale catalogs of genetic variation has

53 e brain deal successfully with the continual deluge of linguistic input?

54 out the past several decades, the continuing deluge of massively large sequencing data sets presents

55 veral aspects related to the handling of the deluge of microarray data and extracting reliable inform

56 of Metabolism), a framework to translate the deluge of microbiome-based genomic information into a ca

57 usands of biomedical journals exist, and the deluge of new articles in the biomedical sciences is lea

58 The deluge of new papers may deprive reviewers and readers t

59 n from amino acid sequences have unleashed a deluge of new structures, presenting new opportunities a

60 rs their scalability for the ever-increasing deluge of newly sequenced genomes.

61 NA field is undergoing a renaissance, with a deluge of proteins being identified to bind RNA.

62 (SRs) can help decision makers interpret the deluge of published biomedical literature.

63 as a policy that we have used to address the deluge of RAE data.

64 s particularly important when faced with the deluge of rare genetic alterations identified by high th

65 A veritable deluge of recent publications points to the importance o

66 With the continued deluge of results from genome-wide association and funct

67 Despite a constant deluge of sensory stimulation, only a fraction of it is

68 Despite the deluge of sequence information, our understanding of the

69 The discovery of ABCA1 in 1999 triggered a deluge of studies conducted to characterize the properti

70 Despite a deluge of the speculation and the important role of the

71 The twenty-first century has brought forth a deluge of theories and data shedding light on the neural

72 A deluge of whole-genome sequencing has begun to give insi

73 As data deluge problem looms large on the information processing

74 The data and publication deluge related to macrophage biology require the develop

75 Managing and exploiting the data deluge require a reinvention of sensor system design and

76 ult from either warm or dry conditions, snow deluges require both cool and wet conditions.

77 spiration responded particularly strongly to deluge size (14- and 4-fold increases, respectively), as

78 To better understand how increasing deluge size will affect ecosystem function, we conducted

79 ively and linearly to predicted increases in deluge size, and that event sizes may need to exceed his

80 o be particularly responsive to increases in deluge size, as their ecological processes are largely d

81 ngly, most variables increased linearly with deluge size.

82 for response thresholds within the range of deluge sizes imposed, at least during this dry year.

83 uantified ecological responses to a range of deluge sizes, from moderate to extreme, with the goal of

84 cated regression approach, we imposed single deluges that ranged in size from 20 to 120 mm (82.3rd to

85 precipitation during California's 2023 snow deluge were both moderately anomalous, while temperature

86 y-370 scenario indicate that California snow deluges-which we define as the 20 y April 1 SWE event-ar

87 erage during drought years and 26-33% during deluge years.

88 2023 peak season from a record extreme snow deluge, yet entry was unrestricted due to lack of a park