ライフサイエンスコーパス: can handle

1 are limited by the electron dose the sample can handle.

2 f datasets and complexity of models that ABC can handle.

3 han SVD-based low-rank approximation methods can handle.

4 a level much higher than the cardiac muscle can handle.

5 conventional single-molecule fitting methods can handle.

6 acts, we developed a software Polytrap which can handle 11 reference genomes.

7 sten nano-antennas and demonstrate that they can handle 110 and 300 times higher fluence than that of

8 in CHARMM-GUI PDB Reader & Manipulator that can handle a diversity of ligand-amino acid linkage type

9 EagleView can handle a large genome assembly of millions of reads.

10 The EBLASSO logistic regression method can handle a large number of effects possibly including

11 The new method can handle a large sample with thousands of individuals

12 A simulation study shows that the new method can handle a model with a number of effects 15 times lar

13 is a clear need for arrays of ion traps that can handle a much larger number of qubits.

14 The tool can handle a variety of protein complex types including

15 The software can handle a wide range of problems that interest biomec

16 able any user to parse plate reader data and can handle a wide variety of instruments (10+) and data

17 ional disease loci, a unified framework that can handle all of these features has been lacking.

18 TrieDedup can handle ambiguous base 'N's, and efficiently deduplic

19 The method is robust because it can handle an arbitrary number of alleles with arbitrary

20 nvestigation requires an automated tool that can handle an enormous amount of sequencing data in a ti

21 The proposed method can handle an unknown number of surfaces in each pixel,

22 PBAP sets up files for MORGAN, which can handle analyses for small and large pedigrees, typic

23 ust evaluate what community delivery systems can handle and how to best utilize them to improve postn

24 ndidate SNPs, far more SNPs than competitors can handle, and it outperformed competitors in simulatio

25 file in Protein Data Bank (PDB) format, 3DNA can handle antiparallel and parallel double helices, sin

26 eralizes to multiple combinatorial tags, and can handle any barcoding scheme.

27 ace of KS into canonical (unique) forms that can handle any KS and obtains the topology and other det

28 uerying scheme is computationally efficient, can handle any network query with an arbitrary topology

29 It can handle any response function, linear or nonlinear, f

30 ATP-expensive chaperones), comprehensive (it can handle any type of protein), and economical (the cha

31 ElasticBLAST can handle anywhere from a few to many thousands of quer

32 e marker locus allele flow relationships and can handle arbitrarily complex pedigrees and missing mar

33 ate of 1%, modest runtimes of 0.4-1.2 h, and can handle arbitrary isotope labeling patterns and data

34 signed representation learning task and thus can handle batch effects and dropout events simultaneous

35 p towards a more general LAFM algorithm that can handle biological macromolecules with multiple disti

36 model for the decay of LD with distance that can handle both "blocklike" and "nonblocklike" patterns

37 Our proposed approach can handle both individual genotype data and pooled DNA

38 lacks an efficient and powerful method that can handle both main and epistatic effects of a relative

39 or compressive quantum state estimation that can handle both normal errors and large outliers in the

40 incorporates an algorithm for Semi-NMF which can handle both positive and negative elements for log-r

41 Our pipeline can handle both T1w and T2w structural infant brain MR i

42 to hundreds of millions of viral genomes and can handle complex demographic and population genetic mo

43 First, the tree method is unique because it can handle complex interactions between categorical feat

44 Compared to existing approaches, CMINT can handle complex lineage topologies, capture higher qu

45 an improved predictive risk assessment that can handle constantly evolving challenges while reducing

46 Moral philosophy, however, can handle contemporary biomedical issues.

47 os with particular attention to methods that can handle continuously measured exposures.

48 ing with uncorrelated pleiotropy, only a few can handle correlated pleiotropy, in which some SNPs/IVs

49 Random effect EXpression (tREX) method that can handle data at various resolutions.

50 , Reptile has the favorable property that it can handle data that does not fit in main memory.

51 time method using penalized likelihood that can handle datasets of thousands of taxa.

52 bulkAnalyseR can handle different modalities, facilitating robust int

53 TraitScan can handle either individual-level or summary-level GWAS

54 nuclear families with just two children and can handle families with missing individuals.

55 Envelope can handle fractional or complete atom or residue-based

56 missing values of high-dimensional data that can handle general missing data patterns.

57 nts for within-family trait correlations and can handle general pedigrees with arbitrary patterns of

58 Our approach requires no parameters and can handle general types of data, making it easy to use

59 sed MSA visualization tool called NX4, which can handle genome alignments comprising thousands of seq

60 ing a need for computational algorithms that can handle heterogeneous datasets across multiple experi

61 bate (LN) Mach-Zehnder modulator (MZM) which can handle high optical power of 110 mW, while having 3-

62 ght different classification techniques that can handle high-dimensional data have been evaluated and

63 ral network (CNN) as a nonlinear model which can handle high-dimensional fluid flows.

64 ed as a probabilistic bipartite graph, which can handle highly complex network systems and accommodat

65 All these programs can handle huge datasets with millions of sequences and

66 The method can handle incomplete observations and takes into accoun

67 -vector dynamic programming algorithm, Btrim can handle indels in adapters and barcodes.

68 The program can handle individual or batch submissions of different

69 mixture of non-linear regression model that can handle intersample variation.

70 acological targeting of recombinant proteins can handle intracellular Ca2+ homeostasis under hypoxia-

71 aged at adequately high power (some antennas can handle just a few milliwatts).

72 The few tools that can handle large data do so by reducing the computationa

73 inference methods have been developed, which can handle large data.

74 ify both common and rare cell population and can handle large dataset.

75 emory usage, it ensures fast performance and can handle large datasets consisting of hundreds of geno

76 It can handle large datasets from several genomes simultane

77 The GAPIT package can handle large datasets in excess of 10 000 individual

78 apidly growing sequence data, as few methods can handle large datasets while maintaining alignment ac

79 , we developed new alignment techniques that can handle large gaps in a robust fashion and discrimina

80 igger performs at near-human-level accuracy, can handle large images, and includes a user-friendly to

81 xtension to RF-Net, called Fast-RF-Net, that can handle large numbers of reticulations without sacrif

82 The result is a flexible framework, which can handle large-scale data with noisy incomplete sample

83 anTraX can handle large-scale experiments with minimal human in

84 GEMDiff can handle large-scale gene expression data without succ

85 GRNs, more rapid and efficient methods which can handle large-scale problems still need to be develop

86 The state-of-the-art pipettors can handle liquids down to approximately 100 nL, althoug

87 It can handle long reads (50-100 nt) and can exploit paired

88 xactive Orbitrap UHMR mass spectrometer that can handle m/z up to 80,000 and MDa-size ions in the nat

89 The library can handle macromolecular complexes formed by proteins a

90 Thus, the creation of new methods which can handle many expression measurements on relatively sm

91 These innovations show how vectors can handle many properties traditionally thought to be o

92 The regression-based analysis can handle medium- and large-scale experiments where it

93 eater flexibility to model time effects, and can handle missing data more appropriately.

94 We demonstrate that NMF can handle missing values naturally and this property le

95 roundwork for more comprehensive models that can handle mixed cell cultures, multiple nutrients and g

96 The algorithm can handle models with uniform or alternating step sizes

97 nteractions because the nanophotonic tweezer can handle molecules from tens to thousands of nanometer

98 ollocation method, which is often faster and can handle more diverse problems than other methods for

99 ction and affected pair linkage analyses and can handle more markers than other pedigree analysis pac

100 have developed data integration methods that can handle multiple data sets differing in statistical p

101 on methodology, designated Pointillist, that can handle multiple data types from technologies with di

102 The method can handle multiple fixed or time-dependent categorical

103 Alternative methods that can handle multiple observations and dependency within a

104 pervised, works for both 2D and 3D data, and can handle multiple staining channels.

105 s a single system that can learn rapidly and can handle naturalistic data.

106 This algorithm can handle networks that incorporate relationships with

107 The EM algorithm can handle not only the usual regression models but it a

108 ctra (ESI-MS/MS), but unlike CFM-ESI, CFM-EI can handle odd-electron ions and isotopes and incorporat

109 se methods are limited by the fact that they can handle only a small number of protein sequences.

110 the factor analytic structure is robust and can handle other structures as special cases.

111 posed method has higher prediction power and can handle participants from different ancestry backgrou

112 -SMPS is independent of light scattering and can handle particles as small as ~13 nm.

113 It can handle problems involving multiple polymorphic marke

114 with a quantitative modeling framework that can handle realistic input.

115 h the Cochran Mantel Haenszel (CMH) approach can handle replicated count data, our simulations showed

116 In the current version, ESS++ can handle several hundred observations, thousands of pr

117 It can handle single and multiple binary and continuous ins

118 A nucleic acid extraction system that can handle small numbers of specimens with a short test

119 IRootLab can handle some of the most popular file formats used in

120 This pipeline can handle standard amino acids and those with post-tran

121 present a new phasing method, SHAPEIT3, that can handle such biobank-scale data sets and results in s

122 Anaerobic undefined mixed cultures can handle the complexity and variability of organic was

123 ts the need for comprehensive solutions that can handle the complexity and variety of data in aging r

124 challenging, because few biophysical methods can handle the detergents required to maintain target st

125 ructures was designed and benchmarked, which can handle the DNA bead-pairs with zero Hi-C contact val

126 BASIS can handle the heteroskedasticity of probe intensity or

127 on of a hybrid bilinear/trilinear model that can handle the image fused structure preserving the natu

128 al outperforms non-probabilistic methods and can handle the inherent missing data characteristic that

129 MungeSumstats can handle the most common summary statistic formats, in

130 ast, cache oblivious, SNP-aware aligner that can handle the multi-mapping of HTS reads very efficient

131 nt of computationally efficient methods that can handle the resulting large-scale datasets.

132 ack of suitable statistical methodology that can handle the scale of and differential power inherent

133 ized Poisson regression mixture model, which can handle the zero inflation and Poisson dispersion in

134 , we present a class of test statistics that can handle these challenges.

135 Published work can handle these hard situations only by introducing glo

136 a global and local prediction algorithm that can handle these types of systems, (2) a method of switc

137 nalties for offloading a larger load than it can handle.These models are then incorporated into our p

138 Here, we argue that the brain can handle this all by integrating a brainstem central p

139 r, and comparative phylogenetic methods that can handle this new data are wanted.

140 y sizes our bacterial-based selection system can handle, this method should provide a powerful tool f

141 Our algorithm can handle thousands of gene-length sequences without th

142 total size of sequences analyzed; hence, it can handle thousands of sequences or millions of letters

143 ed for an efficient and scalable method that can handle thousands of whole genomes for organisms with

144 Unlike previous approaches, our framework can handle time-stamped ancient samples, as well as geno

145 ation-free spatial factorization method that can handle transcriptome-wide data labeled with billions

146 comprehensive hypothesis-testing scheme that can handle unbalanced data and random effects.

147 uations, and thus the pre-trained metasystem can handle uncertainties in inputs without post-tuning.

148 tocol for two-step consensus clustering that can handle unequal missing labels (i.e. multiple predict

149 The method can handle unique challenges encountered during video ca

150 function based on a full Bayesian model that can handle unknown site abundance, unknown motif width a

151 require log-ratio transformations and hence can handle zeroes in the data.