Very Likely Science (75)
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Likely Science (40)
pypi: biopython
Freely available tools for computational molecular biology.Papers that mentioned: 114
Very Likely Science (100)
Very Likely Science (93)
cran: Risk
Computes 26 Financial Risk Measures for Any Continuous DistributionPapers that mentioned: 114
Very Likely Science (83)
Very Likely Science (99)
Very Likely Science (83)
pypi: bnlearn
Python package for learning the graphical structure of Bayesian networks, parameter learning, inference and sampling methods.Papers that mentioned: 113
Very Likely Science (90)
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Very Likely Science (100)
cran: bnlearn
Bayesian Network Structure Learning, Parameter Learning and InferencePapers that mentioned: 113
Very Likely Science (85)
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cran: mvabund
Statistical Methods for Analysing Multivariate Abundance DataPapers that mentioned: 112
Very Likely Science (93)
cran: mvmeta
Multivariate and Univariate Meta-Analysis and Meta-RegressionPapers that mentioned: 112
Very Likely Science (93)
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cran: betapart
Partitioning Beta Diversity into Turnover and Nestedness ComponentsPapers that mentioned: 111
Very Likely Science (75)
bioconductor: PROMISE
PRojection Onto the Most Interesting Statistical EvidencePapers that mentioned: 111
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cran: fmsb
Functions for Medical Statistics Book with some Demographic DataPapers that mentioned: 111
Very Likely Science (85)
Very Likely Science (85)
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Very Likely Science (85)
Very Likely Science (85)
pypi: networkx
Python package for creating and manipulating graphs and networksPapers that mentioned: 110
Very Likely Science (100)
Likely Science (40)
Very Likely Science (85)
bioconductor: flowCore
flowCore: Basic structures for flow cytometry dataPapers that mentioned: 109
Very Likely Science (75)
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cran: mstate
Data Preparation, Estimation and Prediction in Multi-State ModelsPapers that mentioned: 108
Very Likely Science (75)
bioconductor: wateRmelon
Illumina 450 and EPIC methylation array normalization and metricsPapers that mentioned: 108
Very Likely Science (98)
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Very Likely Science (65)
cran: NMF
Algorithms and Framework for Nonnegative Matrix Factorization (NMF)Papers that mentioned: 108
Very Likely Science (100)
cran: EMT
Exact Multinomial Test: Goodness-of-Fit Test for Discrete Multivariate DataPapers that mentioned: 108
Very Likely Science (85)
Very Likely Science (100)
pypi: Watson
The Chatbot that won America's hearts in the 80's is back! And this time, he means business!Papers that mentioned: 108
Unlikely Science (15)
cran: Distance
Distance Sampling Detection Function and Abundance EstimationPapers that mentioned: 108
Very Likely Science (100)
Very Likely Science (65)
cran: origin
Explicitly Qualifying Namespaces by Automatically Adding 'pkg::' to FunctionsPapers that mentioned: 107
Very Likely Science (75)
bioconductor: rtracklayer
R interface to genome annotation files and the UCSC genome browserPapers that mentioned: 107
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cran: AF
Model-Based Estimation of Confounder-Adjusted Attributable FractionsPapers that mentioned: 106
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Very Likely Science (93)
Likely Science (40)
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cran: node2vec
Algorithmic Framework for Representational Learning on GraphsPapers that mentioned: 104
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pypi: i
Never use print() to debug again; inspect variables, expressions, and program execution with a single, simple function call.Papers that mentioned: 103
Very Likely Science (95)
cran: pbkrtest
Parametric Bootstrap, Kenward-Roger and Satterthwaite Based Methods for Test in Mixed ModelsPapers that mentioned: 102
Very Likely Science (75)
pypi: AltAnalyze
User Friendly Application for Comprehensive Transcriptome AnalysisPapers that mentioned: 102
Very Likely Science (90)
Very Likely Science (85)
pypi: pythia
An extensible, object-oriented framework for specifying and staging complex, multi-physics simulations.Papers that mentioned: 102
Very Likely Science (75)
pypi: SVR
Used to retrieve the latest version of a software and will return it as a stringPapers that mentioned: 102
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pypi: CAGE
A generic and fairly complete cellular automata simulation engine.Papers that mentioned: 101
Very Likely Science (90)
cran: DSSAT
A Comprehensive R Interface for the DSSAT Cropping Systems ModelPapers that mentioned: 100
Very Likely Science (100)
Very Likely Science (91)
Very Likely Science (100)
pypi: Circuitscape
Circuitscape borrows algorithms from electronic circuit theory to predict patterns of movement, gene flow, and genetic differentiation among plant and animal populations in heterogeneous landscapes.Papers that mentioned: 100
Very Likely Science (75)
Very Likely Science (65)
Very Likely Science (65)
Very Likely Science (65)
Very Likely Science (65)
pypi: CIRCexplorer
A combined strategy to identify circular RNAs (circRNAs and ciRNAs)Papers that mentioned: 99
Very Likely Science (100)
Very Likely Science (83)
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Very Likely Science (100)
cran: SAMBA
Selection and Misclassification Bias Adjustment for Logistic Regression ModelsPapers that mentioned: 97
Very Likely Science (93)
Very Likely Science (100)
cran: fastText
Efficient Learning of Word Representations and Sentence ClassificationPapers that mentioned: 97
Very Likely Science (83)
Very Likely Science (100)
Very Likely Science (93)
pypi: PhenoGraph
Graph-based clustering for high-dimensional single-cell dataPapers that mentioned: 96
Very Likely Science (100)
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Very Likely Science (85)
Very Likely Science (75)
Very Likely Science (93)