Very Likely Science (65)
Very Likely Science (95)
Very Likely Science (80)
Very Likely Science (75)
pypi: sequence
A Python module for looping over a sequence of commands with a focus on high configurability and extensibility.Papers that mentioned: 4
Very Likely Science (65)
cran: sdcMicro
Statistical Disclosure Control Methods for Anonymization of Data and Risk EstimationPapers that mentioned: 4
Very Likely Science (100)
Very Likely Science (65)
Very Likely Science (83)
Very Likely Science (93)
Very Likely Science (100)
pypi: Owlready2
A package for ontology-oriented programming in Python: load OWL 2.0 ontologies as Python objects, modify them, save them, and perform reasoning via HermiT. Includes an optimized RDF quadstore.Papers that mentioned: 4
Very Likely Science (80)
Very Likely Science (83)
Very Likely Science (65)
Very Likely Science (65)
Very Likely Science (75)
Very Likely Science (65)
Very Likely Science (100)
Very Likely Science (65)
Very Likely Science (65)
Very Likely Science (65)
Very Likely Science (83)
Very Likely Science (100)
Very Likely Science (90)
Very Likely Science (100)
Very Likely Science (65)
Very Likely Science (80)
Very Likely Science (90)
Very Likely Science (75)
pypi: APMonitor
Python package to interface with the APMonitor optimization suitePapers that mentioned: 4
Very Likely Science (100)
Very Likely Science (83)
Very Likely Science (100)
Very Likely Science (73)
Likely Science (50)
Very Likely Science (100)
bioconductor: esATAC
An Easy-to-use Systematic pipeline for ATACseq data analysisPapers that mentioned: 4
Very Likely Science (100)
bioconductor: flowCL
Papers that mentioned: 4
Unlikely Science (0)
bioconductor: flowUtils
Papers that mentioned: 4
Unlikely Science (0)
bioconductor: isobar
Analysis and quantitation of isobarically tagged MSMS proteomics dataPapers that mentioned: 4
Very Likely Science (100)
Very Likely Science (75)
Very Likely Science (75)
pypi: altair
Vega-Altair: A declarative statistical visualization library for Python.Papers that mentioned: 4
Very Likely Science (100)
Very Likely Science (100)
pypi: StarStuff
Essential convenience functions to perform further analysis with star cluster information.Papers that mentioned: 4
Very Likely Science (75)
Very Likely Science (60)
Very Likely Science (95)
pypi: PhenotypeSeeker
Identifies phenotype-specific k-mers, creates phenotype prediction models and using this model predicts phenotype from sequenced bacterial strainsPapers that mentioned: 4
Very Likely Science (65)
Very Likely Science (85)
Very Likely Science (65)
Very Likely Science (100)
Very Likely Science (83)
Very Likely Science (93)
bioconductor: clusterStab
Compute cluster stability scores for microarray dataPapers that mentioned: 4
Very Likely Science (93)
cran: multgee
GEE Solver for Correlated Nominal or Ordinal Multinomial ResponsesPapers that mentioned: 4
Very Likely Science (100)
bioconductor: EBSeqHMM
Bayesian analysis for identifying gene or isoform expression changes in ordered RNA-seq experimentsPapers that mentioned: 4
Very Likely Science (100)
Very Likely Science (80)
cran: BayesVarSel
Bayes Factors, Model Choice and Variable Selection in Linear ModelsPapers that mentioned: 4
Very Likely Science (75)
bioconductor: infercnv
Infer Copy Number Variation from Single-Cell RNA-Seq DataPapers that mentioned: 4
Very Likely Science (100)
pypi: cellfinder
Automated 3D cell detection and registration of whole-brain imagesPapers that mentioned: 4
Very Likely Science (80)
Very Likely Science (65)
Likely Science (50)
Very Likely Science (100)
pypi: genex
Papers that mentioned: 4
Unlikely Science (0)
Very Likely Science (75)
Very Likely Science (90)
Very Likely Science (100)
bioconductor: BADER
Bayesian Analysis of Differential Expression in RNA Sequencing DataPapers that mentioned: 4
Very Likely Science (100)
pypi: ceres
Papers that mentioned: 4
Unlikely Science (0)
Very Likely Science (65)
Very Likely Science (80)
Very Likely Science (75)
bioconductor: ABarray
Microarray QA and statistical data analysis for Applied Biosystems Genome Survey Microrarray (AB1700) gene expression data.Papers that mentioned: 4
Very Likely Science (75)
Very Likely Science (65)
pypi: MCCNN
MCCNN is a neural network for learning a similarity measure on image patchesPapers that mentioned: 4
Very Likely Science (90)
Very Likely Science (93)
Very Likely Science (75)
cran: corncob
Count Regression for Correlated Observations with the Beta-BinomialPapers that mentioned: 4
Very Likely Science (93)
Very Likely Science (65)
pypi: EasyAlign
Simple Python Implementation of the Smith-Waterman and Needleman-Wunsch AlgorithmsPapers that mentioned: 4
Very Likely Science (95)
Very Likely Science (83)
Very Likely Science (100)
cran: Demerelate
Functions to Calculate Relatedness on Diploid Genetic DataPapers that mentioned: 4
Very Likely Science (85)
Very Likely Science (65)
Very Likely Science (75)
Very Likely Science (80)
cran: mmmgee
Simultaneous Inference for Multiple Linear Contrasts in GEE ModelsPapers that mentioned: 4
Very Likely Science (83)
Very Likely Science (100)
Very Likely Science (90)
Very Likely Science (75)
bioconductor: scAlign
Papers that mentioned: 4
Unlikely Science (0)
Very Likely Science (93)
Likely Science (50)
Very Likely Science (90)
pypi: rdrobust
Implements local polynomial Regression Discontinuity (RD) point estimators with robust bias-corrected confidence intervals and inference procedures.Papers that mentioned: 4
Very Likely Science (95)
Very Likely Science (93)
Very Likely Science (75)
cran: DCODE
List Linear n-Peptide Constraints for Overlapping Protein RegionsPapers that mentioned: 4
Very Likely Science (75)
Very Likely Science (65)
Very Likely Science (75)
Very Likely Science (90)
cran: hydroPSO
Particle Swarm Optimisation, with Focus on Environmental ModelsPapers that mentioned: 4
Very Likely Science (100)