ReadCube Papers
A reference-management and reading platform with literature search, annotation, sharing, and citation tools.
RESEARCH INFRASTRUCTURE
Software, frameworks, and platforms for scientific computing, data processing, visualization, experiment management, and reproducible workflows. Inclusion does not imply that a resource itself uses AI. The database currently includes 138 entries in this section.
A reference-management and reading platform with literature search, annotation, sharing, and citation tools.
A document workspace for connecting excerpts, annotations, and notes across multiple sources.
A review-management platform for screening records, collaborating with reviewers, resolving conflicts, and handling duplicates.
A systematic-review platform covering citation screening, full-text review, data extraction, and risk-of-bias assessment.
A workflow platform for systematic reviews, literature surveillance, and regulatory evidence management.
A collaborative review platform for screening documents, defining labels, and extracting structured information.
An open-source reference manager for collecting, organizing, annotating, citing, and synchronizing research materials.
A commercial reference-management application for collecting literature, sharing libraries, and formatting citations.
A collaborative, browser-based LaTeX editor for papers, reports, and technical documents.
A technical computing system for symbolic mathematics, numerical methods, modeling, and visualization.
A programming and numerical-computing environment used for algorithm development, data analysis, simulation, and engineering models.
An open-source interactive computing environment that combines code, data, narrative, and visual output.
An analytics platform for assembling data access, transformation, modeling, and machine-learning workflows from visual nodes.
An open-source visual programming application for data exploration, machine learning, and teaching.
A desktop application that combines biostatistical analysis, curve fitting, and scientific graphing.
Open-source graphing libraries for interactive visualization in Python, R, and JavaScript, with related application tooling.
An open-source web application that converts tabular data into a range of conventional and less common visual forms.
A browser-based tool for creating and publishing charts, maps, and tables without programming.
A template-based platform for interactive visualizations, animated charts, maps, and data stories.
A visual analytics platform for connecting data, exploring relationships, building dashboards, and sharing results.
A Windows application for scientific data analysis, curve fitting, and publication-oriented graphing.
An open-source R package based on a grammar of graphics for building reproducible statistical visualizations.
An open-source Python library for static, animated, and interactive visualizations.
A cloud platform for biotechnology research that combines electronic lab records, sequence tools, and research data management.
An open-source Python library for applying machine learning to drug discovery, quantum chemistry, biology, and materials problems.
A collection of frameworks, models, and deployment tools for generative AI in biomolecular and drug research.
NCBI sequence-search tools for finding local similarity between nucleotide or protein queries and sequence databases.
An open web platform for running, documenting, and sharing reproducible computational biology workflows.
Open-source software for building pipelines that measure cellular and other biological features in microscopy images.
An open-source framework built on PyTorch for developing and deploying deep-learning workflows in medical imaging.
A professional chemistry application for drawing structures and reactions and working with chemical information.
An open-source cheminformatics toolkit for molecular representations, descriptors, substructure search, and modeling workflows.
An open-source suite for electronic-structure calculations and materials modeling based on plane waves and pseudopotentials.
An open-source Python toolkit for computational biology, including sequence, structure, database, and file-format operations.
An open-source Python toolkit for preprocessing, reducing, clustering, and visualizing single-cell gene-expression data.
An open-source Python package that provides probabilistic generative models and a shared interface for single-cell omics.
An open-source workflow system for portable and scalable computational pipelines, widely used in bioinformatics.
An open-source workflow manager that expresses analysis steps and their dependencies as rules.
A community project that maintains Nextflow pipelines under shared development, testing, and release practices.
An open-source Python viewer for inspecting, annotating, and analyzing multidimensional scientific images.
Open-source desktop software for digital pathology and whole-slide image analysis.
A distribution of ImageJ bundled with plugins and update sites for scientific image analysis, especially in life sciences.
An open platform for managing, viewing, sharing, and analyzing microscopy images with their metadata.
An open-source program for predicting and scoring candidate binding poses between small molecules and receptors.
An open-source molecular simulation toolkit with a Python API and support for GPU acceleration.
An open-source toolkit and community project for setting up, running, and analyzing relative binding free-energy calculations.
An open-source Python library for representing, transforming, and analyzing materials structures and computational outputs.
An open-source Python toolkit for setting up, running, and analyzing atomistic simulations across multiple calculators.
An open-source parallel simulation engine for classical molecular dynamics and particle-based materials modeling.
An open-source package for training deep neural-network interatomic potentials and using them in molecular simulation.
An open-source PyTorch toolbox for developing and training atomistic machine-learning models.
An open-source application for interactive analysis and visualization of large two- and three-dimensional scientific datasets.
Desktop software for visualization and analysis of molecular structures, density maps, and related biomedical data.
Software for displaying, analyzing, and rendering molecular systems and simulation trajectories.
An open-source Python statistical-graphics library built on Matplotlib with a high-level, data-frame-oriented interface.
An open-source R package for quality control, analysis, integration, and visualization of single-cell transcriptomic data.
An open bioinformatics software ecosystem built around R, with analysis, annotation, experiment-data, and workflow packages.
An open-source genomics toolkit from the Broad Institute focused on variant discovery, genotyping, and related sequencing-data processing.
An open-source splice-aware aligner designed for RNA sequencing reads.
An open-source command-line tool for estimating transcript abundance from RNA-seq data using selective alignment or sketching methods.
An open-source tool that uses pseudoalignment to estimate transcript abundance from bulk or single-cell RNA-seq data.
An open-source Python framework for scalable genomic data analysis across local, cloud, and Spark environments.
An open-source command-line toolset for genome-wide association studies, genotype quality control, and population-genetic analysis.
An open-source command-line suite for reading, converting, sorting, indexing, and summarizing SAM, BAM, and CRAM alignment files.
An open-source tool that aggregates outputs from many bioinformatics programs and samples into a unified quality-control report.
A set of 10x Genomics pipelines for processing Chromium single-cell data, including barcode handling, UMI counting, and selected immune-receptor analyses.
An open-source command-line suite for manipulating, querying, filtering, summarizing, and calling variants in VCF, BCF, and gVCF data.
An open-source Ensembl tool that annotates the potential consequences of genomic variants on transcripts, proteins, and regulatory regions.
An open-source genome viewer for interactively examining sequencing, variation, annotation, and other data positioned on reference genomes.
Extensible open-source desktop software for displaying, processing, measuring, and analyzing scientific images.
Open-source software for controlling automated microscope hardware and running time-lapse, multichannel, and z-stack acquisitions.
An open-source Python tool for spatial molecular data analysis, including neighborhood graphs, spatial statistics, and tissue-image integration.
An open-source data framework, schema, and serialization format for representing, transforming, and querying uni- and multimodal spatial omics data.
An open-source PyTorch toolbox for graph representation learning in drug discovery, with components for molecules, proteins, reactions, and knowledge graphs.
An open-source deep-learning toolkit for drug-target interaction, molecular-property, and related biomedical prediction tasks.
Open-source high-performance software for molecular-dynamics simulation, energy minimization, and trajectory analysis.
A free research service for submitting protein-small-molecule docking jobs through a web interface and examining candidate poses.
A free web tool that calculates molecular descriptors and predicts selected ADME, pharmacokinetic, and drug-likeness properties.
An open-source Python library for graph deep learning, property prediction, and machine-learning potential development in materials science and chemistry.
An open-source Python package that converts atomic structures into fixed-size numerical descriptors such as SOAP and MBTR.
Open-source software for phonon spectra, density-of-states, and thermal-property calculations within harmonic and quasi-harmonic approximations.
Open-source Python software for density-functional-theory calculations using the projector-augmented-wave method and the Atomic Simulation Environment.
Open-source high-performance software for quantum chemistry and atomistic simulation of solids, liquids, molecules, and biological systems.
Proprietary research software for first-principles electronic-structure, materials-property, and quantum molecular-dynamics calculations.
An open-source suite for DFT, perturbation-theory, and many-body electronic-structure calculations on materials and molecules.
Open-source software that uses strictly localized atomic orbitals for electronic-structure and first-principles molecular-dynamics calculations on molecules and solids.
Open-source software using pseudo-atomic localized basis functions for electronic-structure, molecular-dynamics, and transport calculations in nanoscale materials.
An open-source high-level grammar and toolchain for defining interactive statistical graphics with concise declarative JSON specifications.
An open-source Python library that builds declarative statistical visualizations on the Vega-Lite specification.
An open-source Python library for interactive browser graphics, data applications, and linked visual exploration.
An open-source Python library for three-dimensional visualization and mesh analysis, with a NumPy-oriented interface over VTK.
Scientific software for visualizing and analyzing atomistic, molecular, and particle-simulation data, available as open-source Basic tools and a proprietary Pro edition.
An open-source application for interactive and parallel visualization and quantitative analysis of mesh-based scientific data.
An open-source desktop platform for visualizing, analyzing, and extending complex networks, with broad use in molecular and biological network research.
Open-source software for interactively exploring, laying out, filtering, and presenting complex networks on desktop or in a browser.
An integrated development environment for R and selected Python workflows, available in open-source desktop and server editions and commercial variants.
An open-source scientific publishing system that renders Markdown, notebooks, and executable code into articles, reports, presentations, websites, and books.
An open-source data version control tool that records large datasets, models, and machine-learning pipelines alongside Git-managed code.
An open-source platform for recording machine-learning experiments, managing models and artifacts, and supporting self-hosted collaboration.
A hosted platform and client tools for recording, comparing, and collaboratively managing machine-learning experiments, models, and data artifacts.
Proprietary modular software for visualizing, segmenting, tracking, and quantitatively measuring two- to four-dimensional microscopy images.
An open-source command-line suite for small-molecule docking, virtual screening, and scoring candidate receptor-ligand poses.
A molecular-dynamics software suite for biomolecular simulation. AmberTools is free and mostly open source, while Amber26 has a separate license and fee structure.
A proprietary integrated platform for molecular modeling, simulation, informatics, and computational research in drug discovery and materials science.
Molecular Operating Environment is a proprietary integrated platform for molecular modeling, drug design, cheminformatics, and simulation.
An open-source Python library and interactive application for two- and three-dimensional scientific-data visualization built on VTK.
Open-source software for checking raw high-throughput sequencing data and producing modular plots, tables, and HTML reports.
Open-source Python infrastructure for running computational-science workflows and recording the provenance of their data and processes.
The foundational open-source Python library for multidimensional arrays, vectorized numerical operations, linear algebra, and related numerical routines.
An open-source Python library for reading, cleaning, transforming, joining, and summarizing tabular and time-series data.
An open-source scientific-computing library built on NumPy, with maintained algorithms for optimization, integration, signals, sparse computation, statistics, and more.
An open-source Python machine-learning library covering supervised and unsupervised estimators, preprocessing, pipelines, model selection, and evaluation.
An open-source probabilistic-programming library for specifying Bayesian models in Python and fitting them with MCMC or variational inference.
An open-source probabilistic-programming language and cross-language toolkit for Bayesian statistical modeling and posterior inference.
An open-source toolkit for processing and visualizing scientific data, with capabilities spanning 2D plots, image processing, volume rendering, and 3D graphics.
An open-source Python library that uses declarative objects to connect data semantics with static or interactive visualizations.
An open-source Python rasterization pipeline that projects, aggregates, transforms, and shades large datasets into viewable representations.
An open-source Python visualization package based on a grammar of graphics, using layers and aesthetic mappings to compose statistical plots.
An open-source Python library that uses GPU and OpenGL acceleration for interactive two- and three-dimensional data visualization.
An open-source web technology stack for visualizing and analyzing large macromolecular structures and associated experimental data.
An open-source command-line tool for quality control and preprocessing of short-read FASTQ data, including filtering, trimming, and HTML or JSON reporting.
An open-source tool that finds and removes specified adapters, primers, poly-A tails, and other unwanted sequences from high-throughput sequencing reads.
A cross-platform open-source command-line toolkit for querying, transforming, summarizing, sampling, and indexing FASTA and FASTQ files.
An open-source aligner for mapping DNA or mRNA sequences to a reference, with modes for long reads, short reads, spliced transcripts, and assembly comparison.
An open-source FM-index aligner for mapping sequencing reads to long reference sequences in local, end-to-end, gapped, and paired-end modes.
An open-source command-line suite for intersecting, merging, comparing, covering, and otherwise analyzing genomic intervals.
An open-source Python package for statistical modeling and econometrics, with model estimation, statistical tests, diagnostics, and structured result summaries.
An open-source DataFrame query engine written in Rust, with eager and lazy execution, query optimization, and streaming support.
An open-source in-process analytical SQL database for querying local files, object storage, and in-memory data without a separate database server.
An open-source Python library for high-performance array computing and composable transformations including automatic differentiation, compilation, batching, and parallelization.
An open-source framework for automated hyperparameter optimization with dynamic search spaces, trial pruning, parallel execution, and study visualization.
An open-source deep-learning library for tensor computation, automatic differentiation, neural networks, and distributed training on CPUs and supported accelerators.
An open-source framework for building, training, evaluating, and deploying machine-learning models, with related components for servers, browsers, and mobile devices.
An open-source Python framework for organizing modular, maintainable, and reproducible data-science code through pipelines, configuration, and a data catalog.
An open-source distributed data-management tool built on Git and git-annex for versioning, retrieving, and sharing research datasets of any size.
A free web application for organizing systematic reviews and systematic maps, including import, deduplication, screening, data extraction, and process documentation.
An open-source R package for importing and deduplicating bibliographic data and interactively screening titles, abstracts, and topics for evidence synthesis.
An open-source cross-platform reference manager centered on BibTeX and BibLaTeX libraries, with metadata import, organization, citation, and export tools.