Scientific Research Tools MCP Repositories

Provides tools for viewing, converting, sorting, indexing, and analyzing SAM/BAM/CRAM genomic files. Facilitates efficient bioinformatics workflows with region-specific analysis and statistics generation.

Access a variety of NASA data through natural language queries, including astronomical images, Mars rover photos, Earth satellite images, near-Earth object data, and space weather information.

Supports training, testing, and deploying support vector machine models for classification tasks. Facilitates advanced algorithm utilization to improve predictive performance within machine learning projects.

Interact with Wikidata to search for entities, extract metadata, and execute SPARQL queries for enhanced data insights.

Query and analyze comprehensive geologic data using the Macrostrat API, providing access to geologic units, minerals, timescales, and more. Create visualizations based on geological data to enhance understanding.

Connects AI models to over 20 NASA APIs, providing a standardized interface for data retrieval and interaction. Supports automatic parameter validation and error handling for optimized data consumption.

A lightweight C++ library for portable GPU computation that uses the WebGPU specification, enabling seamless integration of GPU capabilities across a variety of hardware platforms. It supports multiple GPU backends, including Vulkan, Metal, and DirectX, facilitating efficient development and fast iterations.

Search and download academic papers from various sources such as arXiv, PubMed, bioRxiv, and Sci-Hub. Integrates with large language models to streamline access to scholarly articles and enhance research workflows.

Analyze binaries efficiently using Binary Ninja's powerful analysis capabilities through the MCP framework. Connect to Cline for enhanced functionality and seamless integration.

Provides access to WolframAlpha's LLM API for querying complex information in natural language, allowing for structured responses on topics like science, mathematics, and history.

Facilitates integration of AI models with various tools and prompts, allowing for rapid development and automated type safety in TypeScript without infrastructure management.

Access and retrieve information about chemical compounds from PubChem, including detailed property data and molecular structures through a simple interface. Supports queries by name, SMILES, or CID to streamline research and analysis in chemistry.

Execute Python code through the Model Context Protocol interface, enabling Large Language Models to leverage Python capabilities within their responses. The server supports both stdio and SSE transport modes and is implemented in TypeScript.

Provides access to a dataset of Q-Anon posts for research purposes, enabling users to search, filter, and analyze the content for sociological insights.

Conduct comprehensive research on complex topics by generating structured research reports and synthesizing information from diverse sources. This tool enables in-depth exploration of questions and identification of relevant sources.

Executes R code, visualizes plots, and interacts with scientific data within stateful sessions. Supports multimodal outputs to enhance conversations around scientific topics.

Connects PyMOL to Claude AI for natural language interaction with molecular visualization and analysis, enabling intelligent command parsing and structural analysis.

Integrate Apktool with LLMs to enable real-time reverse engineering of Android APKs. Perform decompilation, code review, and AI-driven analysis while managing resources and vulnerabilities.

Facilitates efficient search and exploration of research papers from arXiv.org, enabling users to access detailed metadata, conduct keyword and author-based searches, and generate prompts for summarization and comparison. Provides updates on trending topics across various research categories.

Integrate various tools for enhanced development workflows, including managing emails, calendars, and research tasks. It provides functionalities for development tools, data fetching, and leveraging academic resources.

Search and access arXiv research papers through a simple interface, facilitating the retrieval and download of academic content for analysis. Streamline research with local storage and efficient access to extensive academic resources.

Guides complex problem-solving by breaking down challenges into structured thoughts using a systematic methodology. Supports iterative revisions and empirical validation for engineering design and optimization tasks.

Integrates Wolfram Alpha into chat applications to perform computational queries and retrieve structured knowledge, enhancing conversational capabilities with large language models. Supports a modular architecture for easy extension and multiple client interactions.

Connects Claude AI to QGIS for project management and layer manipulation, enabling the creation, loading, and saving of projects, along with executing processing algorithms and running Python code directly within QGIS.

Zotero MCP allows you to link your Zotero research library with AI assistants, enabling you to discuss academic papers, receive summaries, and analyze citations for better research productivity.

Identify and classify waste using image and voice recognition techniques to streamline the recycling process and enhance environmental awareness.

Fetch protein information from UniProt, enabling access to detailed data about protein functions and sequences. Supports both individual and batch retrieval of protein information, including name, function description, full sequence, and organism details.

Manage and navigate nf-core pipeline repositories, providing access to configurations, workflows, and modules while enabling the search through pipeline files to enhance bioinformatics project efficiency.

Search for accurate academic articles by keyword to facilitate research workflows. Integrates with applications to provide seamless retrieval of scholarly papers.

Enables language models to perform visual and spatial reasoning by creating and manipulating diagrammatic representations such as graphs and flowcharts. Supports multi-modal outputs and iterative refinement through a flexible visual element manipulation system.