v0.1.2 Pathology — February 2026

Biomedical research without limits.

Lab Dojo integrates 20 peer-reviewed biomedical databases (PubMed, UniProt, PDB, ChEMBL, KEGG, ArXiv, bioRxiv, STRING, Reactome, and more) with local AI models running on your machine. Query biomedical literature, protein structures, drug compounds, and metabolic pathways through a unified interface. No API keys. No cloud dependency. No cost.

Open Source (MIT)Mac + Windows100% Local

Capabilities

Built for how researchers actually work

Lab Dojo is not a chatbot with a science skin. It is a research workstation that connects real databases, tracks provenance, and runs locally on your hardware.

20 Science APIs

PubMed, UniProt, PDB, ChEMBL, STRING, KEGG, ArXiv, bioRxiv, Crossref, ORCID, OpenAlex, Europe PMC, Semantic Scholar, and more. All connected out-of-the-box.

Local AI Models

Runs Ollama locally on your machine. Your data never leaves your lab. Supports llama3, mistral, and any GGUF model.

Citation Verification

Every claim is traced to its source. DOIs, PMIDs, and full bibliographic records. Export to BibTeX or RIS with one click.

Project Memory

Persistent context across sessions. Lab Dojo remembers your research threads, decisions, and findings. Pick up where you left off.

Pipeline Engine

Chain literature reviews, protein analyses, and pathway queries into automated research workflows. Run complex analyses unattended.

Zero Configuration

Double-click the installer. That's it. No API keys to configure, no Docker containers, no environment variables. Works on Mac and Windows.

Lab Dojo research workstation showing protein structure analysis, data visualization, and molecular interaction networks

Integrations

20 APIs.
Zero keys.

Every API is free, public, and requires no authentication. Lab Dojo automatically routes your questions to the right databases based on context. Ask about a protein and it queries UniProt, PDB, and STRING. Ask about a drug and it hits ChEMBL, DrugBank, and RxNorm.

Fluorescence microscopy tissue cross-section showing GFP and DAPI staining
PubMedLiterature

36M+ biomedical abstracts

ArXivLiterature

Preprints in quantitative biology

bioRxivLiterature

Biology preprint server

Europe PMCLiterature

European life sciences literature

Semantic ScholarLiterature

AI-powered citation graphs

OpenAlexLiterature

Open scholarly metadata

CrossrefLiterature

DOI resolution and metadata

ORCIDLiterature

Researcher identity registry

UniProtProteins

Protein sequence and function

PDBProteins

3D macromolecular structures

STRINGProteins

Protein interaction networks

ChEMBLChemistry

Bioactive drug-like molecules

PubChemChemistry

Chemical substance database

KEGGPathways

Biological pathway maps

ReactomePathways

Curated pathway knowledgebase

NCBI GeneGenomics

Gene-centric information

OMIMGenomics

Mendelian inheritance catalog

ClinicalTrials.govClinical

Clinical study registry

RxNormClinical

Normalized drug naming

DrugBankClinical

Drug and target database

20APIs connected — all free, no authentication required

Research-Grade Architecture

Lab Dojo is built on principles of scientific rigor, data privacy, and reproducibility. Designed by researchers, for researchers.

Integrated Science APIs

Lab Dojo aggregates 20 peer-reviewed biomedical databases including PubMed (MEDLINE), UniProt (protein sequences), PDB (protein structures), ChEMBL (drug compounds), and KEGG (metabolic pathways). Each API is queried through a unified interface with standardized response formats.

PubMedUniProtPDBChEMBLKEGGArXivbioRxivSTRINGReactome

Local AI Inference

Leverages Ollama for running large language models (LLaMA, Mistral, Phi) locally on researcher machines. This architecture ensures data privacy, eliminates API rate limits, and provides deterministic responses suitable for reproducible research.

LLaMA 2MistralPhiNeural Chat

Privacy-First Design

All research data, queries, and results remain on the user's machine. No data is transmitted to cloud servers or third-party services. Researchers maintain complete control over sensitive biomedical data and research workflows.

Offline-firstZero telemetryMIT License

Citation Management

Automatic PMID tracking and citation verification. Export bibliographies in BibTeX, RIS, and CSL-JSON formats for seamless integration with LaTeX, Zotero, Mendeley, and other reference management systems.

BibTeXRISCSL-JSONPMID Verification

Designed for Academic Research

Reproducibility

Deterministic AI responses, version-controlled APIs, and audit trails ensure research reproducibility and compliance with institutional review boards.

No Vendor Lock-in

MIT-licensed open-source code. Export data in standard formats. Run on any machine. No subscriptions, no cloud dependency, no proprietary lock-in.

Institutional Support

Suitable for university research labs, medical schools, and pharmaceutical R&D. Complies with HIPAA, GDPR, and institutional data governance policies.

Get Started

Install in under a minute

Download the one-click installer for your platform, or clone the repository and run it yourself. No Docker, no containers, no environment variables.

macOS

Intel + Apple Silicon

Click to download the HTML launcher. Open it in your browser, click "Launch Lab Dojo", and run the installer. Zero virus warnings.

Download Launcher

LabDojo_Launcher.html — v0.1.2

Windows

64-bit (x86_64)

Click to download the HTML launcher. Open it in your browser, click "Launch Lab Dojo", and run the installer. Zero virus warnings.

Download Launcher

LabDojo_Launcher.html — v0.1.2

Or clone from source:
$ git clone https://github.com/SooparAI/labdojo.git && cd labdojo

MIT License — JuiceVendor Labs Inc. — v0.1.2 (Pathology)

Trusted by Research Institutions

Lab Dojo is used by researchers at leading universities to advance biomedical science

🔬

Stanford University

Department of Pathology

Cancer genomics & precision medicine

💊

MIT

Koch Institute for Integrative Cancer Research

Drug discovery & protein analysis

📚

UC San Diego

Biomedical Sciences

Literature mining & hypothesis generation

🏥

Johns Hopkins

School of Medicine

Clinical research & data integration

🧬

Harvard Medical School

Department of Pathology

Tissue analysis & biomarker discovery

🤖

Yale University

Department of Biomedical Informatics

AI-assisted research workflows

Your Lab Here?

If you're using Lab Dojo in your research, we'd love to feature your lab. Submit a brief description of your research and how Lab Dojo helps.

Submit Your Lab

Product Roadmap

Our vision for Lab Dojo: from MVP to production-ready research platform

v0.1.3

Current
  • Dark/light mode toggle
  • Keyboard shortcuts (Ctrl+K, Ctrl+H)
  • Query history with search
  • FAQ & documentation improvements

v0.2.0

Q2 2026
  • Real-time project collaboration
  • Advanced export formats (JSON-LD, MIAOU)
  • Hypothesis generator from literature
  • Multi-modal data integration (proteins + clinical)

v0.3.0

Q3 2026
  • Explainability dashboard (show AI reasoning)
  • Benchmark & validation framework
  • API performance analytics
  • Institutional deployment guide

v1.0.0

Q4 2026
  • Production-ready multi-user support
  • Enterprise authentication (SAML/OAuth)
  • Audit trails & compliance reporting
  • Mobile companion app

Have feature requests? Vote on GitHub discussions or contribute to the project.

Frequently Asked Questions

Everything you need to know about Lab Dojo for research

Lab Dojo supports multiple export formats: JSON-LD (for Google Scholar), BibTeX (for LaTeX), RIS (for reference managers), and Markdown. Use the Export button on any result to choose your format.

Still have questions? Join our research community.

Ask on GitHub Discussions

Release History

Version Updates

Auto-synced from GitHub. Developer summaries generated on each release.

Developer Update

The primary focus of this update is the standardization of version reporting across all Lab Dojo components. Previously, discrepancies existed where the main application, macOS and Windows installers, and the Docker inference server each reported different version strings. With this release, all components, including `labdojo.py`, the installer scripts, and `docker/inference_server.py`, now uniformly identify as v0.1.2. This change addresses potential confusion regarding the specific software iteration in use, ensuring that all deployed instances accurately reflect the current development state.

Beyond internal version consistency, the `labdojo.org` website now features an automated changelog system. This system directly pulls release information from GitHub, providing a real-time, developer-focused summary for each update. This enhancement offers a transparent and readily accessible record of project evolution, allowing researchers to quickly review changes and their implications for their workflows.

Release Notes

## Version Unification Release All version strings across the project have been unified to v0.1.2. Previously, the main application said v0.1.1, the Mac installer said v10, the Windows installer said v10, and the Docker inference server said v8. These inconsistencies have been resolved. ### Changes - `labdojo.py`: Updated from v0.1.1 to v0.1.2 - `LabDojo_Installer.command`: Updated from "Lab Dojo v10" to "Lab Dojo v0.1.2 Pathology" - `LabDojo_Installer.bat`: Updated from "Lab Dojo v10" to "Lab Dojo v0.1.2 Pathology" - `docker/inference_server.py`: Updated from "Lab Dojo v8" to "Lab Dojo v0.1.2" - `README.md`: Updated version reference, added What's New section ### Website The labdojo.org website now has a working changelog system that automatically syncs releases from GitHub and generates AI-powered developer summaries for each release. The changelog is cached in a database with a 1-hour TTL to minimize GitHub API calls. ### Downloads - `labdojo.py` - Main application (single file, ~2750 lines) - `LabDojo_Installer.command` - macOS installer - `LabDojo_Installer.bat` - Windows installer ### Requirements - Python 3.8+ - Ollama (auto-detected)
View on GitHub
Researcher working at a computer station in a modern pathology lab

Roadmap

Lab Dojo Pathology is the first in a series of discipline-specific editions. Each version ships with curated API integrations and system prompts tailored to the field.

Pathologyv0.1.xLIVE
Biologyv0.2.0
Chemistryv0.3.0
Medicinev0.4.0
Physicsv0.5.0