Overview
What Is It?
Nanome is not an educational app. It is a professional molecular design platform β the leading VR tool for structure-based drug discovery β that is simultaneously available for free to educators and students. Founded in San Diego in 2017, Nanome Inc. has built what it describes as "the ultimate interface for molecular design", used by top pharmaceutical and biotech companies to make R&D decisions worth billions of dollars. Novartis's Genomics Institute (GNF) co-authored a peer-reviewed paper with Nanome on its use in drug discovery. The RCSB Protein Data Bank (PDB) β the global archive of molecular structures β has formally partnered with Nanome.
And it is free to download on Meta Quest, Steam, Viveport, PICO, and Apple Vision Pro.
That combination β world-class professional molecular design tools, available free to anyone with a VR headset β makes Nanome categorically different from everything else in this chemistry series. You are not using a simplified educational approximation of a molecular tool. You are using the same platform that professional structural biologists and medicinal chemists use at Novartis.
Capabilities
What Nanome Can Do
Nanome's feature set spans from student-accessible molecular visualisation all the way to professional drug design workflows. The depth is genuinely extraordinary for a free application.
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Load from RCSB PDB, PubChem & DrugBank
Import any protein structure directly from the RCSB Protein Data Bank β the global repository of 200,000+ crystallographic molecular structures. Also load small molecules from PubChem (the world's largest chemical database) and drug compounds from DrugBank. Any structure in these databases is immediately accessible in your VR headset.
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Real-Time Global Collaboration
Host a password-protected VR room. Colleagues or students anywhere in the world can join and explore the same molecular structures together in real time. Assign a presenter, control who can interact, and deliver a molecular lecture or research presentation entirely in VR. Save shared workspaces for future sessions.
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Build, Modify & Analyse Molecules
Construct molecules from scratch in 3D VR space. Measure bond lengths, distances between atoms, and angles. Mutate amino acid residues in protein structures. Design drug candidates. View electron density maps (CCP4/DSN6 format β the same format used in X-ray crystallography research). Play molecular dynamics trajectory animations.
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AI-Powered Features (MARA)
Nanome has integrated AI via MARA (its agentic molecular reasoning assistant), enabling chat-driven molecular analysis, ligand evaluation, and workflow automation. This is the cutting edge of computational chemistry β now accessible through natural language within a VR environment.
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Import & Export Standard Formats
Load local files in PDB, SDF, and XYZ formats. Export modified structures back to PDB/SDF for use in other computational chemistry tools. Multi-SDF ligand support for comparing multiple drug candidates simultaneously.
RCSB PDB Director Stephen Burley on Nanome
"Nanome opens the door to a virtual world where users can experiment, design, and learn at the nanoscale alongside colleagues and friends."
Source: RCSB PDB News Β· rcsb.org
Education
How It's Being Used in Education
Nanome's educational use is well-documented and growing. A 2025 peer-reviewed paper published in Biochemistry and Molecular Biology Education (the journal of the American Society for Biochemistry and Molecular Biology) describes a formal Nanome-based teaching intervention at Suffolk University, Boston. Researchers designed five structured Nanome exercises covering:
Protein secondary structure (Ξ±-helices, Ξ²-sheets)
Tertiary & quaternary protein structure
Active site properties
Chirality of amino acids
Ligandβenzyme interactions
Every student surveyed reported that the Nanome activities were "somewhat or very helpful" in learning about molecular structure. The paper provides five complete exercise templates with built-in assessment for other educators wishing to replicate the approach β free to access via the ASBMB journal.
π RCSB PDB Educational Partnership.
Nanome has a formal partnership with RCSB PDB and features a curated "Featured Molecules" menu highlighting structures from PDB's educational resources β including PDB's Education Corner content and historically significant structures. The RCSB PDB Director has publicly endorsed Nanome as an educational tool.
Industry Use
How It's Used in Industry
The pharmaceutical industry use case is genuinely significant. Drug discovery requires structural biologists, medicinal chemists, and computational chemists to collaborate on three-dimensional protein and drug-candidate structures β a process that traditionally involves expensive dedicated workstations and screen-based molecular viewers. Nanome brings this into VR, where the spatial understanding of binding sites and molecular interactions is dramatically enhanced.
Nanome co-authored a paper with the Genomics Institute of the Novartis Research Foundation (GNF) in the Journal of Molecular Graphics and Modelling β a peer-reviewed scientific journal β demonstrating the tool's role in communicating structural data in drug discovery. The goal: reducing the time required to understand protein complexes and drug-target binding sites through more effective team communication.
Steve McCloskey, Founder & CEO, Nanome:
"Nanome helps scientists and students step inside molecular structures and hold them in their hands, leading to more, and faster, scientific breakthroughs."
Source: PR Newswire, October 2022
Audience
Who Is Nanome For?
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Pharmaceutical & biotech researchers
The primary commercial use case. Structural biologists, medicinal chemists, computational chemists in drug discovery. Novartis, and leading pharmaceutical companies use Nanome for R&D collaboration and communication.
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University biochemistry & chemistry educators
Peer-reviewed educational protocols now exist for Nanome (Suffolk University, 2025). Top universities are using it to teach protein structure, drug-ligand interactions, and structural biology. The free price makes it accessible to any department with Quest headsets.
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University & postgraduate students
Biochemistry, pharmacy, molecular biology, chemistry students can explore the same PDB structures they encounter in lectures β in three dimensions, at human scale. A protein folding problem that's confusing on a screen becomes tangible when you're standing inside it.
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A-level students (enrichment)
Advanced A-level students with interests in biochemistry, medicine or pharmaceutical sciences can explore structures relevant to their study β haemoglobin, enzymes, DNA. More of a vocational and aspirational experience than a direct curriculum tool at this level.
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GCSE / KS3 students
Nanome is not designed for school-age students. There are no guided lessons, no curriculum alignment, no age-appropriate scaffolding. A GCSE student can load a water molecule and rotate it, but the full depth of the tool is meaningless at that level. Other apps reviewed here are far better suited.
Honest View
What to Be Aware Of
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Steep learning curve for new users. Nanome is built for molecular scientists. The interface assumes familiarity with PDB structures, molecular file formats, and structural biology terminology. Students or teachers without that background will need onboarding β Nanome provides tutorials, but the learning curve is steeper than any other app in this series.
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No curriculum scaffolding. Unlike Futuclass, Sama Learning, or VLab Education, Nanome has no guided lessons, no quizzes, no teacher portal, and no curriculum alignment. It is a research tool. Educational use requires the teacher or instructor to supply all the pedagogical context β the Suffolk University paper provides one model for how to do this effectively.
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Internet required for database access. Loading structures from RCSB PDB, PubChem, or DrugBank requires an internet connection. Local file import works offline, but the primary workflow for most users involves the live database connections.
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The most capable molecular tool in this series, at zero cost. Every other molecular visualiser reviewed here is either simpler or more expensive. Nanome's professional feature set β including electron density maps, trajectory animations, multi-SDF ligand support, and real-time multiplayer β is available free to anyone with a headset.
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Peer-reviewed educational use cases now exist. The 2025 Suffolk University paper in Biochemistry and Molecular Biology Education provides five structured exercise templates that any biochemistry educator can use directly. It removes the "how do I use this pedagogically?" barrier for higher education instructors.
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Broadest platform coverage in this series. Meta Quest, Steam, Viveport, PICO, and Apple Vision Pro. No other app reviewed here is available on this many platforms β important for institutions with diverse headset fleets.
Our Verdict
XR School Scores
Molecular Capability
10 / 10
The most capable molecular tool reviewed in this series. PDB/PubChem/DrugBank integration, electron density maps, trajectory animations, AI features, multiplayer, unlimited molecule loading. Used by Novartis and co-published with RCSB PDB.
Educational Value (HE / Research)
10 / 10
Peer-reviewed educational protocols published (Suffolk University, 2025). RCSB PDB partnership. Used in top universities worldwide to teach biochemistry and molecular biology. For university-level educators, this is the best molecular VR tool available, free.
Ease of Use (new users)
6 / 10
Professional research tool β not designed for casual access. Built-in tutorials help, but prior knowledge of structural biology and molecular file formats is assumed. The Suffolk University paper provides a structured onboarding model.
Classroom Fit (secondary school)
3 / 10
No curriculum scaffolding, no lesson structure, no age-appropriate guidance. Outstanding as a careers experience for advanced A-level students. Not appropriate as a curriculum tool for KS3 or GCSE.
Value for Money
10 / 10
Free. Professional drug discovery toolset. Used by Novartis. The same platform that commands licence fees from pharmaceutical companies is available free to educators and students on every major VR platform.
Bottom Line
Nanome is in a different category from every other app in this chemistry series. It is not a school chemistry tool β it is a professional molecular design platform used by pharmaceutical companies that happens to be free and available on Meta Quest. For university biochemistry and chemistry educators, it is the most powerful and capable molecular VR tool available at any price, and peer-reviewed educational protocols now exist to make implementation straightforward. For A-level students it is an inspiring careers experience that puts professional drug discovery tools in their hands. For secondary school chemistry teachers looking for curriculum-aligned VR, look to Futuclass, VLab Education, or Molecule Builder instead. But for any educator at university level or above, Nanome is an unqualified recommendation β download it immediately.
