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Nanome

by Nanome.ai · Since 2015
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ActiveAvailable globallyCloud
Quick facts
VendorNanome.ai
Year launched2015
StatusActive
Location3655 Nobel Dr, San Diego, California 92122, US
Countries servedGlobal
Languages6
Integrations1+
Free tierN/A
Free trialN/A
Contact salesYES

About Nanome

Nanome is virtual reality software from Nanome.ai designed for molecular modeling and collaborative drug design. It provides 3D visualization of molecular structures, real-time collaboration, and an interactive interface for scientific discovery so users can make informed drug design decisions. This platform supports MARA preparation and analysis in a collaborative XR environment, enabling teams to visualize complex data effectively. Nanome includes features such as resources, blog access, case studies, citations and publications, documentation, and webinars. Key capabilities: molecular modeling collaborative drug design 3D visualization real-time collaboration interactive interface Best for: researchers and scientists that need advanced tools for drug discovery and molecular analysis.

Nanome is a cutting-edge virtual reality (VR) platform designed for molecular modeling, scientific visualization, and collaborative research. It enables scientists, educators, and pharmaceutical teams to interact with complex molecular structures in an immersive 3D environment, transforming how chemistry and biology are taught, studied, and applied. At its core, Nanome allows users to explore proteins, ligands, and chemical compounds in real time using VR headsets like Oculus and HTC Vive. The platform supports standard molecular file formats (e.g., PDB, SDF, MOL2), making it compatible with widely used modeling and simulation tools. Researchers can manipulate molecules using gesture-based controls, measure distances, annotate structures, and simulate interactions—all within a shared virtual space. One of Nanome’s standout features is its collaborative workspace, which allows multiple users to join the same session from different locations. This makes it ideal for remote scientific teams, enabling real-time discussion, editing, and analysis of molecular data. The platform also integrates with molecular dynamics and docking tools, allowing users to visualize binding interactions and conformational changes. For educators, Nanome offers interactive modules that bring chemistry and biology concepts to life.

Pros & Cons

Pros
  • Nanome provides an immersive and intuitive way to explore molecular structures that enhances spatial understanding.
  • The platform supports real-time collaboration, allowing distributed teams to work together as if in the same lab.
  • Integration with simulation tools enables researchers to visualize dynamic molecular interactions and refine hypotheses.
  • Educational modules make it an effective tool for teaching complex biochemical concepts in classrooms and labs.
  • VR compatibility ensures high-quality visualization and interaction using widely available headsets.
  • Secure deployment options make it suitable for pharmaceutical and academic institutions with strict data policies.
  • Annotation tools and gesture controls improve usability and make molecular editing more accessible.
Cons
  • Nanome requires VR hardware, which may limit accessibility for users without headsets or compatible systems.
  • The platform is specialized for molecular modeling and may not support broader event management or logistics needs.
  • Educational content may need customization to align with specific curricula or institutional standards.
  • Collaboration features depend on stable internet and cloud access, which may be a barrier in low-connectivity regions.
  • The learning curve for VR controls and molecular tools may be steep for users new to immersive environments.

Features

Key features

Real-time molecular modeling in immersive virtual reality – Explore and manipulate proteins, ligands, and chemical structures in a fully interactive 3D environment.
Collaborative workspace for remote scientific teams – Multiple users can join the same virtual session to discuss, edit, and analyze molecular data together.
Integration with molecular dynamics and docking tools – Connect Nanome with external simulation engines to visualize binding interactions and conformational changes.
Support for standard chemical file formats (PDB, SDF, MOL2) – Import and export molecular data seamlessly for compatibility with other research tools.
Annotation and markup tools for structural analysis – Highlight residues, measure distances, and add notes directly within the VR space.
VR headset compatibility with Oculus, HTC Vive, and others – Use popular headsets to access Nanome’s immersive features with high fidelity.
Cloud-based session hosting and data sharing – Store molecular models securely and share them with collaborators across institutions.
Educational modules for chemistry and biology instruction – Teach molecular principles using interactive lessons and guided walkthroughs.

Additional features

Support for standard chemical file formats (PDB, SDF, MOL2) – Import and export molecular data seamlessly for compatibility with other research tools.
Annotation and markup tools for structural analysis – Highlight residues, measure distances, and add notes directly within the VR space.
VR headset compatibility with Oculus, HTC Vive, and others – Use popular headsets to access Nanome’s immersive features with high fidelity.
Cloud-based session hosting and data sharing – Store molecular models securely and share them with collaborators across institutions.
Educational modules for chemistry and biology instruction – Teach molecular principles using interactive lessons and guided walkthroughs.
Pharmaceutical design support for drug discovery workflows – Visualize binding sites, optimize ligand interactions, and accelerate lead development.
Gesture-based controls for intuitive manipulation – Rotate, zoom, and edit molecules using natural hand movements in VR.
Secure enterprise deployment options for regulated environments – Host Nanome on-premises or in private clouds to meet compliance needs.
API access for custom integrations and automation – Extend Nanome’s capabilities by connecting with proprietary databases or AI tools.

Pricing

Free trial
Free version
Request a quote
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Annual plans

Research Starting
USD 5/yr
billed yearly · ≈ USD 0.42/mo

≈USD 0.42/mo when billed annually

Academic
CAD 299/yr
billed yearly · ≈ CAD 24.92/mo

≈CAD 24.92/mo when billed annually

Countries & Languages

Global
Countries served
6
Interface languages
16
Billing currencies

Interface languages

EnglishSpanishFrenchGermanItalianPortuguese

Billing currencies

🇺🇸USD🇪🇺EUR🇬🇧GBP🇯🇵JPY🇨🇦CAD🇦🇺AUD🇨🇭CHF🇨🇳CNY🇸🇪SEK🇳🇿NZD🇰🇷KRW🇷🇺RUB🇮🇳INR🇧🇷BRL🇿🇦ZAR🇲🇽MXN

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