Next-generation protein design platform

BioGlyph Luma revolutionizes protein design with seamless workflow integration and automated data management.

Advancing protein design through precision and insight

Legacy systems weren’t built for the complexity of modern biologic design, leaving protein engineers stuck with rigid workflows, fragmented data, and limited traceability. The result? Delays, errors, and lost opportunities for breakthrough discoveries.

Meet BioGlyph Luma, the next-generation protein design platform. Part of the Luma Scientific Intelligence Platform, BioGlyph Luma streamlines the design and registration of complex biologics, integrating molecular modeling, production, and characterization into a seamless, traceable workflow. It connects effortlessly with industry-standard tools like Geneious, GraphPad Prism, and Protein Metrics, creating an end-to-end ecosystem for protein and antibody engineering.

With BioGlyph Luma, scientists can accelerate discovery, optimize precision, and focus on innovation—without the bottlenecks.

Precision-driven molecular design & registration

BioGlyph Luma enables flexible, accurate representation of diverse biologic formats—ensuring seamless registration, collaboration, and optimization.

Intelligent molecular design & prediction

Leverage molecular dynamics simulations to assess stability, manufacturability, and developability—optimizing complex biologic modalities before they reach the lab.

End-to-end integration & traceability

Connect every stage of biologic development—from molecular design and registration to characterization and manufacturing—ensuring full traceability, data integrity, and seamless collaboration.

Explore how BioGlyph Luma fits into the complete antibody and protein engineering solution

Learn more about Antibody and Protein Engineering

DESIGN

MAKE

TEST

DECIDE

Protein Design & Engineering

Proteins are complex and are designed by dedicated teams. They use tools like AlphaFold to predict structures and modify properties.

Cloning Design & Execution

Molecular designs are broken into parts. Scientists use Geneious to design the cellular components for making the parts, which are then made in the lab.

Express, Purify & Structural Characterization

The cellular components from the prior step are inserted into living cells that make the proteins. These must be purified and analyzed for structural detail.

Functional Assay Development & Execution

Pure proteins are tested for functional properties. These results, intersected with molecular structure, are used for subsequent decisions.

Visual Decision Support at a Glance

Create intuitive decision support dashboards that display all relevant data in a clear, visual format to easily interpret and analyze complex information.

MULTIMODAL REGISTRATION

Customer Impact

Beyond JSON: Centralizing, Modeling, and Aggregating Instrument Data to Enable Deeper Analysis

Learn how the adoption of a multimodal Scientific Intelligence Platform transforms the way scientists work, highlighted by a real-world case study of a leading life sciences company using the technology to facilitate multispecific antibody discovery and protein engineering.

View Case Study