Platforms & Technologies

Platforms & Technologies

platforms & technologies

Most antibody programmes do not fail at hit discovery. They stall later, when a lead selected for binding alone reveals developability liabilities that only surface at CMC. Nearly one in three antibodies that reached Phase 2 still carried multiple developability red flags (Jain et al., PNAS 2017).

Our platforms and technologies are built to remove that risk at the source. 

Each one selects, sees, predicts, or generates with developability in view from day one, so what you select is what you develop. Discovery, engineering, characterisation, and structural biology run as one integrated workflow, under one scientific leadership. Sequence-level data flows from hit identification through to CMC without re-characterisation: one team, one dataset, one timeline.

Most antibody programmes do not fail at hit discovery. They stall later, when a lead selected for binding alone reveals developability liabilities that only surface at CMC. Nearly one in three antibodies that reached Phase 2 still carried multiple developability red flags (Jain et al., PNAS 2017).

Our platforms and technologies are built to remove that risk at the source. 

Each one selects, sees, predicts, or generates with developability in view from day one, so what you select is what you develop. Discovery, engineering, characterisation, and structural biology run as one integrated workflow, under one scientific leadership. Sequence-level data flows from hit identification through to CMC without re-characterisation: one team, one dataset, one timeline.

Most antibody programmes do not fail at hit discovery. They stall later, when a lead selected for binding alone reveals developability liabilities that only surface at CMC. Nearly one in three antibodies that reached Phase 2 still carried multiple developability red flags (Jain et al., PNAS 2017).

Our platforms and technologies are built to remove that risk at the source. 

Each one selects, sees, predicts, or generates with developability in view from day one, so what you select is what you develop. Discovery, engineering, characterisation, and structural biology run as one integrated workflow, under one scientific leadership. Sequence-level data flows from hit identification through to CMC without re-characterisation: one team, one dataset, one timeline.

Discover our platforms & technologies

Fullspectrum Characterization

fullspectrum-characterization

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AnyFormat Manufacturing

anyformat-manufacturing

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DeepDesign Engineering

deepdesign-engineering

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FunctionInsight Assays

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B-Cell Navigator

b-cell-navigator

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Solutions

solutions

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Platforms & Technologies

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Why FJBio

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Events & Resources

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Company

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About

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Antibody Discovery

antibody-discovery

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Protein Production

protein-production

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AtomicLevel Cryo-EM

atomic-level-cryo-em

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FastTrack IND

fasttrack-ind

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Biologistics

biologistics

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Leadership

leadership

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Careers

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News & Insights

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Case Studies

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Fact Sheets

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CellCraft Solutions

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Cryo-EM

cryo-em

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Display Platforms

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Events

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Library Diversity

library-diversity

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MultiPath Discovery

multipath-discovery

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Publications & Posters

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Resources

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Screening | Analytics | Data Engines

screening-analytics-data-engines

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Single B-Cell Screening

single-b-cell-screening

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The Antibody Series Conference

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Tumbler™

tumbler

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Webinars

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White papers

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Contact Us

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