Enterprise and Innovation Unit

Enterprise and Innovation Unit

Driving business development and maximising the commercial potential of research

A researcher in a white lab coat examines microscopic organisms displayed on a digital screen attached to a microscope. The screen shows a magnified green-tinted image of a single-celled organism against a textured background. The researcher, with long brown hair tied in a ponytail, touches the screen to interact with the image. Laboratory shelves with bottles and supplies are visible in the background, highlighting a modern scientific research environment.

The Enterprise and Innovation Unit supports the translation of discoveries into products, tools and technologies that reach those who need them most

We support and facilitate the translation of research into implemented interventions, build collaborations with industry stakeholders, and work to reduce market access barriers so LSTM’s intellectual property can deliver impact.

We work in line with LSTM’s mission to improve health outcomes in disadvantaged populations, with a particular focus on the needs of low- and middle-income countries, and alignment with local and regional health and economic priorities.

Our focus and approaches

We create and direct business opportunities

We create and direct business opportunities that help move research towards market impact.

We manage intellectual property and shape pathways to impact

We maximise the commercial value and impact of intellectual property, supported by market intelligence and direction-setting for pathways to impact.

We build ecosystems that help research translate into use

Our remit includes translational ecosystem development, plus contract research and consultancy activity, to help research move into implementation.

Projects

Two female researchers in white lab coats and bright orange protective gloves work together in a modern laboratory. One researcher, wearing glasses, operates a computer while standing at a workstation connected to large analytical equipment. Her colleague stands beside her, observing the process closely. A microscope and other laboratory instruments are visible in the foreground, while the background shows additional lab benches and equipment, creating a busy scientific research environment.

BRITE

Brings together universities and industry partners across the Liverpool City Region to build the biomanufacturing infrastructure needed to commercialise world-class biologics research.

A scientist wearing a white lab coat and blue gloves works at a biosafety cabinet in a laboratory, handling samples with tools under bright, sterile lighting.

FLIGHT

Brings together universities and industry partners across the Liverpool City Region to build the biomanufacturing infrastructure needed to commercialise world-class biologics research.

Scientist in a white lab coat and blue gloves using a pipette at a laboratory bench, surrounded by racks of tubes, equipment and a biohazard waste container under a task lamp.

SIGHT

Supports the development and scale-up of sustainable health technologies that can reach the people who need them most in global health settings.

Reports

Developing an innovation and enterprise framework for translating UK-driven global health research into commercially viable interventions: the FLIGHT study protocol

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From scarcity to sustainability: Policy pathways for equitable snakebite antivenom access in Africa

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Global Access Policy: A Mechanism for Enhancing the Societal Impact of UK-driven Research and Innovation

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