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Scientific Areas

Basic research using pluripotent stem cells and stem cell-based models in disease modeling, drug discovery, toxicology testing, regenerative medicine, and exciting new research areas like cultivated meat relies on antiquated manual cell culture techniques. We want to help.

Regenerative medicines

Developing and manufacturing cell-based regenerative therapeutics, from iPSC-derived CAR-T and CAR-NK cell therapies to iPSC-derived cardiomyocytes, neuronal progenitor & pancreatic beta cells (autologous/allogeneic) and engineered tissue and organ development using donor or patient-specific cells, is long, arduous path. We want to help.

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Applications

Stem cell expansion

Pluripotent stem cell expansion using either embryonic stem cells (ES) or induced pluripotent stem cells (iPSC) is a critical technique for producing cells used in disease modeling, drug discovery and therapeutic development. The expansion process involves the proliferation of ES/iPSCs to obtain sufficient quantities for research or translation to the clinic while maintaining the ES/iPSC’s pluripotency and differentiation capacity.

Differentiation

Differentiating any type of cell, be it iPSC or mesenchymal stromal cells, is a crucial workflow for producing the desired end cell type you need for use in basic research or therapeutic. Differentiation protocols generally involve sequentially applying growth factors or small molecules at precise time or event driven points to your cell culture.

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Who Are You?

Research scientist

Accelerate discovery

Laboratory manager

Enhance lab efficiency

Lab automation lead

Automation that works

Manufacturing director

Reliable, scalable cell manufacturing

Manufacturing technician

Simplified cell manufacturing

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About

Our mission and vision.

Meet the team behind Unicorn Biotechnologies.

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Our team

Meet our interdisciplinary team of scientists, engineers and do-ers who are building the future of science.

Jack Reid

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Jack Reid

Founder

Adam Glen

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Adam Glen

Founder

Charlie

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Charlie

Head of people

Carl Heimann

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Carl Heimann

Embedded systems engineer

Joanne Lacey

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Joanne Lacey

Biology team lead

Jenny Ross

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Jenny Ross

Scientist II

George Freeman

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George Freeman

R&D engineer

Jakub Jasik

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Jakub Jasik

R&D engineer

Amy Nowell

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Amy Nowell

Scientist I

Our partners and supporters

We partner with mission-driven investors and organizations who share our vision for the future of automating biology. If you would like to join our network, reach out.

Acequia Capital

Acequia Capital

SOSV

HAX

Entrepreneur First

Entrepreneur First

Innovate UK

East Alpha

Alumni VC

Climate Capital

Climate Capital

Tiny VC

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