Studying lncRNA sequences with ProbeMaker software
Researchers at the University of Oxford have developed novel and highly specific tools for sequence capture to enrich lncR...
Technologies available for licensing
Oxford University Innovation has a range of technologies available for licensing arising from research at Oxford University
Oxford’s intellectual property – including patented technologies, software, data and know-how – is offered for commercial use under licence from Oxford University Innovation.
In addition to the technology licensing opportunities listed here, we also offer a range of software products available for download. Some products are available for academic use, and others for commercial use. Please visit our Software Store for details.
All current technology licensing opportunities are listed below.
Please get in touch if you:
- would like to find out more about a particular technology, preferably quoting the OUI project number
- cannot find exactly what you are looking for
- want to stay informed about a specific area of interest
- are an investor and would like to consider the suitability of investing in any of the technologies and have read about our investment opportunities
Current TECHNOLOGY licensing opportunities
A method for precisely tuning gene expression levels ...
Researchers at the University of Oxford have developed a method for precise, stepwise control of endogenous gene expressio...
New lead compounds for treating cancers involving Ras...
Oxford University researchers have developed small molecule inhibitors of Ras proteins, important therapeutic targets in a...
The therapeutic potential of chemically synthesised o...
Researchers at the University of Oxford have developed a chemical synthesis strategy for producing DNA incorporating non-n...
Biocompatible and chemically synthesised long DNA and...
Oxford researchers have developed a DNA backbone modification, which is simple to synthesise and, due to its similar size ...
Hepatitis C vaccine
A viral-vectored vaccine incorporating a novel immunogen for a pan-genotypic Hepatitis C protection based on genomic segme...
Single molecule sequencing for single-molecule phenot...
A high throughput single-molecule sequencing method that links structure to function.
Synthetic Cas9-based programmable transmembrane recep...
A novel family of synthetic Cas9-based programmable transmembrane receptors that enable conditional control of gene expres...
Enhancing crop yields and stress resilience
University of Oxford researchers utilise proteins in a key pathway involved in regulating plant development and adaption t...
SnoopLigase for catalysis of ligation between two pep...
A tool that greatly enhances the functionality and diversifies the uses of the current Tag/Catcher peptide tag technology...
Protease Inhibitors that increase yield and quality o...
Three new protease inhibitors that increase protein accumulation when transiently co-expressed to support the production o...
SpyTag and SpyCatcher v2.0
SpyCatcher and SpyTag designed and evolved for faster covalent bond formation.
Staphylococcus aureus vaccine
Oxford researchers have identified two S. aureus proteins with the potential to be used as components of a vaccin...
Novel blood brain barrier model
A new method of generating brain microvascular endothelial cells for use in Blood-Brain Barrier models
Inducible CRISPR-TR system for the conditional regula...
Oxford researchers have developed an inducible CRISPR-based transcription regulator system that allows for spatiotemporal ...
Stratification method for proximal colorectal cancer ...
Oxford researchers have developed a method for stratifying colorectal cancer patients based on the location and biomarker ...
A method for single restriction enzyme-based scarless...
Oxford University academics have developed a method for hierarchical assembly of DNA fragments up to 200kb using a single ...
New class of molecular adjuvant
Oxford researchers have identified a family of enzymes that can increase immunogenicity towards a wide range of fused anti...
Dynamic Consent
Oxford researchers have developed a personalised, web-based interface for the advanced management of fully informed consen...
Real-time monitoring of sinusoidal signals
Oxford researchers have developed an efficient and accurate method for tracking signals with one or more sinusoidal compon...
Anti-inflammatory drugs from bugs
Oxford University researchers have cloned, expressed, and characterised 31 anti-inflammatory peptides derived from ticks....
Complement C5 inhibitor
Inhibits the complement cascade at a step that is of proven therapeutic relevance and which has potential in the treatment...
Complement alternative pathway inhibitor
Inhibits the alternative complement pathway at a step that is of proven therapeutic relevance and which has potential in t...
Semantic image segmentation
Oxford researchers have developed a novel neural network component for semantic image segmentation, with diverse and numer...
Protein team assembly for controlling cell signalling...
A simple method to link proteins into programmed chains via spontaneously reacting peptide/protein pairs, generating a new...
Membrane vesicles for quick, high sensitivity identif...
A method of using membrane vesicles from live cells to detect autoantibodies against any cell surface biomarker.
Multivalent Dengue Vaccine
A universal Dengue vaccine to induce cellular immune responses against all dengue virus serotypes
Brain tumour detection and treatment
Low dose cytokines temporarily increase the permeability of the blood-brain barrier, improving the delivery of agents to d...
Stem cell immunotherapy
Cross-presenting dendritic cells derived from a patient’s own skin cells promise to be the ideal starting point for ...
Efficient cofactor regeneration
A biocatalysis system that has the potential to reduce the manufacturing costs for the pharmaceutical and fine chemicals i...
HermIT: semantic web software
Software application which is able to reason over several ontologies that have defeated existing state of the art reasonin...
Poxvirus expression system for multiple transgenes
The ability to express multiple transgenes in a genetically stable poxvirus vector
Adenovirus: vector improvements
Modified promoter sequence which significantly enhances protein expression levels compared to standard adenovirus vectors....
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