Licensing opportunities and technologies are sourced from both the UK’s Medical Research Council and from our drug discovery and diagnostics labs.

MRC Technology is responsible for the technology transfer of patented and protected technologies from the MRC, MRC Technology, and other academic and charitable organisations.

We have technologies available in; Bioinformatics and Diagnostics, Biologics, Cancer, Cardiovascular and Respiratory system, Drug discovery/Drug delivery, Genetics/Genomics/Epigenetics, Infectious diseases/Immunology/Vaccines, Metabolic diseases, Neurobiology, Research tools/Enabling technologies, Software & devices.

If you can’t find what you’re looking for please contact us.

Below is a list of our current therapeutics licensing opportunities.

Alternatively, to view our drug discovery pipeline click here

  • REXER: Efficient bacterial genome engineering

    REXER is a method of incorporating up to 100mb of synthetic DNA into the E. coli chromosome with 100% accuracy and efficiency.

  • NT4X antibody discovery project for Alzheimer’s disease

    We have developed a unique antibody that specifically recognises toxic Abeta forms as a passive immunotherapy for Alzheimer’s disease.

  • MALT1 Drug discovery project for cancer

    We are developing novel small molecule inhibitors of the protease Malt1, which is a target in lymphoma.

  • PAICS small molecule inhibitors for cancer

    PAICS small molecule inhibitors for cancer.

  • Matriptase

    Matriptase is serine proteinase and a promising target for the treatment of osteoarthritis. We have generated a number of small molecule inhibitors currently undergoing lead optimisation.

  • ALK

    ALK is a receptor tyrosine kinase that has been implicated in a number of different cancer types. We are developing an antibody-drug-conjugate (ADC) to target ALK in neuroblastoma.

  • ULK1

    The protein kinase ULK1 is a major regulator of autophagy, and blocking this molecule in cancer cells would reduce their capacity to cope with stress. We are screening for small molecule inhibitors of ULK1 as novel cancer therapeutics.

  • Netrin-1

    Netrin-1 is a member of the axonal guidance family of proteins and is an attractive target for therapeutic inhibition of osteolytic diseases. We are developing novel monoclonal antibodies against netrin-1 as therapeutics for osteolytic bone disease.

  • MNK

    MNK is a promising cancer target in a variety of tumour types. We have generated two novel series of small molecule MNK inhibitors that are active against both MNK1 and MNK2.

  • Targeting cancer therapeutics with palladium-activated compounds

    A targeted chemotherapy approach has been developed: the use of non-toxic metallic palladium to modulate the pharmacological activity of small pro-drug molecules in a spatially-controlled manner. The novel chemistry enables targeted delivery of well characterised and effective anti-cancer drugs such as 5-fluorouracil and floxuridine.

  • Ang2 specific biotherapeutic

    An engineered highly specific binder of the pathological ligand angiopoietin-2 (Ang2) has shown that blockade of Ang2, physically or functionally, has significant therapeutic benefit in pre-clinical studies, for example reversing endotoxaemia and promoting tumour regression. Elevated levels of circulating Ang2 occur in pathologiesuch as sepsis, ARDS, retinopathies, pathological angiogenesis and some cancers.

  • IL-17BR

    Patients that develop various forms of pulmonary fibrosis are difficult to treat and can have high mortality. We have generated a humanised monoclonal antibody against the IL-25 receptor IL-17BR that shows activity in models of lung fibrosis. The antibody has desirable affinity and biophysical properties and shows efficacy in animal models of lung fibrosis, colitis and asthma.

  • Cardioprotection following heart attack

    A novel small molecule therapeutic for ischemia-reperfusion injury. This novel small molecule therapeutic offers cardioprotection from ischemia-reperfusion injury (IR injury) as exemplified in a mouse model of myocardial infarction. This approach may also be useful for other IR injuries such as following elective surgery, organ transplantation and cerebral infarction.

  • Hormone dependent tumours

    Assay and peptides that could lead to new tumour suppressing therapies for tumours of reproductive tissues such as uterine and prostate cancer. A series of GnRH peptide analogues capable of selectively inhibiting GnRH signalling in tumour cells while not significantly activating unrelated transduction signals. This is combined with an assay to select agents capable of selecting such specific ligands.

  • Hormone dependent diseases

    A series of kisspeptin peptide antagonists with low nano-molar affinities for development as therapeutics. Kisspeptin antagonists down-regulate steroid hormones such as testosterone and luteinising but do not completely ablate steroid hormone support so should not result in side effects associated with steroid hormone removal e.g. osteoporosis. The peptides are direct antagonists so no associated initial flare effect normally associated with desensitising agonists.

  • Kir 7.1

    We are looking for small molecule inhibitors of the Kir7.1 potassium channel, which has been implicated in postpartum haemorrhage.

  • TBK1

    Two distinct lead series of small molecule inhibitors with low nM activity. One set of compounds is available for use as research tools; the other series has the potential to be further developed as a therapeutic candidate.

  • IL16

    IL-16 is a cytokine produced by a number of immune and non-immune cells in association with an inflammatory response. We have developed a humanised anti-IL-16 antibody that could have utility in a number of immune-mediated diseases.

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You could benefit from our resources and expertise

To discuss any of our current licences and find out about the research areas we are currently exploring please get in touch with our business development team.