Category: Life Sciences

Parkwalk

PsyOmics – follow-on investment

We are delighted to announce that the University of Cambridge Enterprise Fund V and the Parkwalk Opportunities Fund have invested in a follow-on financing round in PsyOmics, a spin-out from the Department of Chemical Engineering and Biotechnology.

The company aims to utilise blood-based diagnostics to increase the speed of diagnosis and to reduce misdiagnosis for mental health patients.

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Horizon Discovery – Parkwalk UCEF I exit

We are delighted to have generated a 2.36x return (3.37x inclusive of initial tax reliefs) for our investors on the sale of the University of Cambridge Enterprise Fund I holding in Horizon Discovery plc. The investment was held for 3.9 years and the exit was generated through a single block trade.

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Predictimmune – Parkwalk closes investment

We are delighted to announce that the Parkwalk Opportunities Fund and the University of Cambridge Enterprise Fund IV have completed an investment in Predictimmune Limited, a spinout company from the University of Cambridge.

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Azul Optics – University of Bristol Enterprise Fund I investment

We are delighted to announce that the University of Bristol Enterprise Fund I, managed by Parkwalk, has invested in Azul Optics.

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Parkwalk closes PhoreMost follow-on investment

We are pleased to announce that Parkwalk has made an investment in Phoremost, a Cambridge University spinout, as part of a Series ‘B’ round of equity funding, alongside Amadeus Capital Partners and the University. Phoremost’s mission is to accelerate, diversify and rationalise drug discovery.

PhoreMost has developed a next-generation phenotypic screening platform called ‘SiteSeeker’ to identify the best new targets for future therapy, and crucially, how to drug them. This has the potential to significantly increase the diversity of novel therapeutics for cancer and other unmet diseases, where treatment options are currently severely limited.

Congenica – Parkwalk closes investment

We are delighted to announce that the Parkwalk Opportunities Fund and the Parkwalk Technology Fund VII have invested in a $10m Series ‘B’ financing round for Congenica Limited, which spun out of the Wellcome Trust Sanger Institute and Department of Health. Congenica has developed software that enables the accurate, rapid and scalable clinical interpretation of genetic and clinical data.

Sphere Fluidics – Parkwalk closes further funding round

We have closed a follow-on investment in Sphere Fluidics for the Opportunities Fund. This follows the UCEFs investing previously.

Sphere Fluidics is an established Life Sciences company which has developed unique products for use in single cell analysis and characterisation and provides collaborative R&D services in this area.

The company was founded on IP generated by the University of Cambridge and has in-licensed 7 patent families from the University and other leading institutions. The core technology is now protected by 54 patents and has been developed with equity and over £8m of grants.

Polypharmakos – University of Cambridge Enterprise Fund IV investment

Cambridge and Kew join forces to find new antimicrobial substances in plants
The Parkwalk-mamanged University of Cambridge Enterprise Fund IV and Cambridge Enterprise have invested £500k in Polypharmakos Limited, a spin-out from the University of Cambridge and the Royal Botanic Gardens, Kew.
Polypharmakos’s mission is to screen natural-product sources of plant, fungal and insect origin for antimicrobially active substances with novel mechanisms of action and to develop them to address the emerging global antimicrobial resistance (AMR) crisis. Founded in 2016 by Dr John Normanton and Mr Tom Sopwith of ArgantriX Ltd., Polypharmakos arose from discussions with Prof Duncan Maskell (Marks & Spencer Professor of Farm Animal Health, Food Science and Food Safety) and Prof Monique Simmonds (Deputy Director of Science, Royal Botanic Gardens, Kew).
The Company undertook a small Cambridge Enterprise-funded pilot screening exercise in 2016 in conjunction with the teams of Prof Clare Bryant (University of Cambridge, Professor of Innate Immunity) and Dr Mark Holmes (University of Cambridge, Reader in Microbial Genomics and Veterinary Science). The project revealed a number of active substances in a small sample of intelligently selected extracts, indicating that the Kew collections should be an ideal starting source for new antimicrobials. In addition, the Company received pilot project funding from Swansea University and Swansea Innovations for the structural characterisation of Seraticin®, a maggot-derived, small molecular weight, broad spectrum antimicrobial.
Dr John Normanton, CEO of Polypharmakos, said: “We are delighted to have closed the funding round with Cambridge Enterprise and the University of Cambridge Enterprise Fund. The funding will launch the Company into full operation and begin this exciting venture with core collaborations with Cambridge and RBG Kew. Coupling the synergistic expertise within RBG Kew in the selection and characterisation of medicinal leads from natural products in its collections with the skills of the University of Cambridge team in antibacterial modes of action and modulation of innate immunity will open an exciting new chapter in the hunt for new drugs useful against AMR pathogens”.

Exonate – University of Bristol Enterprise Fund I investment

We are delighted to announce that the University of Bristol Enterprise Fund I, managed by Parkwalk, has invested in Exonate.

Exonate are developing a novel approach to modulating new vessel growth.  By controlling the balance of two contrasting forms of a protein called Vascular Endothelial Growth Factor (VEGF), they have demonstrated that they could not only treat models of angiogenic disease (eg Cancer and wet AMD) but also protect kidney and nerve cells while simultaneously producing a pain killing effect.

The early research and development was undertaken in the Bristol MVRL laboratories of Professors David Bates and Steve Harper and continues in their laboratories in Bristol and Nottingham Universities and also in the laboratory of Associate Professor Jonathan Morris in the University of New South Wales in Sydney.

Exonate is now seeking to develop safer, more effective, therapies for the treatment of cancer and eye disease. The same approach will also allow the development of treatments for severe pain, and also the eye, nerve and kidney complications that occur in patients with diabetes. The Company has a pipeline of proprietary compounds that will be developed to address all of these therapeutic areas.

Horizon Discovery – Strong Revenue Growth and Focus on Operational Gearing Underpin Path to Profitability

Cambridge, UK, 20 September 2016: Horizon Discovery Group plc (LSE: HZD), a world leader in the application of gene editing technologies, announces its interim results for the six months ended 30 June 2016.

Highlights (including post period end):

Financial

·     Group revenue increased 19% to £10.2 million (HY15: £8.6 million)

·     Products business revenue increased 62% to £4.8 million (HY15: £3.0 million)

·     Services business delivered revenue of £5.2 million (HY15: £5.4 million)

Solid growth in in vivo and in vitro service revenues

Temporarily reduced molecular screening capacity as the Group consolidates Boston operations into newCambridge, UK headquarters

·     The Group remains eligible to receive future R&D milestones of up to £208 million plus future product royalties (HY15: £158 million) through its Research Biotech business

·     Loss Before Interest, Tax, Depreciation and Amortisation of £4.3 million (HY15: £4.9 million) in line with expectations, as the business invests for scale and transitions towards positive EBITDA in 2017

·     Cash resources of £13.0 million (FY15: £25.1 million) following one-time investments in new global headquarters in UK, business automation and Avvinity Therapeutics

Commercial

·     Strong customer growth continued with more than 1,600 unique customers (+33% increase over HY15)

·     Deal signed to integrate Horizon’s molecular reference standards into Qiagen’s GeneReader NGS workflows

·     Partnership formed with Ventana Medical Systems for the provision of reference standards

·     Two OEM Agreements with market leading Next Generation Sequencing Company with potential for additional agreements to follow

·     Collaboration with Fulcrum Therapeutics for novel CRISPR-based target discovery in genetic diseases with potential for additional future projects

·     License of biomanufacturing cell lines to the Centre for Process Innovation (CPI) and the National Institute for Bioprocessing Research and Training (NIBRT)

·     Launch of Avvinity Therapeutics, a cancer immunotherapy company formed in a joint venture with Centauri Therapeutics

Financial Guidance and Path to Profit Strategy

·     Based on historical H1/H2 revenue weighting (typically 40%:60%) and the current strong trading outlook, full year FY16 revenues are expected to be within a range of £24 million to £26 million.  This guidance reflects:

A reduction in molecular screening capacity as the Group consolidates the Boston facility into its new Cambridge, UKheadquarters, expected to reduce revenue by £2.7m in FY16, before returning this part of our business to growth in 2017 on a more profitable basis

·     Horizon on course to report positive EBITDA in FY17 in line with the Company’s previously stated strategy:

Path to Profit strategy includes increased business automation and reduction of senior management headcount by a third – activities on track to be complete by end December 2016

Estimated restructuring costs of closing the Boston facility by the end of 2016 of up to £0.75 million to be recognised in the second half of 2016 that are expected to deliver run rate cost savings of at least £3.0 million from 1 January 2017

Commitment to deliver overall Group annual cost savings of at least £5 million in 2017

Commenting on the interim results, Dr Darrin Disley, CEO of Horizon Discovery Group, said: “Horizon is making a fundamental contribution to the rapidly growing personalised and genomic medicine markets by deploying our proprietary gene editing platform to build cells and then apply them in an increasingly broad range of applications including genomics research, drug discovery and development, clinical diagnostics and drug manufacturing.  Today, our core cell building platform and catalogue of over 23,000 products drives our ‘commercial fly-wheel’, an engine that generates multiple revenue streams from our cell-based assets.  We are pleased to report continued revenue growth driven in particular by continued momentum in our Products business.

“Since our IPO in 2014, Horizon has made strategic investments to build an optimal business model for exploiting our technology platforms and achieve our strategic goal of becoming EBITDA positive in 2017, and sustainably profitable thereafter. We have today announced changes to the shape of our business that will allow us to focus on our core strengths, continue to scale the business on a significantly reduced cost base and drive considerable growth, integration and innovation.

“We are pleased with the progress delivered during the past six months and look forward, with confidence, to building on this in the second half of the year and beyond given the encouraging prospects for our newly shaped business.  We already see signs in H2 of strong business growth and we have a clear route to profitability.”

Micrima – University of Bristol Enterprise Fund I investment

We are delighted to announce that the University of Bristol Enterprise Fund I, managed by Parkwalk, has invested in Micrima.

The company intends to develop and commercialise a new Breast Imaging System (MARIA) aimed at radically improving breast cancer detection and survival rates through the provision of much safer, more frequent, more comfortable and less expensive breast checks from a much younger age, and delivered within the local community.  The company’s proprietary technology seeks to improve screening effectiveness for both younger and older women with dense breast tissue, where X-ray mammography (XRM) is widely acknowledged to be inadequate.

Fluidic Analytics – University of Cambridge Enterprise Fund IV and Parkwalk investment

Parkwalk have recently closed an investment in Fluidic Analytics for the University of Cambridge Enterprise Fund IV and Parkwalk Funds.

Fluidic Analytics is developing a line of tools for the rapid, accurate, cost-effective analysis of proteins and other biomolecular species. By combining a powerful microfluidics platform developed at the University of Cambridge with efficient manufacturing and design principles, the Company is striving to be a leading provider of products that enable breakthrough advances in fundamental protein science, drug development and diagnostics.

By developing products that make protein characterisation faster, more precise, more convenient, more cost-effective and more accurate, Fluidic Analytics is striving to help scientists, healthcare providers and people everywhere to understand the world around them better.

More detail can be seen on the company’s website here.

PsyOmics – University of Cambridge Enterprise Fund IV investment

We are delighted to announce that the University of Cambridge Enterprise Fund IV, managed by Parkwalk, has invested in PsyOmics, a spin-out from the Department of Chemical Engineering and Biotechnology.

The company aims to utilise blood-based diagnostics to increase the speed of diagnosis and to reduce misdiagnosis for mental health patients.

Mental illness accounts for over 15% of the disease burden in developed countries and in England alone, mental illness costs over £51.6bn per annum.

DefiniGEN – Parkwalk closes follow on investment

Parkwalk closes DefiniGen investment for the University of Cambridge Enterprise Fund IV and Parkwalk Funds

DefiniGEN, a spin-out from the University of Cambridge Regenerative Medicine Department at Addenbrooke’s Hospital, have created a stem cell technology to provide human cells to the drug discovery sector for use in lead optimisation and toxicity programmes.

The Company’s proprietary production platform OptiDIFF robustly generates human cell types including using hIPSC human Induced Pluripotent Stem Cell technology. DefiniGEN has utilised the OptiDIFF platform to produce validated libraries of disease modelled human liver and pancreatic cells for a range of Inherited Metabolic Diseases (IMDs).

The phenotype and pathology of the diseases has been confirmed in the cells and the resulting products are available for utilisation in drug discovery lead optimization studies.

Sphere Fluidics – University of Cambridge Enterprise Fund III closes further funding round

We have closed an investment, in a $7m funding round, in Sphere Fluidics for the University of Cambridge Enterprise Fund III. This follows the UCEFs I and II investing previously. The investment round has been led by an Asian corporate investor

Sphere Fluidics is an established Life Sciences company which has developed unique products for use in single cell analysis and characterisation and provides collaborative R&D services in this area.

The company was founded on IP generated by the University of Cambridge and has in-licensed 10 patent families from the University and other leading institutions. The core technology is now protected by 51 patents and has been developed with equity and over £7m of grants.

Oxford Endovascular – Parkwalk closes University of Oxford Isis Fund investment

We are delighted to announce that the University of Oxford Isis Fund II has completed an investment in Oxford Endovascular Limited, a company developing sophisticated mesh tubes to treat patients suffering from brain aneurysms. Parkwalk invested in a £2m round alongside the new Oxford Sciences Innovation plc.

The Oxford technology uses a special laser-cut metal alloy which has a shape-memory. It can be posted into a catheter during surgery, inserted into the brain and opened up into a tiny tube mesh (‘flow diverter’) that fits into the natural shape of the blood vessel.  This diverts the blood away from the aneurysm, allowing it to heal.

 

Parkwalk closes Xerion investment

We are pleased to announce that the University of Oxford Isis Fund II has made an investment in Xerion, a nanoparticle company spun-out of the University with a novel treatment for cancer.

Xerion seeks to commercialise Dr Helen Townley’s Research Group’s work into the use of nanoparticles in cancer for therapy, imaging and drug delivery.
The small size of nanoparticles means they can passively accumulate in tumours due to the enhanced permeation and retention (EPR) effect, where certain sizes of molecules accumulate more in tumour cells than in normal tissue.

Encapsulation of chemotherapy drugs within nanoparticles enables them to be delivered directly to the site of the tumour, reducing systemic side effects, and enabling a higher effective dose to be reached in the cancerous tissue.

Parkwalk closes Quethera investment

We are pleased to announce that the University of Cambridge Enterprise Fund III has made an investment in Quethera, a gene therapy company spun-out of the University with a novel treatment for glaucoma.

Quethera announces seed financing to develop gene therapy aimed at preventing blindness in glaucoma patients

CAMBRIDGE, UK, 17th September 2015: Quethera, a gene therapy company developing a treatment for glaucoma that could prevent blindness, has received seed investment funding led by Midven’s Rainbow Seed Fund alongside co-investor Cambridge Enterprise (the commercialisation arm of the University of Cambridge) to continue pre-clinical development of their therapy.

Glaucoma is the leading cause of irreversible blindness worldwide. In England and Wales, the NHS estimates that there are more than 500,000 people who have glaucoma. Many more people have undiagnosed glaucoma because they are unaware that their vision has been damaged by the disease. Recent estimates predict that by 2020 there will be 11 million people worldwide blind due to glaucoma.

High pressure inside the eye is the strongest risk factor for glaucoma, however a significant number of people with glaucoma have eye pressures within the normal range. While glaucoma is a multi-factorial disease, blindness is a direct result of damage to retinal ganglion cells, the nerve cells that connect the eye to the brain via the optic nerve. There are no licensed treatments to prevent nerve damage in glaucoma. All current therapeutic approaches for glaucoma, including all licensed medications as well as laser and surgical techniques, work by lowering the pressure inside the eye. However, even in populations with access to the best treatments currently available, an estimated 1 in 8 patients will still become blind in at least one eye.

Quethera is developing a gene therapy to provide long-term neuroprotection for nerve cells that will maintain vision in patients with all forms of glaucoma. The therapy will enhance the natural biochemical protective cellular pathways that have become degraded in patients with glaucoma. Quethera’s therapy is designed to enable long-term control of the disease via a single injection. The company’s aim is to develop a therapy that prevents progressive visual loss in glaucoma patients and thus reduce the burden of blindness due to the disease worldwide.

Quethera was founded by Dr. Peter Widdowson, who is also Quethera’s CEO, and builds on initial research performed by Professor Keith Martin of the University of Cambridge, Department of Clinical Neurosciences, who is also a Quethera founder. Widdowson said: “This seed funding will enable us to completely examine the efficacy of our novel neuroprotective gene therapy in models of glaucoma, to ensure it displays potent and prolonged activity in preparation for preclinical development.”

Professor Martin said: “It is heart-breaking that so many people with glaucoma around the world continue to go blind. My dream is to reduce this risk both for my own patients and for very many others. I am delighted that the Rainbow Seed Fund and Cambridge Enterprise have supported Quethera in our mission to bring an exciting new therapeutic approach to glaucoma towards the clinic.”

The full press release can be seen here.

Omega Diagnostics – Development Update

Omega Diagnostics Group PLC – Development Update – Visitect® CD4 and Allergy

Omega (AIM: ODX), the medical diagnostics company focused on allergy, food intolerance and infectious disease, announces the following development update on its infectious disease and allergy projects.

Infectious Disease – Visitect® CD4 update
Since the trading update on 15 April 2015, the Company has continued to test devices on a large number of patient samples with the aim of optimising performance and deciding on suitable in-house manufacturing processes. The Company confirms that it has now made three pilot batches of devices, all of which have yielded comparable results and which demonstrate that Visitect® CD4 is capable of meeting the Company’s performance design goals in comparison to flow cytometry when tested on HIV positive patients. The Company confirms that its internal investigation phase is now complete as planned.

The outcome of this investigation phase has been the selection of in-house manufacturing processes which are scalable and which will now be subject to verification and validation leading to the release of Visitect® CD4 test devices for re-evaluation in the field.

We remain very confident of the prospective commercial success of Visitect® CD4 and will provide further updates in due course.

Allergy Development – Allersys® automation update
Our allergy development programme has continued to make progress. We now have 32 allergens that have been optimised to show equivalent performance to the market leading product. Of these, 22 have completed their claim support work. The manufacturing process and recent amendments to the instrument software have been validated for full scale manufacture and we now have commercial quantities for 27 allergens and associated reagents within our inventory which have all passed internal quality control procedures. These allergens will be used in beta evaluations at sites in Spain and Italy, planned in June and July respectively.

A preliminary field study comparing the Allersys® system to ThermoFisher ImmunoCAP® using eight allergens was conducted at Udine University Hospital Laboratory, Italy last year. The investigators concluded that the two systems were comparable. The results of the study have recently been accepted for an oral presentation at the European Academy of Allergy and Clinical Immunology (EAACI) Annual meeting in Barcelona, 6-10 June 2015.