Oxford-based Grey Wolf Therapeutics has raised $49 million Series B. The investment was co-led by Pfizer Venturesand Earlybird Venture Capital and participated by Canaan, Andera Partners, Oxford Science Enterprises and British Patient Capital. Two of the biggest challenges for the current immuno-oncology approaches are poor tumour recognition by T cells and T cell exhaustion. Grey Wolf is working to overcome key resistance mechanisms, as research has shown eliciting completely novel immune responses can help overcoming these issues. The company has developed a pipeline of novel endoplasmic reticulum aminopeptidases (ERAP1 or ERAP2) inhibition programs. ERAP inhibition drives generation and presentation of novel cancer antigens to the surface of tumour cells, thus eliciting a de novo T cell response against tumours. The proceedings of the round will be used to enter the clinic with ERAP, the company’s new immunotherapy target. Its lead program (GRWD5769) is expected to reach Phase 1/2 during H1 2023, including a combination arm trial with the PD-1 inhibitor Libtayo. In addition, part of the funding will be used to research ERAP2 inhibition and identify of novel cancer antigens targetable with MHC Class I therapies (e.g. soluble T cell receptor (TCR) and TCR-mimic bispecifics). The company was co-founded by Peter Joyce, PhD (CEO, ex-Vertex Pharmaceuticals) and Tom McCarthy, PhD (Executive Chairman; he is also Executive Chairman of Orbit Discovery, co-Founder and CEO of Pathios Therapeutics. In addition, Grey Wolf has appointed Sally Dewhurst (Oxford Science Enterprises), Emma Johnson (British Patient Capital), Rabab Nasrallah (Earlybird Venture Capital), and Marie-Claire Peakman(Pfizer Ventures) to the Board of Directors.
London-based Multus Biotechnology has raised $9.5m Series A. The investment was led by Mandi Ventures, alongside SOSV, Big Idea Ventures, SynBioVen and Asahi Kasei Corp. The Series A includes an equity free $2.5 million from Innovate UK through Europe’s most competitive startup grant, the EIC Accelerator. Multus is developing key ingredients for the affordable scale-up of cellular agriculture. The company discloses leveraging a proprietary library of non-conventional growth media ingredients (sic) to develop affordable growth media formulations. The proceedings of the round will be used to build a production plant aiming to lower the price of cultivated meat at commercial scale.
Cambridge-based NeoPhore has raised £6 million Series B extension. The round has been participated by CRT Pioneer Fund, Claris Ventures, 2Invest, 3B Future Health Fund and Astellas Venture Management. The extension brings Series B funding to a total of £21.5 million. NeoPhore is developing first-in-class small molecules targeting the DNA mismatch repair (MMR) pathway to treat oncology indications. It has been shown that inhibiting the MMR pathway promotes neoantigen creation and thus eliciting immunity. The proceedings of the extended Series B will be used to advance NeoPhore’s pipeline with the aim to start of IND-enabling studies in 2024. The company was span out of the University of Turin and PhoreMost Ltd by the CRT Pioneer Fund.
Cambridge-based Creasallis has raised funding from BlueYard Capital (financial details not disclosed). Creasallis is developing CreaTap, its proprietary antibody engineering platform aiming to improve antibody penetration into the tumour microenvironment while maintaining the necessary half life. The company was founded in by Zahra Jawad, PhD(Chief Executive Officer) in 2021. Creasallis was selected as part of cohort 4 on the accelerate@Babraham accelerator. Dr Jawad was Head of Research at bit.bio; prior to that she was Director, Head of Discovery Technologies and Group Leader at Agenus.
Cardiff-based IQ Endoscope has raised £5.2 million funding. The investment was led by BGF, alongside the Development Bank of Wales and a consortium of investors. The proceedings of the round will be used to advance and roll out the company’s lead medical device. It is a sustainable, cost-effective, single-use endoscopy device. 70 million endoscopy procedures are completed each year. Of these, 98% are performed with reusable devices, requiring decontamination and reprocessing after each use. IQ Endoscope was launched in 2017 and to date it has raised £5.9 million, seed funding and grants raised from investors including the Development Bank of Wales, Cardiff and Vale Health Board and the Cardiff Capital Region Challenge Fund.
London-based Entocycle has raised €5 million Series A. The round was led by Climentum Capital, and participated by Lowercarbon Capital, Teampact Ventures, ACE & Company, and athletes such as Antoine Dupont, Nikola Karabatic, James Haskell and Antoine Brizard. Entocycle (ex-Y Combinator) supplies high-quality insect farming technology and other digital solutions. The company’s software and hardware solution, Entosight Neo, leverages an optical sensor to monitor and collect data on the health and productivity of a black soldier fly colony.
Bristol-based EnsiliTech has raised £1.2 million pre-seed funding to advance refrigerated-free approach to transporting vaccines. The round was led by Science Angel Syndicate. EnsilTech was span out from the University of Bath with the backing from Science Angel Syndicate and the Fink Family Office, with co-investment from QantX, Elbow Beach Capital, several angel investors and Innovate UK funding. The company’s proprietary technology – ensilication can be applied to both current and future biopharmaceuticals. It applies tiny layers of an inorganic material to the vaccine or other biological material to render it stable outside the fridge or freezer.
Cambridge-based Eagle Genomics has secured funding from Japan-based OMRON Ventures (financial details not disclosed). OMRON joins other investors such as abrdn, Environmental Technologies Fund and consortium led by Granpool Innovative Investments in supporting Eagle and its e[datascientist]2 platform. The e[datascientist]™ uses multilayer hypergraphs to structure and interrogate data. The proceedings of the investment will be used to scale up focusing on harness the microbiome to solve for ‘One Health’ challenges.
The Nucleic Acid Therapy Accelerator (NATA) has awarded £8 million to a consortium led by Professor Matthew Wood at the University of Oxford. The aim of the collaboration is to develop in vitro and in vivo methods for delivering oligonucleotide therapies to the CNS, heart and muscle cells. NATA is a UK Research & Innovation (UKRI)/Medical Research Council Unit funded by the Strategic Priorities Fund.
Cheshire-based Medicines Discovery Catapult and SMi have secured a Biomedical Catalyst Grant to validate its approach to detecting cancer biomarkers. MDC will use SMi’s super-resolution optical platform to test a new approach that uses liquid biopsies at single molecule resolution. The project will also benefit from screening paired samples using SMi’s optical platform and ‘gold-standard’ droplet digital PCR (ddPCR) testing.
Bristol-based Extracellular has secured funding from Innovate UK through the Smart Grant Competition. The company leverages its expertise in biomanufacturing to produce biomass for cultivated meat companies in a cost-effective and sustainable manner.
University College London has been awarded £1 million grant by the Motor Neurone Disease Association, LifeArcand My Name'5 Doddie Foundation to progress two cutting-edge therapies for motor neurone disease (MND). The project led by Prof Pietro Fratta (UCL Queen Square Institute of Neurology) and Dr Loic Roux (Nucleic Acid Therapy Accelerator) will aim to develop a gene therapy to slow down, stop or reverse amyotrophic lateral sclerosis. The project led by Prof Linda Greensmith and Dr Barney Bryson (UCL Queen Square Institute of Neurology) will focus on restoring lost muscle function and prevent further muscle damage.
The Small Business Research Initiative Healthcare has awarded £3.3 million to accelerate innovation in Cardiovascular Disease (CVD), £2.7 million to Respiratory Disease therapies, and £5 million to innovations supporting Stroke patients. The funding has been made available thanks to a partnership between Accelerated Access Collaborative initiative and the Academic Health Science Networks. The awarded projects for the CVD are: Abtrace (£488,640), PocDoc£489,521, Healum (£390,795), **Discover** Momenta (£491,213), Huma (£493,877), Cardisio (£342,484), **Inavya** Ventures (£180,564 ) and Southwest London Integrated Care System (£439,069). The projects in the Respiratory Diseases vertical (including interstitial lung disease, cystic fibrosis, Chronic Obstructive Pulmonary Disease and lung transplantation) are: my mhealth Limited (£499,780), Lenus Health Ltd (£467,260), Adherium Europe Ltd(£499,87), Tiny Medical Apps (£488,525), patientMpower (£279,732), Aseptika Ltd (£499,342). The projects to support stroke patients will tackle pre-hospital diagnosis, rehabilitation, and life after stroke: Pockit Diagnostics Ltd(£798,919), Cognitant Group Ltd (£423,981), NeuroVirt Limited (£754,388) Imperial College London (£800,000), Sonalis Imaging Limited (£798,968), Odstock Medical Limited (£800,000) and Evolv (£791,815).
London-headquartered Renalytix (LSE, NASDAQ: RENX) has been awarded $10 million a Horizon Europe Grant to advance personalised medicine in treating CKD throughout EU and US. The funding will be asigned to PRIME-CKD, a consortium of industry, academic and clinical researchers aiming to validate and implement novel biomarker-based tests in clinical practice to predict response to existing drugs used by chronic kidney disease (CKD) patients. 10% of the budget will be used by Renalytix to enable commercial translation. The PRIME-CKD program builds on the research carried out by the Innovative Medicine Initiative 2 program BEAt-DKD (2016).
Royston-based TTP has launched Cellular Origins aiming to double down on scalable manufacture of cell and gene therapies. Cellular Origins will aim to enable scalable, cost-effective and efficient manufacture of cell and gene therapies. Its proprietary technology allows to tackle the late-stage development, enabling commercial manufacturing without process change. The system leverages automated sterile fluidic interconnection that has the flexibility to adapt and link current and future bioprocess equipment, thus enabling full automation of current and future technology.
Edinburgh-based Blackford is going to be acquired by Bayer (financial details not disclosed). The acquisition will follow Bayer’s well-established ‘arm’s length’ operational model. Blackford will remain independent but will be accountable to advance Bayer infrastructure. The collaboration between Bayer and Blackford has laid the foundation for launching Calantic, Bayer’s medical imaging AI platform. Blackford was span out of the University of Edinburgh in 2010 and operations will remain in Edinburgh post-acquisition. The company has been backed by the angel syndicate Archangels, Old College Capital, Scottish Enterprise, Thairm Bio, and Tricapital.