Keltic Pharma Therapeutics

Keltic Pharma Therapeutics

Pharmaceutical Manufacturing

The KELTICPharma team combine academic innovation, deep target knowledge and corporate drug discovery expertise.

About us

In 2019 Prof Andrew Tobin published validation of PfCLK3 as a target with breakthrough potential in the treatment of malaria. Successful drug development would provide a single medicine that is curative, transmission blocking and prophylactic.

Website
www.Keltic-pharma.com
Industry
Pharmaceutical Manufacturing
Company size
11-50 employees
Headquarters
Dublin
Type
Public Company
Founded
2020

Locations

Employees at Keltic Pharma Therapeutics

Updates

  • Today we are at the #ScotLifeSci24 conference talking about innovation and globalisation in the life sciences industry in Scotland. With a target of £35BN by 2035 there is a huge amount of innovation coming through the life sciences eco system. Keltic Pharma are proud to play our part. Some fascinating insights from Richard Lochhead including the work being done at our ‘home’ in the University of Glasgow Advanced Research Centre.

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  • One minute he’s our superstar CSO and the next he’s a radio legend. Andrew Jamieson had his debut on radio earlier today 👇🏻📻🎤

    View profile for Adetunmise Dada, graphic

    Lecturer, Head of Experimental Quantum Optics and Quantum Information Lab at the University of Glasgow

    It was an absolute delight to have Professor Andrew Jamieson on The Science Show with Dr Dada today! Discussing the transformative research delivered by your team and collaborators was truly inspiring. It was a privilege to share the innovative work you're doing with our audience. Also, who knew you had such a fantastic radio voice? 📻🌟 #ScienceShow #Innovation #Research #Collaboration University of Glasgow Advanced Research Centre University of Glasgow School of Chemistry University of Glasgow Bill & Melinda Gates Foundation, EPSRC Jambo!Radio Scotland

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  • Andrew Tobin was kindly invited to India and has been introduced to some amazing people doing great things by Kiran Mazumdar Shaw. Lovely to hear about them.

    View profile for Andrew Tobin, graphic

    --

    Many thanks to Dr. Kiran Mazumdar Shaw for the introduction to Prof  Shashidhara Director of the National Centre for Biological Sciences (NCBS) and Dr Taslimarif Saiyed Director of the Centre for Cellular and Molecular Platforms (C-CAMP). A terrific day on a fabulous campus in the heart of Bangalore. Thanks for your hospitality and allowing me to talk to your teams about our malaria and neuroscience programmes, Keltic Pharma Therapeutics and of course the Advanced Research Centre at the University of Glasgow.

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  • Keltic Pharma is delighted to be a major contributor to the discovery that covalent inhibitors against PfCLK3, the target for our Bill & Melinda Gates Foundation funded radical cure for malaria, might provide an answer to a single dose cure for malaria. Skye Brettell and Professor Andrew Jamieson have made a significant breakthrough.

  • Andrew Jamieson ‘s latest publication has gone live. 👏🏻👏🏻

    View profile for Andrew Jamieson, graphic

    Professor of Chemical Biology at University of Glasgow, CSO Keltic Pharma Therapeutics

    I'm thrilled to announce that our multidisciplinary research article, "Targeting PfCLK3 with Covalent Inhibitors: A Novel Strategy for Malaria Treatment," has just been published in the Journal of Medicinal Chemistry! This work highlights an exciting approach to combat malaria by targeting kinase enzyme PfCLK3. We report the first X-ray crystal structure of PfCLK3, and employed structure-guided design to develop covalent inhibitors that target a remarkable non-conserved allosteric cysteine residue proximal to the catalytic site of PfCLK3. Our covalent inhibitors exhibit excellent parasiticidal potency and remarkable selectivity over the human kinome. Our study provides insights into the mechanism of action of covalent inhibitors and highlights their potential as a novel strategy for malaria treatment. Our lead compound represents the first covalent kinase inhibitor of malaria and offers a potentially promising avenue for the development of safe and effective antimalarials.   Special thanks to PhD student Skye Brettell, our brilliant first author, and the entire team @UofGARC @universityofglasgow @kelticpharmatherapeutics @universityofedinburgh @evotec @Columbia for their hard work and dedication to making this project a success. We also acknowledge @EPSRC and @BillandMelindaGatesFoundation for funding.   Check out the full paper here https://lnkd.in/eQ79V_r7 #medicinalchemistry #malariaresearch #drugdiscovery #PfCLK3 #teamwork

    Targeting PfCLK3 with Covalent Inhibitors: A Novel Strategy for Malaria Treatment

    Targeting PfCLK3 with Covalent Inhibitors: A Novel Strategy for Malaria Treatment

    pubs.acs.org

  • Keltic Pharma Therapeutics reposted this

    We are looking for a post-doctoral research associate to work on our Wellcome Trust funded addiction programme looking for novel ways of combating the opioid crisis. The research will be conducted @University of Glasgow Advanced Research Centre (ARC) @University of Glasgow in close collaboration with Dr Carrie Jones @Warren Centre for Neuroscience Drug Discovery @Vanderbilt University. This post, will investigate molecular mechanisms that can prevent opioid misuse and opioid-use-disorder and hence have a major impact on the global opioid crisis. In exciting breakthrough studies, we have discovered that inhibition of the M5 muscarinic acetylcholine receptor (M5-receptor) can prevent opioid drug seeking and reduce cue-induced relapse. The implications of our findings are huge. They indicate that by co-administration of a drug that inhibits the M5-receptor with opioid analgesics we can reduce the likelihood of patients becoming addicted to opioids and for those patients in remission from opioid addiction we can reduce the likelihood of relapse. This project will work in close collaboration with leading in vivo pharmacologist Dr. Carrie Jones, Vanderbilt University, Nashville USA, to understand fundamental aspects of M5-receptor biology and optimise ligands that can modulate M5-receptor activity to reduce the risk of opioid-addiction whilst retaining the drug’s analgesic properties. As part of a multi-disciplinary team, you will generate novel genetically engineered mice that will be used in combination with unique tool ligands in conjunction with anatomical, behavioural and molecular biology-based studies to explore how M5-receptors regulate reward-seek pathways associated with drug-addiction and validate the potential of this G protein-coupled receptor (GPCR) as a therapeutic target. This is an opportunity for a highly motivated Research Scientist to conduct basic research with potential for pre-clinical translation. The candidate will be responsible for mapping the neuroanatomy of M5-receptor in the brain, pharmacological characterisation and in vitro and in vivo testing of novel agonists/ antagonists to M5-receptor and pre-clinical addiction studies to validate the M5-receptor as a target in the treatment of addiction. The candidate will be based at University of Glasgow in state-of-the-art laboratories located in the newly built Advanced Research Centre (ARC) in the heart of the University campus and have the opportunity to spend time in our collaborator’s lab in Nashville, Tennessee. Informal enquiries may be directed to Professor Andrew Tobin, Andrew.Tobin@glasgow.ac.uk This post is full time and has funding until 30th September 2029 To apply online at: https://lnkd.in/gESncnt9

  • 🌟 Meet Our CSO, Professor Andrew Jamieson. 🌟 We are thrilled to announce that Keltic Pharma has been awarded a SMART Grant by Innovate UK to advance our innovative drug discovery platform, PEPSMOL©. This funding is a testament to our team’s dedication to pioneering new treatments for diseases that have been historically difficult to target. At Keltic Pharma, we're driven by scientific excellence and innovation and we’d like to introduce you to our Chief Scientific Officer, Professor Andrew Jamieson A founder of Keltic Pharma Therapeutics and a driving force behind our proprietary PEPSMOL© platform. Andrew brings a wealth of expertise in synthetic organic chemistry and peptide-based drug discovery, which is crucial to the ground-breaking work we're doing. Oh - and he also enjoys the odd glass of champagne when a celebration is in order 😀 With a distinguished career spanning over 20 years in both academia and industry, his work focuses on integrating the principles of synthetic chemistry and peptide engineering to create synthetic biologics, a new class of molecules that combine the best properties of small molecules and biologics like antibodies. Our initial focus with the PEPSMOL© platform is on inflammatory airway diseases, such as severe asthma that doesn’t respond to current treatments. The Keltic Pharma team have already validated the FFA4 receptor as a novel target in inflammatory lung disease, demonstrating the promise of our synthetic biologics approach in preclinical models. “With this SMART Grant, we can further validate the PEPSMOL© platform and explore new ways to treat severe asthma,” says Andrew. “We’re committed to leveraging our deep expertise in peptide chemistry and drug discovery to develop inhaled synthetic biologic drugs that offer new hope for patients.” Follow us for more updates as we continue to innovate and transform the future of drug discovery! 🌟 #Leadership #Biotech #Innovation #DrugDiscovery #SyntheticBiologics #GPCRs #Healthcare #SMARTGrant #InnovateUK #AsthmaTreatment #MedicalResearch #LifeSciences #KelticPharma #UniversityofGlasgow #AndrewJamieson

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  • 🚀 The good news keeps rolling! Keltic Pharma, a spin-out from the University of Glasgow, has been awarded a SMART Grant by Innovate UK! 🚀 Founded by Andrew Tobin, Andrew Jamieson, and Graeme Milligan, Keltic Pharma Therapeutics are thrilled to receive this recognition and support for our work on the PEPSMOL© Discovery Platform. This innovative approach targets previously hard-to-drug G protein-coupled receptors (GPCRs), with an initial focus on the FFA4 receptor. With this funding, we'll be advancing our development of synthetic biologics—a new class of molecules that blend the best properties of small molecules and biologics like antibodies. Our initial focus is on tackling severe asthma, a condition unresponsive to current treatments, by developing inhaled agents to normalise lung function and reduce inflammation. The SMART Grant enables us to expand our team in Glasgow, validate the platform, and drive forward our mission to bring new, effective treatments to patients and push the boundaries of biotech innovation in the UK. Follow us for more updates as we move forward on this exciting journey! 🌟 #SMARTGrant #InnovateUK #Biotech #Innovation #DrugDiscovery #Asthma #GPCR

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