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#ORPH Open Orphan plc – Positive in vitro results for FLU-v published
Open Orphan plc (AIM: ORPH), (to be renamed hVIVO plc (AIM: HVO) effective 26 October 2022), a rapidly growing specialist contract research organisation (CRO) and world leader in testing infectious and respiratory disease products using human challenge clinical trials, announces that positive data from a peer-reviewed study evaluating the in vitro efficacy of FLU-v, Imutex Limited’s (“Imutex”) broad spectrum influenza vaccine, has been published in the scientific journal Vaccines.1
Previous clinical studies have demonstrated that FLU-v induced increased antibody and cellular responses in vivo. This placebo-controlled study evaluated the ability of FLU-v to induce cellular effector functions and cross-reactivity (both measures of the immune response, with cross-reactivity being particularly important for protection against multiple viral strains) of immune cells extracted from participants, following exposure to five different influenza strains.
The study found that measurements of IFN-γ and granzyme B production in stimulated immune cells from participants that had been previously vaccinated with either FLU-v or placebo, were significantly higher in the FLU-v group both when stimulated with vaccine antigen and also with antigens from a panel of seasonal and pandemic inactivated influenza A and B strains. These results further support the continued development of FLU-v as a broad-spectrum influenza vaccine.
FLU-v is owned by Imutex, a joint venture between hVIVO and PepTcell Limited (the legal name of SEEK Group), to develop vaccines against influenza and mosquito borne diseases such as Zika virus, malaria and other flaviviruses.
Seasonal influenza causes significant morbidity and mortality each year and a pandemic influenza continues to pose a worldwide threat. Influenza is a serious global health threat with an estimated 1 billion cases per year, 3-5 million severe cases and 290,000 – 650,000 deaths per year.
Dr Andrew Catchpole, Chief Scientific Officer of hVIVO, said: “It is encouraging to see further positive data for FLU-v, supporting its continued development as a broad-spectrum influenza vaccine. There is a large unmet need for a broad-spectrum vaccine to help battle emerging seasonal and pandemic influenza A and B viruses. Although FLU-v had already produced successful Phase II clinical data, this in vitro study is particularly important as it showed the ability of the candidate to induce an immune response against a diverse variety of influenza A and B strains.”
1. Oftung, F.; Næss, L.M.; Laake, I.; Stoloff, G.; Pleguezuelos, O. FLU-v, a Broad-Spectrum Influenza Vaccine, Induces Cross-Reactive Cellular Immune Responses in Humans Measured by Dual IFN-γ and Granzyme B ELISpot Assay. Vaccines 2022, 10, 1528. https://doi.org/10.3390/vaccines10091528
For further information please contact:
Open Orphan plc |
+44 (0) 20 7756 1300 |
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Yamin Khan, Chief Executive Officer |
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Walbrook PR (Financial PR & IR) Stephanie Cuthbert / Phillip Marriage / |
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#POLB Poolbeg Pharma – Key POLB 002 European Patent Granted
– Poolbeg Pharma (AIM: POLB, OTCQB: POLBF, ‘Poolbeg’ or the ‘Company’), a clinical stage infectious disease pharmaceutical company with a unique capital light clinical model, provides an update on the strengthening of its intellectual property (IP) for its asset POLB 002, a first-in-class, intranasally administered RNA-based immunotherapy for respiratory virus infections.
In January this year, Poolbeg secured an exclusive licence for the dual antiviral prophylactic and therapeutic candidate, which is being developed as POLB 002. Data suggests it could provide pan-viral protection from respiratory virus infections including influenza, respiratory syncytial virus (RSV), SARS-CoV-2 and others. As a nasally administered and rapidly effective prophylactic antiviral candidate, it could potentially provide an effective solution for protecting at risk patient populations (e.g. the elderly, COPD patients, and asthmatics).
The European Patent Office has granted this important patent in the POLB 002 patent family, which protects the use of a defective interfering (DI) influenza virus against infection by influenza. POLB 002 works by triggering nasal cells into an antiviral state using DI influenza that resembles the infectious influenza virus but doesn’t have the ability to replicate and therefore can provoke an appropriate immune response but does not cause an infection. The Company will continue working with its patent advisors to broaden and expand this patent family, including the method by which defective interfering antiviral agents can be identified. Discussions with patent authorities in other jurisdictions, including the US, are continuing with further positive announcements expected following a recent ‘Notice of Allowance’ communication from the US patent authorities.
The development of POLB 002 and these patent updates come at a critical time with a global focus on respiratory virus infections and when such viruses are considered a top five global killer, resulting in more than three million annual deaths worldwide. The pandemic potential of influenza continues to be monitored closely by the global health authorities, while the World Health Organization (WHO) and infectious hazard experts have guided that there is statistical certainty that a future influenza pandemic can be expected. The CDC has advised that early action and effective preparedness are absolutely essential to mitigating risk, hence highlighting the importance of developing vaccines, prophylactics and antiviral treatments against viruses; with pan-viral products offering an important solution.
Jeremy Skillington, PhD, CEO of Poolbeg Pharma, said: “The granting of this patent marks an important step in our development and protection of this important respiratory virus disease treatment. Data for POLB 002 shows it is able to both prevent viral infections and rapidly reduce viral loads where infection has occurred, improving disease symptoms and aiding recovery. This makes it an attractive candidate in a market where a significant unmet need for the treatment of most respiratory virus infections still exists.
“Our patent portfolio in Europe, US and elsewhere for POLB 002 are growing as part of our overall strategy to enhance the protection of Poolbeg’s assets and we look forward to updating shareholders on future patent grants.”
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Enquiries
Poolbeg Pharma Plc
Jeremy Skillington, CEO Ian O’Connell, CFO
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+44 (0) 207 183 1499 |
finnCap Ltd (Nominated Adviser & Joint Broker)
Geoff Nash, James Thompson, Charlie Beeson
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+44 (0) 207 220 0500 |
Arden Partners PLC (Joint Broker)
John Llewellyn-Lloyd, Louisa Waddell
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+44 (0) 207 614 5900 |
J&E Davy (Joint Broker)
Anthony Farrell, Niall Gilchrist
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+353 (0) 1 679 6363 |
Instinctif Partners
Melanie Toyne Sewell, Rozi Morris, Tim Field |
+44 (0) 20 7457 2020
poolbeg@instinctif.com |
#POLB Poolbeg Pharma – Artificial Intelligence deal signed with CytoReason
24 March 2022 – Poolbeg Pharma (AIM: POLB, ‘Poolbeg’ or the ‘Company’), a clinical stage infectious disease pharmaceutical company with a unique capital light clinical model, has signed a deal with CytoReason, a leading artificial intelligence (AI) company developing computational disease models for efficient drug discovery and development, to provide AI analysis of Poolbeg’s influenza disease progression data derived from human challenge study samples.
The partnership will harness the insights of Poolbeg’s unique repository of influenza human challenge trial* data and is another significant milestone in its strategy to leverage its proprietary databank to identify new pharmaceutical assets using artificial intelligence. CytoReason has built world-class validated AI models which can extrapolate immune cell behaviour based on bulk transcriptomics, making it an ideal partner to maximise the insights of Poolbeg’s influenza data. To date, five of the world’s top ten pharma companies use CytoReason’s technology including Pfizer, Sanofi, Merck KGaA and Roche. Poolbeg’s ability to execute a deal of this nature with a company of CytoReason’s stature is a testament to the quality of Poolbeg’s proprietary databank which will significantly improve the outputs of the collaboration.
The partnership will bring Poolbeg’s unique repository of clinical samples and associated data from influenza human challenge trials together with CytoReason’s leading and validated AI technology. This will enable a deep understanding of the mechanism of influenza infection and recovery and, as a result, help identify novel drug targets for the disease. Poolbeg’s datasets for influenza are already tailored for incorporation into CytoReason’s platform algorithms. Both CytoReason and the Company are excited about the unique and novel disease-relevant insights, which have the potential to transform how influenza is currently treated. The project is due to commence immediately with a full work programme already agreed, and first results expected in H1 2023.
CytoReason’s machine learning algorithm works by combing through enormous repositories of clinical data to build models of human disease, which can then be used by biotech and pharmaceutical partners to identify novel targets, prioritise mono/combination therapies, find biomarkers, and understand which patients will benefit most from those new treatments. CytoReason will build a tailored AI model using its existing clinical data in conjunction with Poolbeg’s human challenge data to maximise the insights generated. As a result, CytoReason will be able to prioritise new drug targets quickly and cost effectively, in a manner consistent with Poolbeg’s business model. Based on the target identification insights generated from the analysis, the Company plans to source drugs with existing Phase I safety data that can immediately continue clinical development to rapidly generate early human proof of concept data for influenza, with the ultimate aim of monetising the asset through partnerships and licensing deals with pharma and biotech.
This is the first time that AI analysis has been undertaken on influenza human challenge disease progression data and samples. Data from human challenge studies are unique in that they track a healthy subject through disease to recovery in carefully controlled and monitored isolation units, collecting samples throughout the course of disease, and vitally collecting matched baseline and follow-up samples before and after infection. CytoReason will be analysing blood transcriptomics, proteomics, DNA sequences and viral loads and disease signs and symptoms from the human challenge studies.
This deal comes at a time when the threat of influenza is significant. Cases are at their highest globally since the COVID-19 pandemic began where pre-pandemic one in eight people were affected, resulting in five to ten million hospitalisations and 500,000 deaths each year. Poolbeg’s asset, POLB 001, which is progressing towards its first human challenge trial in June 2022, was identified using the unique disease progression data available from human challenge trials. By utilising AI, the Company will identify more targets, quicker and more cost effectively than previously possible without this technology.
This is Poolbeg’s latest AI deal following the partnership with OneThree Biotech, Inc. announced in February 2021 to identify new drug targets and treatments for Respiratory Syncytial Virus (‘RSV’).
Jeremy Skillington, PhD, CEO of Poolbeg Pharma, said:
“This exciting deal is all about creating opportunities. Opportunities to unlock the potential of our unique bank of human challenge data. Opportunities to develop drugs for infectious disease more quickly and cost effectively. And opportunities to tackle the growing global threat of influenza.
This is the first time AI analysis will be undertaken on influenza human challenge trial data and we look forward to the results early next year. We are delighted to be working with such an industry leading partner as CytoReason and using cutting-edge AI technology as we continue to develop and progress our innovative infectious disease drug pipeline.”
David Harel, CytoReason’s CEO, said:
“We are excited about the potential of Poolbeg’s data and are delighted to be the first AI company to analyse Influenza human challenge data.Our top-tier scientists, along with our platform of computational disease models, will enable Poolbeg to significantly shorten the drug discovery time for Influenza treatments, dramatically reduce the costs involved, and ultimately help more patients.
*A human challenge study is a controlled clinical infection trial whereby individuals are intentionally exposed to a virus, or a condition caused by a virus is simulated, to assess the impact of treatments.
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Enquiries
Poolbeg Pharma Plc
Jeremy Skillington, CEO Ian O’Connell, CFO
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+44 (0) 207 183 1499 |
finnCap Ltd (Nominated Adviser & Joint Broker)
Geoff Nash, James Thompson, Charlie Beeson Richard Chambers, Sunila de Silva (ECM)
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+44 (0) 207 220 0500 |
Arden Partners PLC (Joint Broker)
John Lewellyn-Lloyd, Louisa Waddell
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+44 (0) 207 614 5900 |
J&E Davy (Joint Broker)
Anthony Farrell, Niall Gilchrist
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+353 (0) 1 679 6363 |
Instinctif Partners
Melanie Toyne Sewell, Rozi Morris, Tim Field |
+44 (0) 207 457 2020
poolbeg@instinctif.com |
CytoReason +972 (0) 545 88 3181
Zeev Ben Shachar media@cytoreason.com
#POLB Poolbeg Pharma – Poolbeg Pharma licences first-in-class broad spectrum RNA-based immunotherapy for respiratory virus infections from the University of Warwick
17 January, 2022- Poolbeg Pharma (AIM: POLB, ‘Poolbeg’ or the ‘Company’), a clinical stage infectious disease pharmaceutical company with a capital light clinical model, has in-licenced a novel, first-in-class RNA-based immunotherapy for respiratory virus infections developed at the University of Warwick.
Poolbeg has secured an exclusive licence to this dual antiviral prophylactic and therapeutic candidate, which is at a late-pre-clinical development stage. In vivo data confirms that this immunotherapy asset targets pan-respiratory virus infections, which could include influenza, respiratory syncytial virus (RSV), SARS-CoV-2 and others.
The candidate, which will be developed by Poolbeg as POLB 002, was developed at the University of Warwick and derived from twenty years of research with world class virologists, Professor Andrew Easton and Professor Nigel Dimmock.
Administered intra-nasally, this RNA-based immunotherapy works by triggering nasal cells into an antiviral state to protect from the infecting virus. Simultaneously, it blocks the cells from making more virus by directly preventing its replication. Both modes of action combined can reduce infectious viral loads and improve disease symptoms. As a nasally administered and rapidly effective prophylactic antiviral candidate, it could potentially provide an effective solution for protecting at risk patient populations (e.g. the elderly, COPD patients, and asthmatics).
Respiratory virus infections are considered a top five global killer resulting in more than three million annual deaths worldwide. There is a significant unmet need for improved respiratory virus infection therapies and the current available treatments, vaccines and antiviral drugs, are typically pathogen specific. Consequently, 85% of illnesses caused by non-influenza viruses cannot be adequately treated and the emergence of resistance is also a major concern.
Jeremy Skillington, PhD, CEO of Poolbeg Pharma, said: “This dual action immunotherapy developed by the team at University of Warwick is a really exciting technology in the field of respiratory virus disease treatments. The data shows it to rapidly reduce viral load and also prevent the likelihood of virus resistance.
“It will be an excellent addition to our growing pipeline of assets and we plan to move rapidly towards human proof-of-concept studies using our capital light clinical model. We look forward to updating the market as POLB 002 progresses through the clinic with the ultimate aim of partnering it with Big Pharma.”
Professor Andrew Easton, from the School of Life Sciences at the University of Warwick, said: “Currently most respiratory virus infections cannot be treated despite being responsible for millions of deaths each year. This is a very exciting new approach with great potential. We are delighted to be developing it alongside the Poolbeg Pharma team, with their extensive knowledge and experience in the sector.”
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Enquiries
Poolbeg Pharma Plc
Jeremy Skillington, CEO Ian O’Connell, CFO
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+353 (0) 1 644 0007 |
finnCap Ltd (Nominated Adviser & Joint Broker)
Geoff Nash, James Thompson, Charlie Beeson
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+44 (0) 20 7220 0500 |
Arden Partners PLC (Joint Broker)
John Lewellyn-Lloyd, Louisa Waddell
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+44 (0) 207 614 5900 |
J&E Davy (Joint Broker)
Anthony Farrell, Niall Gilchrist
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+353 (0) 1 679 6363 |
Instinctif Partners
Melanie Toyne Sewell, Rozi Morris, Tim Field |
+44 (0) 20 7457 2020 |
University of Warwick +44 (0) 7920 531 221
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#POLB Poolbeg Pharma – PredictViral™ Patent update
4 October 2021 – Poolbeg Pharma (AIM: POLB), ‘Poolbeg’ or the ‘Company’, a clinical stage infectious disease pharmaceutical company with a capital light clinical model, provides an update on new patent filings for its PredictViral™ platform that estimates disease severity and contagiousness in people who are recently infected with a respiratory virus.
Expanding on existing PredictViral™ IP, these latest patent applications have been submitted in the UK and aims to protect a method of predicting whether an individual exposed to a respiratory virus (such as Influenza, RSV, hRV) will have a higher severity of disease and / or be more likely to be contagious. The Company will continue to focus on expanding its IP portfolio as required.
hVIVO (part of Open Orphan plc ) filed these predictive biomarker patent applications on behalf of Poolbeg and as agreed as part of the demerger process and as outlined in Poolbeg’s IPO Admission Document, ownership will ultimately reside with Poolbeg which will continue to commercialise the platform. This will provide clinicians with a risk score for recently infected patients who are likely to experience a severe form of disease. Identifying viral infections early and triaging patients based on likely severity is vitally important in optimising clinical outcomes and can be particularly important in diseases such as influenza where there is a limited window for successful treatment early in the disease. The Company will continue to focus on expanding its IP portfolio as required.
Poolbeg Pharma believes that the PredictViral™ platform offers diagnostic companies a transformative product that will enhance clinical decision-making while differentiating their platforms at a time of intense competition in this market. Discussions are ongoing with multiple parties to continue this technology’s development and license it for commercial use. The global market for diagnostic tools for infectious disease is rapidly growing and is expected to be worth over $19 billion per annum by 2025.
Jeremy Skillington, PhD, CEO of Poolbeg Pharma said:
“Protecting the IP for such an innovative disease severity platform as PredictViral™ is important and key to our strategy of commercialising this cutting-edge technology.
PredictViral™ will provide valuable information for assessing the best course of treatment for viral disease. It has the potential to help early interventions when needed and to reduce the spread of disease, even amongst those who are unaware they are infected – the importance of which has become very clear during the COVID-19 global pandemic.”
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Enquiries
Poolbeg Pharma Plc Jeremy Skillington, CEO Ian O’Connell, CFO
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+353 (0) 1 644 0007 |
finnCap Ltd (Nominated Adviser & Joint Broker) Geoff Nash, James Thompson, Charlie Beeson
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+44 (0) 20 7220 0500 |
Arden Partners PLC (Joint Broker) John Lewellyn-Lloyd, Louisa Waddell, Oscair McGrath
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+44 (0) 207 614 5900 |
J&E Davy (Joint Broker) Anthony Farrell, Niall Gilchrist
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+353 (0) 1 679 6363 |
Instinctif Partners Melanie Toyne Sewell, Rozi Morris, Tim Field |
+44 (0) 20 7457 2020 poolbeg@instinctif.com |
Open Orphan #ORPH – Publication of positive FLU-v vaccine challenge study results in journal
Positive results from FLU-v vaccine challenge study (FLU-v 004), the second Phase IIb study of FLU-v, which has been developed by Imutex Limited, hVIVO’s 49% joint venture with the SEEK Group, have now been published in a peer review journal
FLU-v is a first-in-class ‘universal’, broad spectrum, standalone, influenza vaccine candidate
- The publication in ‘npj Vaccines’ reported that one dose of FLU-v induced statistically significant reduction in mild to moderate influenza disease (MMID) defined as detection of viral shedding with at least one influenza symptom – reduction in confirmed influenza and symptoms
- One dose of FLU-v also induced a statistically significant reduction in the number of subjects experiencing 2 or more influenza symptoms compared to placebo
- This report follows recent publication of positive FLU-v Phase IIb field study results (FLU-v 003) demonstrating cellular and humoral immunogenicity of a single dose of adjuvanted FLU-v in 175 individuals
- The npj Vaccines article concludes that the T-cell strategy employed by FLU-v has potential to offer protection against influenza infection as a vaccine and that larger studies can evaluate how the vaccine interacts with influenza strains in different cohorts
- Imutex is currently scheduling meetings with key regulatory authorities, FDA and EMEA, hoping to gain confirmation of the remaining development pathway to approval for FLU-v
16 March 2020: Open Orphan plc (ORPH), the rapidly growing specialist CRO pharmaceutical services company which has a focus on orphan drugs and is a world leader in the provision of virology and vaccine challenge study services, today announces publication of positive results of a Phase IIb challenge study of FLU-v 004 (Study 004, NCT03180801) in npj Vaccines. The headline results from this study were previously announced by hVIVO on 10 January 2019. FLU-v is being developed by Imutex Limited, hVIVO’s 49% joint venture with PepTcell Limited, trading as the SEEK Group (“SEEK”).
The primary endpoint was achieved in the Phase IIb challenge study conducted by hVIVO using the National Institute of Allergy and Infectious Diseases (NIAID) Flu virus strain, methodology and analysis as a result of a collaboration between SEEK and the NIAID. The randomised, double-blind, placebo-controlled, single-centre, phase IIb efficacy and safety trial was designed and led by Matthew J. Memoli, M.D., NIAID. It was conducted in 153 healthy individuals between 18-55 years of age. They were randomised to receive one or two doses of adjuvanted FLU-v or adjuvanted placebo subcutaneously on days -43 and -22, prior to intranasal challenge on day 0 with the A/California/04/2009/H1N1 human influenza A challenge virus. The challenge virus strain was developed, tested and supplied by Dr. Memoli and co-workers from NIAID’s Laboratory of Infectious Diseases. The primary objective of the study was to identify a reduction in mild to moderate influenza disease (MMID) defined as having an influenza-like symptom with a confirmed influenza virus. Single dose adjuvanted FLU-v recipients (n=40) were significantly less likely to develop MMID after challenge vs placebo (n=42) (32.5% vs 54.8% p=0.035). The authors concluded that FLU-v should continue to be evaluated and cellular immunity explored further as a possible important correlate of protection against influenza. Additional endpoints were also achieved, including a statistically significant reduction in the number of volunteers who experienced two or more symptoms. Also, FLU-v performed better than placebo, although not to statistical significance, in a number of other key endpoints such as median duration of symptoms and severity of disease as measured by an NIAID-developed FLU-PRO questionnaire, as well as reduction in the mean total number of symptoms and mean peak symptoms, and total viral shedding.
Trevor Phillips, CEO of Open Orphan, said:
“Publication of these positive results for the second FLU-v Phase IIb study (FLU-v004; challenge study) follow on from the publication earlier this week of the FLU-v 003; field study, results.
The results demonstrate that T-cell immunity against conserved regions of the influenza virus is an important component for “universal*” vaccine strategies. Progression to larger Phase III studies with FLU-v can further describe the cellular immune response and evaluate how the vaccine interacts with influenza disease.
The efficacy of FLU-v in this wild-type human influenza challenge study (FLU-v 004) along with the supporting data from previous trials in the field, should be further examined in larger field trials where efficacy of FLU-v can be evaluated against a broader set of influenza strains and wider spectrum of disease. Along with our partner SEEK we have confidence in the potential of FLU-v as a universal flu vaccine and we are in the process of requesting meetings to continue discussions with the key regulatory authorities on the pathway for completing development of this exciting product opportunity.”
Cathal Friel, Executive Chairman of Open Orphan, said:
“The need for better, more broadly protective vaccines against influenza is a high priority worldwide, and few new vaccines have demonstrated efficacy in humans as seen in the results of the challenge study for FLU-v 004. This is the first universal influenza vaccine that has shown this protection from influenza and reduction of symptoms in late-stage studies and together with the highly statistical immune results reported in a peer review article earlier this week means that the risk of failure in a Phase III setting is greatly reduced compared with entering into Phase III studies with no efficacy data.
As previously stated, the additional investment or cost associated with commercialising FLU-v, will come from out-licencing the final stages of development including Phase III, to potential major international pharmaceutical companies, in Europe, North America and China. We remain excited about the potential for FLU-v and in a time when vaccine development is such a key focus globally.“
* A universal flu vaccine is one that is effective against all strains of the virus and does not require changing from year to year
Abstract: https://www.nature.com – DOI: 10.1038/s41541-020-0174-9. Efficacy of FLU-v, a Broad-Spectrum Influenza Vaccine, in a Randomized Phase IIb Human Influenza Challenge Study
Abstract:
FLU-v, developed by PepTcell (SEEK) is a novel peptide vaccine aiming to provide a broadly protective cellular immune response against influenza A and B.
Primary objective: To identify a reduction in mild to moderate influenza disease (MMID) defined as the presence of viral shedding and clinical influenza symptoms.
Design: Randomized, double-blind, placebo-controlled, single-center, phase IIb efficacy and safety trial. (ClinicalTrials.gov:NCT03180801, EudraCT: 2016-002134-74)
Setting: hVIVO Services Ltd (London, UK)
Participants: 153 healthy individuals 18-55 years.
Intervention: One or two doses of adjuvanted FLU-v or adjuvanted placebo subcutaneously on days-43 and-22, prior to intranasal challenge on day 0 with the A/California/04/2009/H1N1 human influenza A challenge virus.
Results: Single dose adjuvanted FLU-v recipients (n=40) were significantly less likely to develop MMID after challenge vs placebo (n=42) (32.5% vs 54.8% p=0.035).
Primary Funding Source: This research was funded in part by the Intramural Research Program of the NIH, NIAID as well as a CRADA with SEEK
Registration: NCT03180801, EudraCT: 2016-002134-74
For further information please contact
Open Orphan plc
Cathal Friel, Executive Chairman +353 (0)1 644 0007
Trevor Phillips, Chief Executive Officer +44 (0)20 7347 5350
Arden Partners plc (Nominated Adviser and Joint Broker) +44 (0)20 7614 5900
John Llewellyn-Lloyd / Benjamin Cryer
Davy (Euronext Growth Adviser and Joint Broker) +353 (0)1 679 6363
Anthony Farrell
Camarco (Financial PR) +44 (0)20 3757 4980
Tom Huddart / Daniel Sherwen
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Notes to Editors:
Open Orphan is a rapidly growing specialist CRO pharmaceutical services company which has a focus on orphan drugs and is a world leader in the provision of virology and vaccine challenge study services and viral laboratory services. It has Europe’s only 24-bedroom quarantine clinic with onsite virology lab in Queen Mary’s Hospital London. hVIVO supports product development for customers developing antivirals, vaccines and respiratory therapeutics, all particularly relevant and topical in the environment of heightened awareness of the Coronavirus in 2020. The Company also has a leading portfolio of 8 viral challenge study models which are: 2 FLU, 2 RSV, 1 HRV, 1 Asthma, 1 cough and 1 COPD viral challenge models. No other company in the world has such a portfolio, with only two competitors globally having 1 challenge study model each.
Open Orphan comprises of two commercial specialist CRO services businesses (Venn and hVIVO) and is developing an early stage orphan drug genomics data platform business. This platform captures valuable genetic data from patient populations with specific diseases with designated orphan drug status and incorporating AI tools. In June 2019, Open Orphan acquired AIM-listed Venn Life Sciences Holdings plc in a reverse take-over and in January 2020 it completed the merger with hVIVO plc. Venn, as an integrated drug development consultancy, offers CMC (chemistry, manufacturing and controls), preclinical, Phase I & II clinical trials design and execution. The merger with hVIVO created a European full pharma services company broadening the Company’s customer base and with complementary specialist CRO services, widened the range of the Company’s service offerings
Open Orphan #ORPH – Publication of Positive Results in Journal
Positive results from Phase IIb field study of FLU-v vaccine (FLU-v 003), which has been developed by Imutex Limited, hVIVO’s 49% joint venture with the SEEK Group. FLU-v is a first-in-class ‘universal’, broad spectrum, standalone, influenza vaccine candidate and the results have now been published in a peer review journal
- The publication in the Annals of Internal Medicine journal concluded adjuvanted FLU-v is immunogenic and merits Phase III development to explore efficacy
- Compelling data package from two Phase II studies shows that a single dose of adjuvanted FLU-v induces cellular and antibody responses (FLU-v 003) and that it has a clinical impact in reducing disease, symptom and viral load (FLU-v 004)
- Imutex currently scheduling meetings with key regulatory authorities, FDA and EMEA, hoping to gain confirmation of the remaining development pathway to approval for FLU-v
10 March 2020: Open Orphan plc (ORPH) the rapidly growing specialist CRO pharmaceutical services company which has a focus on orphan drugs and is a world leader in the provision of virology and vaccine challenge study services, today announces publication of positive results of a Phase IIb field study of FLU-v 003 (Study 003, NCT02962908) in the Annals of Internal Medicine journal. The headline results from this study were previously announced by hVIVO on 18 June 2018. FLU-v is being developed by Imutex Limited, hVIVO’s 49% joint venture with the SEEK Group.
The Primary and secondary endpoints were achieved in a Phase IIb study, done within the UNISEC* Consortium and funded by the European Commission under the Seventh Framework Programme for Research and Technological Development (FP7). 175 healthy adults were randomly assigned to either an injection of adjuvanted (1 dose) or nonadjuvanted (2 doses) FLU-v or adjuvanted or nonadjuvanted placebo to compare the safety, immune response, and exploratory efficacy of different formulations and dosing regimens. They found that a single dose of adjuvanted FLU-v elicited a greater immune response compared with placebo. Adverse events were mostly mild to moderate injection site reactions. The authors conclude that a Phase III trial is warranted to explore efficacy.
*Universal Influenza Vaccines Secured, European Union funded consortium for the advancement of universal influenza vaccines.
Trevor Phillips, CEO of Open Orphan, said:
“FLU-v is a universal influenza vaccine that targets conserved internal regions of the flu virus. There have been two positive Phase II studies; FLU-v 003, testing immunogenicity and FLU-v004, testing efficacy in a human challenge study. Both Phase II studies, FLU-v 003 and FLU-v 004 are externally supported by UNISEC and NIAID (National Institute of Allergy and Infectious Diseases, part of the U.S. National Institutes of Health) respectively which gives strong external endorsement from key EU and US organisations. The full results from this positive Phase II immunogenicity study underscores both our, and our partner SEEK’s, confidence in the potential of FLU-v as a universal flu vaccine.
The advantages of FLU-v over the seasonal flu vaccine are that the composition of the FLU-v vaccine will remain the same year after year and it is manufactured synthetically, enabling year-round manufacturing and thus, increasing the number of doses available worldwide. It will not be subject to a strict vaccination window as is the case with seasonal flu vaccines. Also, being a universal vaccine, it should provide protection against new strains of flu virus which the seasonal flu vaccine is not able to do.
Imutex continues to explore options for the FLU-v vaccine programme and is scheduling meetings with key regulatory authorities, FDA and EMEA, hoping to gain further insight into Phase III preparation, a key area of interest expressed by potential partners.”
Cathal Friel, Executive Chairman of Open Orphan, said:
“The market potential for a broad spectrum universal influenza vaccine is significant and has become increasingly important and valuable in recent weeks when governments around the world are finally waking up and realising that universal flu vaccines need to be commercialised and there must be a better way forward than reliance on the traditional annual flu vaccination process which has variable efficacy, offers little protection against emerging strains and is available in limited quantities. A universal flu vaccine can and should be targeted at the entire population base. We now await publication of the positive results data from the NIAID FLU-v study (004) in a peer reviewed journal while still focusing on the Company’s strategy of achieving profitability in the near term and as we target the rapidly growing CRO pharmaceutical services sector.
As previously announced to the market, the newly enlarged Open Orphan group, of which hVIVO is a subsidiary of, is now very much targeted upon delivering a profitable pharmaceutical services business and will no longer be spending shareholders’ funds on the drug discovery processes. The additional investment or cost associated with commercialising FLU-v, will come from out-licencing the final stages including Phase III trials of FLU-v’s study, to major international pharmaceutical companies, in Europe, North America, and very importantly also in China. But we are increasingly excited about FLU-v potentially finally entering phase III clinical trials and now is one of the most opportune times to be doing that. “
Abstract: http://annals.org/aim/article/doi/10.7326/M19-0735
Immunogenicity, Safety, and Efficacy of a Standalone Universal Influenza Vaccine, FLU-v, in Healthy Adults
A Randomized Clinical Trial
Background: FLU-v is a broad-spectrum influenza vaccine that induces antibodies and cell-mediated immunity.
Objective: To compare the safety, immunogenicity, and exploratory efficacy of different formulations and dosing regimens of FLU-v versus placebo.
Design: Randomized, double-blind, placebo-controlled, single center phase 2b clinical trial. ClinicalTrials.gov: NCT02962908; EudraCT: 2015-001932-38
Setting: The Netherlands.
Participants: 175 healthy adults aged 18 to 60 years.
Intervention: 0.5-mL subcutaneous injection of 500 μg of adjuvanted (1 dose) or nonadjuvanted (2 doses) FLU-v (A-FLU-v or NA-FLU-v) or adjuvanted or nonadjuvanted placebo (A-placebo or NA-placebo) (2:2:1:1 ratio).
Measurements: Vaccine-specific cellular responses at days 0, 42, and 180 were assessed via flow cytometry and enzyme linked immunosorbent assay. Solicited information on adverse events (AEs) was collected for 21 days after vaccination. Unsolicited information on AEs was collected throughout the study.
Results: The AEs with the highest incidence were mild to moderate injection site reactions. The difference between A-FLU-v and A-placebo in the median fold increase in secreted interferon--γ (IFN-γ) was 38.2-fold (95% CI, 4.7- to 69.7-fold; P = 0.001) at day 42 and 25.0-fold (CI, 5.7- to 50.9-fold; P < 0.001) at day 180. The differences between A-FLU-v and A-placebo in median fold increase at day 42 were 4.5-fold (CI, 2.3- to 9.8-fold; P <0.001) for IFN-γ -producing CD4+ T cells, 4.9-fold (CI, 1.3- to 40.0-fold; P < 0.001) for tumour necrosis factor-α (TNF-α), 7.0-fold (CI, 3.5- to 18.0-fold; P < 0.001) for interleukin-2 (IL-2), and 1.7-fold (CI, 0.1- to 4.0-fold; P = 0.004) for CD107a. At day 180, differences were 2.1-fold (CI, 0.0- to 6.0-fold; P = 0.030) for IFN-γ and 5.7-fold (CI, 2.0- to 15.0-fold; P < 0.001) for IL-2, with no difference for TNF-α or CD107a. No differences were seen between NA-FLU-v and NA-placebo.
Limitation: The study was not powered to evaluate vaccine efficacy against influenza infection.
Conclusion: Adjuvanted FLU-v is immunogenic and merits phase 3 development to explore efficacy.
Primary Funding Source: SEEK and the European Commission Directorate-General for Research and Innovation, European Member States within the UNISEC (Universal Influenza Vaccines Secured) project.
Ann Intern Med. doi:10.7326/M19-0735
For further information please contact
Open Orphan plc
Cathal Friel, Executive Chairman +353 (0)1 644 0007
Trevor Phillips, Chief Executive Officer +44 (0)20 7347 5350
Arden Partners plc (Nominated Adviser and Joint Broker) +44 (0)20 7614 5900
John Llewellyn-Lloyd / Benjamin Cryer
Davy (Euronext Growth Adviser and Joint Broker) +353 (0)1 679 6363
Anthony Farrell
Camarco (Financial PR) +44 (0)20 3757 4980
Tom Huddart / Daniel Sherwen
Notes to Editors:
Open Orphan is a rapidly growing specialist CRO pharmaceutical services company which has a focus on orphan drugs and is a world leader in the provision of virology and vaccine challenge study services and viral laboratory services. It has Europe’s only 24-bedroom quarantine clinic with onsite virology lab in Queen Mary’s Hospital London. hVIVO supports product development for customers developing antivirals, vaccines and respiratory therapeutics, all particularly relevant and topical in the environment of heightened awareness of the Coronavirus in 2020. The Company also has a leading portfolio of 8 viral challenge study models which are: 2 FLU, 2 RSV, 1 HRV, 1 Asthma, 1 cough and 1 COPD viral challenge models. No other company in the world has such a portfolio, with only two competitors globally having 1 challenge study model each.
Open Orphan comprises of two commercial specialist CRO services businesses (Venn and hVIVO) and is developing an early stage orphan drug genomics data platform business. This platform captures valuable genetic data from patient populations with specific diseases with designated orphan drug status and incorporating AI tools. In June 2019, Open Orphan acquired AIM-listed Venn Life Sciences Holdings plc in a reverse take-over and in January 2020 it completed the merger with hVIVO plc. Venn, as an integrated drug development consultancy, offers CMC (c hemistry, manufacturing and controls) , preclinical, Phase I & II clinical trials design and execution. The merger with hVIVO created a European full pharma services company broadening the Company’s customer base and with complementary specialist CRO services, widened the range of the Company’s service offerings.
BRR Media – Open Orphan #ORPH introduces Professor John Oxford
BRR Media introduces Open Orphan’s Professor John Oxford, consultant to the company and Virology expert. He discusses virology, and looks at recent virus epidemics, including influenza, AIDS, SARS and now Coronavirus. He explains how the hHIVO quarantine unit could play a key role in defeating Coronavirus...”This group (Open Orphan) is perfectly positioned, probably like no other, to move virology forward…particularly respiratory virology..”
Click on the image to watch