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Andrew Catchpole

Chief Scientific Officer

Andrew is a virologist and Chief Scientific Officer at hVIVO, specialising in human viral challenge studies. He leads scientific strategy and vaccine research programs. 
Andrew Catchpole Chief Scientific Officer

Experience

Andrew first studied as a virologist at the University of Warwick before then furthering his education with postgraduate studies for his DPhil in influenza replication at Oxford University. Since then he has applied his scientific knowledge in a commercial setting.

After working as part of a multidisciplinary R&D team developing nuclear medicine research tools at GE Healthcare, he then returned to the field of virology to work for hVIVO, an industry-leading service provider of human viral challenge studies (controlled human infection studies).

Andrew is now considered an expert in human viral challenge studies and challenge agent production having played key roles in the development of numerous challenge models at hVIVO including influenza, RSV, HRV, SARS-CoV-2 and hMPV. He has overseen the design and conduct of numerous antiviral, immunomodulator and vaccine product efficacy studies and now works as the Chief Scientific Officer (CSO), leading scientific strategy for the company.

A key part of his CSO role is to provide scientific consultancy both internally and externally to hVIVO’s clients and collaborators on clinical study design, laboratory sample analysis and data interpretation as well as to oversee hVIVO’s challenge agent manufacturing activities.

Featured Blog

Human Challenge Trials as a tool in raising funding

Introducing challenge trials In human challenge studies (HCT) or Controlled Human Infection Models (CHIM), healthy volunteers are administered a pathogenic or virulent strain of a challenge agent, which can be a virus (ie influenza), bacteria (ie cholera) or a parasite (ie malaria). In a historical context, the concept of challenge studies is not new. The experiments conducted by Louis Pasteur in the 19th century, where chickens were challenged with a weakened bacteria causing chicken cholera and immunized from further chicken cholera infection, can be seen as a type of challenge study. Human Challenge Trials have been performed in the United Kingdom since 1946 when the Medical Research Council established the Common Cold Unit (CCU) (also known as the Common Cold Research Unit [CCRU]) at Salisbury, Wiltshire. The aim was to undertake laboratory and epidemiological research on common colds in view of reducing human and economic costs. Use of Human Challenge Trials Human challenge trials are usually performed after phase 1 safety trials and are usually classified as phase 2 trials In current drug / vaccine development human challenge trials can be used in a variety of ways, like dose-finding study, in preparation of field trials, but the most common use is that HCT are used as phase 2 proof-of-concept (PoC) studies. These Human Challenge proof-of-concept trials designed to provide early evidence about efficacy and if a drug is likely to be successful in later clinical trial phases, and this is a short timeframe. Hence, PoC studies can guide drug developers to make smarter "go or no-go" decisions about if proceeding with larger, more expensive studies in the next stage of drug development. The results of PoC studies are critically pivotal for strategic decisions in early drug clinical trial development. Human Challenge Trials have also previously been accepted as `preliminary clinical evidence` in the framework of Fast Track designation by the US Food and Drug Administration. Due the reduced number of subjects needed for a Human challenge trials (40-60 subjects) compared to a classic `field` PoC trial (180-600 subjects), Human Challenge Trials forms a cheaper alternative. In addition their shorter duration allows for a quicker availability of efficacy data. Use of Human Challenge Trials in raising funding With their reduced cost and shorter duration, phase 2 Human Challenge Proof of Concept trials are a very helpful tool in supporting your company in raising funds - be it an additional fundings round with private investors or initial clinical data used as basis for an Initial Public Offering (IPO). In summary, the core attributes of a Human Challenge Trial compared to a traditional field trial are: Reduced cost Reduced timeliness Early efficacy data `Clean data` without the background noise of Field Trials

Andrew Catchpole Chief Scientific Officer
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Contributed Articles

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BlogHuman challenge trialsInfectious diseasesRespiratory viruses

From RSV to hMPV: Building the Next Generation of Respiratory Challenge Models

BlogLaboratoryHuman challenge trialsInfectious diseasesRespiratory viruses

Controlled Human Infection Model's (CHIM) in your backpack: how Human Challenge Trials support regulatory approval of travel vaccines

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Unravelling the hMPV Surge: From Media Attention to Vaccine Development