Join us for a ground-breaking and insightful forum on inhaled and nasal biologics or inhaled vaccine development: Two days of cutting-edge talks and networking opportunities with leaders in this complex area of drug and vaccine development.

Inhaled & Nasal Biologics/DNA Forum

3rd Annual Inhaled & Nasal Biologics | DNA Forum
26-27th September 2024
Cambridge, UK 

AGENDA  |  SPEAKERS  |  REGISTRATION   |  VENUE  |  FIVE REASONS TO ATTEND

We are delighted to announce that we are hosting the 3rd edition of the Annual Inhaled & Nasal Biologics | DNA Forum in September 2024 with the Academy of Pharmaceutical Sciences (APS) as Conference Partner. We invite you to join two days of cutting-edge talks and networking opportunities with leaders in this complex area of drug product and inhaled vaccines development.

Biologics and nucleotide-based therapeutics have gained increasing importance in the last decade. Pulmonary and intranasal delivery of these presents a compelling, non-invasive alternative to traditional parenteral methods, offering potential for both local respiratory and systemic treatments across a variety of diseases and indications. However, biologics, mRNA, nucleotide-based therapeutics and vaccines present unique challenges for respiratory administration and whilst there can be many ways to design a product, the developer needs to balance, amongst many other things, product performance, manufacturability, regulatory risk, and commercial elements. 

During this 3rd edition, the conference promises to provide a platform for discussing the latest research and optimal strategies for pulmonary and intranasal biologic/DNA drug development. With renowned industry leaders who will share their insight and real-world case studies, our speakers will explore innovative formulation and delivery technologies and the rationale behind overcoming development challenges. Don't miss out on this opportunity to learn more about key topics shaping the future of inhaled therapeutics. 

Call for Poster Presentation Submissions
During the conference, the APS will host a scientific poster session. This session is open for researchers and innovators at all levels to share their work in the field of inhaled and nasal biologics or vaccine development. The call for poster submissions is open now. As a delegate, if you would like to bring a poster, please submit here.

Secure your place today - registration is live. 

Meet our Speakers - Inhaled and Nasal Biologics | DNA Forum 2024

REGISTRATION

2024 Registration fees per attendee includes the conference registration, accommodation at Hinxton Hall if required, the conference dinner and networking drinks.

2024 Rate Incl. 2 nights' accommodation Incl. 1 night accommodation No accommodation required
Early Bird Rate £499 £449 £399
Standard Rate (from 15 June 2024) £549 £499 £449


MEET OUR SPEAKERS

We will be releasing more news of our esteemed speakers over the coming weeks. Be sure to bookmark this page and follow us on LinkedIn to stay updated with the latest developments. 

KEYNOTE:
Dr Jenny Lam, Associate Professor in Pharmaceutics at the UCL School of Pharmacy

We are thrilled to announce that Dr Jenny Lam, Associate Professor in Pharmaceutics at the UCL School of Pharmacy, will be the keynote speaker for the third Annual Inhaled & Nasal Biologics | DNA Forum 2024. 

Dr Jenny Lam is a leading expert in novel respiratory delivery systems at the UCL School of Pharmacy, one of the world’s leading pharmacy schools. Dr Lam will present on the theme of ‘Alternative to LNPs – development of peptide-based RNA delivery systems for pulmonary delivery’, setting the stage for thought-provoking exchanges throughout this groundbreaking industry event. 

Portrait photo of Dr Jenny Lam  Associate Professor in Pharmaceutics at the UCL School of Pharmacy
Dr Jenny Lam

Associate Professor in Pharmaceutics at the UCL School of Pharmacy

Keynote Talk: Alternative to LNPs – development of peptide-based RNA delivery systems for pulmonary delivery

Dr Lam’s research is focused on the development of novel delivery systems for RNAs and biologics, with a special interest in using particle engineering methods to produce dry powder aerosols for lung delivery, targeting various respiratory diseases and infections. She has published over 90 peer-reviewed articles and filed a number of patent applications on pulmonary drug delivery systems. In 2020, she was awarded the DDL Emerging Scientist Award which recognised her significant accomplishment and innovation in inhalation science. Additionally, Dr Lam recently co-edited ‘Respiratory Delivery of Biologics, Nucleic Acids and Vaccines’, a comprehensive review of pulmonary delivery of macromolecules and biologics.

 Prof Dr Regina Scherliess
Prof Dr. Regina Scherließ

Director, Department of Pharmaceutics and Biopharmaceutics, Kiel University

Talk Title: Nasal delivery of vaccines - not as easy as expected

Prof. Dr. Regina Scherließ is a professor for Pharmaceutics and Biopharmaceutics, vice-dean for research of the Faculty of Natural Sciences at Kiel University (since 2022) and chair of the Department of Pharmaceutics at Kiel University, Germany. As such she leads the research unit in Pharmaceutics and is responsible for all teaching in Pharmaceutics and Biopharmaceutics at Kiel University. She is a pharmacist and received her Dr. rer. nat. (doctor of natural sciences) in 2008 for a work on “Formulation of inhalation combination products by co-precipitation”. In 2015 she finished her “habilitation” working on “Mucosal vaccination via the respiratory tract”. During her academic education she had research stays in Denmark, the US, New Zealand and Australia. She also received several young researcher awards including The Pat Burnell New Investigator Award 2010 of the Aerosol Society and is member of the DDL scientific committee (since 2015). She also is member of the board of the priority research area KiNSIS (Kiel Nano Interface and Surface Sciences) at Kiel University (since 2020). Her research interests include disperse systems and nanoparticles, stabilisation of biomolecules and particle engineering in spray drying, and formulations for mucosal vaccination with a focus on respiratory (nasal and pulmonary) dry powder delivery. She is a co-founder of the Nasal Research Focus Group, a research consortium from academia and industry focusing on nasal drug delivery.

Catherine Huntingdon is an Associate Director, R&D Biologics Engineering, AstraZeneca
Catherine Huntington

Associate Director, R&D Biologics Engineering, AstraZeneca

Talk Title: Optimising Delivery of Biologics Through Inhalation; Challenges and Opportunities

Catherine is a Protein Scientist with over 20 years in the Biotechnology Industry. She has broad knowledge of all aspects of the drug discovery process for biologics and has been the Co-leader for four pre-clinical projects that successfully transitioned into early pre-clinical development for which she developed novel therapeutic recombinant proteins. Three of those projects were aimed at inhalation delivery; one is currently progressing in Phase 2 clinical trials. She is a contributor to three systemic pre-clinical projects and Co-Inventor on four patent applications in addition to three published ones. She is experienced in working in cross-functional teams in matrix structure and contributing to developability guidance for inhaled biologics. Catherine is interested in understanding better the quality attributes of inhaled biologics for spray drying stability.

Tanvir Tabish, Director, Early Formulation Development, AstraZeneca
Tanvir Tabish

Director, Early Stage Formulation Sciences, AstraZeneca

Talk Title: Optimising Delivery of Biologics Through Inhalation; Challenges and Opportunities

Tanvir joined Astrazeneca about a year ago. He is based in Cambridge, UK, and is working as a Director in the Dosage Form Design and Development (DFDD) group of the company. The responsibilities of the DFDD group include developing pharmaceutically stable, market competitive, user centric biopharmaceutical dosage forms. Prior to joining Astrazeneca, Tanvir worked in the Biopharmaceutical industry, for a number of years, for Novartis, Takeda, Beaufour Ipsen and GSK.

Francesca Buttini, Associate Professor, University of Parma
Francesca Buttini

Associate Professor, University of Parma

Talk Title: Effective formulation strategy for pulmonary delivery of probiotics

Francesca Buttini currently holds an Associate Professor position at the Food and Drug Department, University of Parma (IT) and where now she is leading the unit dedicated to design of pharmaceutical products for inhalation. In 2014, she was appointed as Visiting Lecturer at the Institute of Pharmaceutical Science of King’s College London (UK). Combining her background in pharmaceutical technology, regulatory aspects, and device design, she is executing research programs aimed to deliver medicinal products that take into consideration the patient, industrial and regulatory requirements. To date, she has published more than 98 original papers and as a result of her research achievement, she obtained in 2017 the DDL Emerging Scientist Awards from the UK Aerosol Society. Francesca Buttini is a founder of PlumeStars, an innovative SME, dedicated to development of orphan drug products to treat lung and systemic disease by inhalation therapy.

A portrait photo of Jaap Wieling THE CEO OF PureIMS bv
Dr. Jaap Wieling

CEO, PureIMS bv

Talk Title: Non-clinical and clinical development aspects of inhaled biologics

Jaap Wieling is a pharmacologist with a vast track record in development of new pharmaceutical products based on small and large molecules, as a scientist and as an executive in various pharma companies and contract organizations. He is an entrepreneur since 1999, and (co-)founded several biotech and service companies. In parallel he has been a part-time university teacher for almost 2 decades (Groningen), teaching clinical and bioanalytical aspects of drug development. He also serves on the board of various biotech companies.
Jaap is currently CEO of PureIMS, an innovative company in the Netherlands developing a pipeline of dry-powder inhalation products and also co-developing products with pharma partners.

Mr. Asaf Cohen
Asaf Cohen

VP CMC, SpliSense LTD

Talk Title: Development Path of RNA Based Platform for Pulmonary Diseases

Mr. Cohen brings more than a decade of demonstrated experience in the pharmaceutical industry, focusing on production, device, and analytical development, most of them under GMP regulatory environments. Prior to SpliSense, Asaf has spent almost 7 years at Polypid Israel in various high responsibility positions in manufacturing, operations, logistics and engineering while playing a pivotal role in new product development, design of the scaled-up processes, tech transfers, process optimization as well as leading the design and construction of a new aseptic production facility.

Carolina Dantas, MD
Carolina Dantas

Medical Doctor (MD), Medical & Scientific Affairs, Pulmotree

Talk Title: Vibrating Mesh Nebulizers: insights into the delivery of biologics

Carolina’s expertise as a board certified pulmonologist adds to Pulmotree the valuable insight of both physicians and patients. Specialized in respiratory infectious diseases and lung related indications such as cystic fibrosis and bronchiectasis, she has a vast hands-on clinical experience with inhaled drug therapies.

As a Manager of Medical and Scientific Affairs her search for innovation in healthcare matches with Pulmotree’s forward-thinking approach to the evolution of respiratory therapies. Besides her knowledge in clinical research, Carolina is an accomplished communicator in science, counting with published scientific papers, a book chapter, and several presentations in international conferences. 

Carolina holds a Master’s degree in Medicine and is a member of the European Respiratory Society (ERS) and the International Society for Aerosols in Medicine (ISAM).

Benjamin Winkeljann
Benjamin Winkeljann

CEO, RNhale GmbH

Talk Title: RNA-loaded dry powders for the treatment of pulmonary diseases

Benjamin Winkeljann is an engineer and entrepreneur, specializing in the development of drug delivery systems for RNA delivery and the optimization of pharmaceutical processes. He conducted his PhD in bioengineering within the Technical University of Munich’s Munich School of Bioengineering. Following a short postdoctoral phase at the same institution, he shifted his focus towards pharmaceutical technology by accepting a postdoctoral scientist position at the Ludwig-Maximilians-University Munich's Department for Pharmacy. Here, his work concentrated on simulation-assisted optimization for the formulation of RNA therapeutics. In 2023, he advanced to become a Group Leader and started pursuing a University Lecturer Qualification in Pharmaceutical Technology and Drug Delivery. In the same year, Winkeljann co-founded RNhale GmbH in Munich, where he currently serves as CEO. He is also a Principal Investigator at the Comprehensive Pneumology Center Munich (CPC-M), German Center for Lung Research (DLZ), Munich.

Joseph Bain CSL
Joseph Bain

Senior Toxicologist, CSL Innovation GmbH

Talk Title: CSL787 - Biologics as Novel Strategy

Joseph is a seasoned toxicologist with nearly eight years of experience at CSL Behring/Innovation as a Senior Toxicologist. Before this, he served as a Study Director in Inhalation Toxicology at Charles River for five years. He also held a Senior Assistant Scientist (Project Leader) position for two years and began his career as a Pathology Technician in a trainee position.
He holds a BSc Hons in Biomedical Science from Edinburgh Napier University. Joseph is a Member of the Royal Society of Biology (MRSB) and a European Registered Toxicologist (ERT). He is also an active member of the Association of Inhalation Toxicologists (AIT) and the International Society for Aerosols in Medicine (ISAM).
Joseph has presented posters at numerous international conferences and has been invited to be a speaker at AIT and ISAM events. He is a named author on three CSL publications and was the CRO Tox lead for the approved Antisense Oligomer Exondys 53. Additionally, he is a patent-pending inventor.

Dave Farrow Aptar Pharma
Dave Farrow

Director of Science & Technology, Aptar Pharma

Talk Title: The importance of high dose delivery to the lungs

Dave began his career as an Inhalation Scientist at Sanofi Aventis working on exploratory development products, through to commercial marketed products and the whole lifecycle in between and then held a similar role at Novartis where he further developed his inhalation knowledge. Following this, Dave moved to Vectura as Particle Engineering Specialist, leading on to become Principal Scientist, then manager of the Bioformulation and Particle Engineering group.  Dave then moved to Charles River, conducting safety assessment/toxicology studies with aerosols, building a large specialist group. Dave moved to Albany Molecular Research Inc. (now Curia) leading the R&D groups and business development activities before joining Nanopharm. Dave joined Nanopharm in January 2020 as the Director of Operations and moved into the position of Chief Operations Officer in April 2021. During the last four years, Dave has led and supported the significant growth post Aptar’s acquisition of Nanopharm. Dave was appointed to Director of Science and Technology for Aptar Pharma, in February 2024.

Jonathan Mulpas Aptar Pharma
Jonathan Mulpas

Director, Business Development - Pulmonary Category

Talk Title: The importance of high dose delivery to the lungs

Jonathan holds an Engineering degree from École Centrale Paris as well as a master degree in Aeronautics from Beihang University in Beijing. After working for Airbus in Toulouse, Jonathan joined Aptar Pharma in 2018 and has since worked in inhalation in R&D up to being the head of the Pulmonary Product Development team, switching to his current Business Development role in January 2024.


AGENDA

 

Wednesday, 25th September 2024

Early Registration
Desk opens at 1pm |  Hinxton Hall 

Laboratory Tour, Intertek Melbourn, Cambridgeshire
Coaches leave from in front of Hinxton Hall at 2 pm

Networking Drinks Reception
Hinxton Hall, 5.30 pm


Thursday, 26th September 2024 - Day 1 of Conference

Francis Crick Auditorium, Hinxton Hall Conference Centre | From 8:00am

Chair Chris Vernall, Commercial Director, Intertek
Francis Crick Auditorium, Hinxton Hall Conference Centre | 9:30 am

Keynote Speaker: Dr Jenny Lam, Associate Professor in Pharmaceutics at the UCL School of Pharmacy
Francis Crick Auditorium, Hinxton Hall Conference Centre | 9:30 am

Alternative to LNPs – Development of peptide-based RNA delivery systems for pulmonary delivery

Lipid nanoparticles (LNPs) are the most widely studied non-viral vectors for RNA delivery, but it is challenging to maintain their structural integrity during aerosolisation and in the airways for pulmonary delivery. Synthetic peptides have emerged to be promising vectors for RNA delivery in recent years. This talk will discuss the development of a bioinspired synthetic surfactant peptide, PEGylated KL4, for pulmonary RNA delivery. Its good safety profile and physical robustness makes it particularly suitable for inhaled dry powder formulation as well as nebulisation to achieve excellent aerosolisation property without losing the transfection efficiency.  

 

Portrait photo of Dr Jenny Lam  Associate Professor in Pharmaceutics at the UCL School of Pharmacy
Dr Jenny Lam

Associate Professor in Pharmaceutics at the UCL School of Pharmacy

Keynote Talk: Alternative to LNPs – development of peptide-based RNA delivery systems for pulmonary delivery

Dr Lam’s research is focused on the development of novel delivery systems for RNAs and biologics, with a special interest in using particle engineering methods to produce dry powder aerosols for lung delivery, targeting various respiratory diseases and infections. She has published over 90 peer-reviewed articles and filed a number of patent applications on pulmonary drug delivery systems. In 2020, she was awarded the DDL Emerging Scientist Award which recognised her significant accomplishment and innovation in inhalation science. Additionally, Dr Lam recently co-edited ‘Respiratory Delivery of Biologics, Nucleic Acids and Vaccines’, a comprehensive review of pulmonary delivery of macromolecules and biologics.

 

Francis Crick Auditorium Atrium, Hinxton Hall Conference Centre

Asaf Cohen, VP CMC, SpliSense LTD

Development Path of RNA Based Platform for Pulmonary Diseases
SpliSense is a clinical stage company focused on the development of transformative RNA-based treatments for pulmonary diseases. Our pioneering platform harnesses Antisense Oligonucleotides (ASOs) for treatment of unmet Cystic Fibrosis (CF) mutations and large pulmonary diseases including Muco- obstructive diseases and IPF. Our innovative approach targets unmet needs in pulmonary diseases. SpliSense technology is based on clinically validated ASO technology, delivered non-invasively by inhalation. The benefit of ASO technology, on top of its clinical validity, allows a precise organ targeting approach, with proper lung and cells distribution and safety. 

Splisense lead product SPL84 for CF is administrated using a nebulizer. To assess SPL84 performance and safety following the nebulization process, Splisense has performed extensive characterization studies, further confirming its well-established delivery system. Using the well characterized platform, SpliSense will hopefully confirm proper lung delivery and lung function improvement in patients. 

Mr. Asaf Cohen
Asaf Cohen

VP CMC, SpliSense LTD

Talk Title: Development Path of RNA Based Platform for Pulmonary Diseases

Mr. Cohen brings more than a decade of demonstrated experience in the pharmaceutical industry, focusing on production, device, and analytical development, most of them under GMP regulatory environments. Prior to SpliSense, Asaf has spent almost 7 years at Polypid Israel in various high responsibility positions in manufacturing, operations, logistics and engineering while playing a pivotal role in new product development, design of the scaled-up processes, tech transfers, process optimization as well as leading the design and construction of a new aseptic production facility.

Benjamin Winkeljann, CEO, RNhale GmbH

RNA-loaded Dry Powders for the Treatment of Pulmonary Diseases
Securing regulatory approval for respiratory RNA therapeutics poses considerable challenges. Current clinical trials for RNA-based treatments targeting pulmonary conditions typically employ nebulisation of liquid suspensions or intravenous (IV) injections, both of which face significant obstacles in delivering their therapeutic payload effectively. To address these challenges, we have developed Nano-Embedded in-Microparticle (NEM) technology. This approach involves encapsulating RNA-loaded lipid nanoparticles (LNPs) within an excipient matrix during the manufacturing process, providing robust protection for the RNA against external factors. The resulting dry powder formulation can be administered using established Dry Powder Inhalers (DPIs), facilitating localised, efficient, and discreet treatment suitable for public and social environments. We demonstrate its potential in an in vivo proof-of-concept (PoC) study and in human ex vivo lung grafts, specifically targeting the transcription factor GATA3, which is overexpressed in allergic asthma and plays a key role in the pathophysiology of severe type-2 asthma.

Benjamin Winkeljann
Benjamin Winkeljann

CEO, RNhale GmbH

Talk Title: RNA-loaded dry powders for the treatment of pulmonary diseases

Benjamin Winkeljann is an engineer and entrepreneur, specializing in the development of drug delivery systems for RNA delivery and the optimization of pharmaceutical processes. He conducted his PhD in bioengineering within the Technical University of Munich’s Munich School of Bioengineering. Following a short postdoctoral phase at the same institution, he shifted his focus towards pharmaceutical technology by accepting a postdoctoral scientist position at the Ludwig-Maximilians-University Munich's Department for Pharmacy. Here, his work concentrated on simulation-assisted optimization for the formulation of RNA therapeutics. In 2023, he advanced to become a Group Leader and started pursuing a University Lecturer Qualification in Pharmaceutical Technology and Drug Delivery. In the same year, Winkeljann co-founded RNhale GmbH in Munich, where he currently serves as CEO. He is also a Principal Investigator at the Comprehensive Pneumology Center Munich (CPC-M), German Center for Lung Research (DLZ), Munich.

Francis Crick Auditorium Atrium, Hinxton Hall Conference Centre

Prof Dr. Regina Scherließ , Director, Department of Pharmaceutics and Biopharmaceutics, Kiel University
Nasal delivery of vaccines - not as easy as expected

Nasal vaccination targets the mucosal immune system. It targets the mucosa-associated lymphoid tissue (MALT), which produces a specific immune response, including secreted IgA antibodies, to directly identify and eliminate pathogens. This could block a virus at the point of entry into the body, reliably preventing infection. Nasal vaccination has attracted a lot of attention in the context of the coronavirus pandemic and has been widely discussed in the press. However, there are a number of challenges associated with nasal vaccination, ranging from the limited data on the immunological efficacy of nasal vaccines, as clinical trials for nasal vaccines are still in their infancy, to the question of efficient delivery, as the nasal mucosa protects itself from invaders, making it difficult to develop and deliver an effective nasal vaccine. The talk will provide an introduction to mucosal vaccination and highlight the challenges and bright spots in nasal vaccine development.

 Prof Dr Regina Scherliess
Prof Dr. Regina Scherließ

Director, Department of Pharmaceutics and Biopharmaceutics, Kiel University

Talk Title: Nasal delivery of vaccines - not as easy as expected

Prof. Dr. Regina Scherließ is a professor for Pharmaceutics and Biopharmaceutics, vice-dean for research of the Faculty of Natural Sciences at Kiel University (since 2022) and chair of the Department of Pharmaceutics at Kiel University, Germany. As such she leads the research unit in Pharmaceutics and is responsible for all teaching in Pharmaceutics and Biopharmaceutics at Kiel University. She is a pharmacist and received her Dr. rer. nat. (doctor of natural sciences) in 2008 for a work on “Formulation of inhalation combination products by co-precipitation”. In 2015 she finished her “habilitation” working on “Mucosal vaccination via the respiratory tract”. During her academic education she had research stays in Denmark, the US, New Zealand and Australia. She also received several young researcher awards including The Pat Burnell New Investigator Award 2010 of the Aerosol Society and is member of the DDL scientific committee (since 2015). She also is member of the board of the priority research area KiNSIS (Kiel Nano Interface and Surface Sciences) at Kiel University (since 2020). Her research interests include disperse systems and nanoparticles, stabilisation of biomolecules and particle engineering in spray drying, and formulations for mucosal vaccination with a focus on respiratory (nasal and pulmonary) dry powder delivery. She is a co-founder of the Nasal Research Focus Group, a research consortium from academia and industry focusing on nasal drug delivery.

Carolina Dantas, Medical Doctor (MD), Medical & Scientific Affairs, Pulmotree
Vibrating Mesh Nebulizers: insights into the delivery of biologics

The talk will provide a thorough understanding of the role of Vibrating Mesh Nebulizers (VMN) for the delivery of biologics. We wil review of the particular advantages and challenges to consider when choosing a VMN for the pharmaceutical development of biologics, as well as the existing data regarding current clinical trials and development programs. 

Carolina Dantas, MD
Carolina Dantas

Medical Doctor (MD), Medical & Scientific Affairs, Pulmotree

Talk Title: Vibrating Mesh Nebulizers: insights into the delivery of biologics

Carolina’s expertise as a board certified pulmonologist adds to Pulmotree the valuable insight of both physicians and patients. Specialized in respiratory infectious diseases and lung related indications such as cystic fibrosis and bronchiectasis, she has a vast hands-on clinical experience with inhaled drug therapies.

As a Manager of Medical and Scientific Affairs her search for innovation in healthcare matches with Pulmotree’s forward-thinking approach to the evolution of respiratory therapies. Besides her knowledge in clinical research, Carolina is an accomplished communicator in science, counting with published scientific papers, a book chapter, and several presentations in international conferences. 

Carolina holds a Master’s degree in Medicine and is a member of the European Respiratory Society (ERS) and the International Society for Aerosols in Medicine (ISAM).

Francis Crick Auditorium Atrium, Hinxton Hall Conference Centre 

Dr. Jaap Wieling,CEO, PureIMS bv

Non-clinical and clinical development aspects of inhaled biologics

In addition to optimization of formulations and device to ensure best pulmonary delivery including safety and efficacy, compared to small molecules biologics have more complex CMC and clinical requirements.
An overview of these will be provided including some examples.

A portrait photo of Jaap Wieling THE CEO OF PureIMS bv
Dr. Jaap Wieling

CEO, PureIMS bv

Talk Title: Non-clinical and clinical development aspects of inhaled biologics

Jaap Wieling is a pharmacologist with a vast track record in development of new pharmaceutical products based on small and large molecules, as a scientist and as an executive in various pharma companies and contract organizations. He is an entrepreneur since 1999, and (co-)founded several biotech and service companies. In parallel he has been a part-time university teacher for almost 2 decades (Groningen), teaching clinical and bioanalytical aspects of drug development. He also serves on the board of various biotech companies.
Jaap is currently CEO of PureIMS, an innovative company in the Netherlands developing a pipeline of dry-powder inhalation products and also co-developing products with pharma partners.

Our Chairs, Chris Vernall and Stacey Crane will be joined by our speakers

Francis Crick Auditorium, Hinxton Hall Conference Centre

Francis Crick Auditorium, Hinxton Hall Conference Centre

Dining Room, Hinxton Hall    |  7.30pm


Friday, 27th September 2024 - Day 2 of Conference

Chair: Paul Martin, Associate Director, Business Development, Intertek

Francis Crick Auditorium, Hinxton Hall Conference Centre | 9:00 am

Francesca Buttini, Associate Professor, University of Parma

Effective formulation strategy for pulmonary delivery of probiotics

Recently, after the abandonment of the idea that the respiratory tract, particularly the lung, is “sterile”, numerous studies attempting to understand the role of the microbiota in maintaining a healthy state have emerged. The respiratory microbiota of a healthy individual is maintained by a dynamic equilibrium between the ingress, elimination, and relative local reproduction rates of microorganisms that allow the simultaneous achievement of high microbial diversity and low microbial density. In chronic respiratory diseases, this balance is lost as the propagation of pathogenic microorganisms exceeds the defence capacity of the lung
The development of pulmonary lactic acid bacteria formulations could allow the probiotic adhesion to the respiratory epithelium, where they could both competitively interfere with pathogenic bacteria and promote the restoration of the healthy microbiota.
In this presentation will be illustrate the development of different inhalable powders containing Lactiplantibacillus plantarum (Lpb. plantarum), Lactiaseibacillus rhamnosus (Lcb. rhamnosus), or Lactobacillus acidophilus (L. acidophilus)—all previously proven to be effective in vitro in the containment of P. aeruginosa growth. Spray drying was the process chosen to produce the powders, as it allows to obtain micronised particles suitable for inhalation and at the same time to partially preserve the viability of the probiotics. Moreover, the addition of raffinose as a prebiotic was investigated with the aim of improving the viability of bacteria after the drying process. The probiotic powders were tested for viability of the bacteria, respirability, adhesion capacity on cell layer and in vitro anti-inflammatory and antibacterial activity.

Francesca Buttini, Associate Professor, University of Parma
Francesca Buttini

Associate Professor, University of Parma

Talk Title: Effective formulation strategy for pulmonary delivery of probiotics

Francesca Buttini currently holds an Associate Professor position at the Food and Drug Department, University of Parma (IT) and where now she is leading the unit dedicated to design of pharmaceutical products for inhalation. In 2014, she was appointed as Visiting Lecturer at the Institute of Pharmaceutical Science of King’s College London (UK). Combining her background in pharmaceutical technology, regulatory aspects, and device design, she is executing research programs aimed to deliver medicinal products that take into consideration the patient, industrial and regulatory requirements. To date, she has published more than 98 original papers and as a result of her research achievement, she obtained in 2017 the DDL Emerging Scientist Awards from the UK Aerosol Society. Francesca Buttini is a founder of PlumeStars, an innovative SME, dedicated to development of orphan drug products to treat lung and systemic disease by inhalation therapy.

 

Catherine Huntington, Associate Director, R&D Biologics Engineering AstraZeneca
Tanvir Tabish, Director, Early Formulation Development, AstraZeneca


Optimising Delivery of Biologics Through Inhalation; Challenges and Opportunities

This talk will discuss the following points :
Introduction to Inhalation of biologics​, discuss Challenges of developing inhaled biologics​ with regards to Protein aggregation and formulation considerations.
We will also discuss Developability and formulation assessments for inhaled biologics candidate selections​ and present some case studies.  
We will also cover some  points on Biological engineering with regards to developability with a focus Quality attributes criteria for Inhaled biologics and our considerations  to address liabilities.

Catherine Huntingdon is an Associate Director, R&D Biologics Engineering, AstraZeneca
Catherine Huntington

Associate Director, R&D Biologics Engineering, AstraZeneca

Talk Title: Optimising Delivery of Biologics Through Inhalation; Challenges and Opportunities

Catherine is a Protein Scientist with over 20 years in the Biotechnology Industry. She has broad knowledge of all aspects of the drug discovery process for biologics and has been the Co-leader for four pre-clinical projects that successfully transitioned into early pre-clinical development for which she developed novel therapeutic recombinant proteins. Three of those projects were aimed at inhalation delivery; one is currently progressing in Phase 2 clinical trials. She is a contributor to three systemic pre-clinical projects and Co-Inventor on four patent applications in addition to three published ones. She is experienced in working in cross-functional teams in matrix structure and contributing to developability guidance for inhaled biologics. Catherine is interested in understanding better the quality attributes of inhaled biologics for spray drying stability.

Tanvir Tabish, Director, Early Formulation Development, AstraZeneca
Tanvir Tabish

Director, Early Stage Formulation Sciences, AstraZeneca

Talk Title: Optimising Delivery of Biologics Through Inhalation; Challenges and Opportunities

Tanvir joined Astrazeneca about a year ago. He is based in Cambridge, UK, and is working as a Director in the Dosage Form Design and Development (DFDD) group of the company. The responsibilities of the DFDD group include developing pharmaceutically stable, market competitive, user centric biopharmaceutical dosage forms. Prior to joining Astrazeneca, Tanvir worked in the Biopharmaceutical industry, for a number of years, for Novartis, Takeda, Beaufour Ipsen and GSK.



Joseph Bain, Senior Toxicologist, CSL Innovation GmbH

CSL787 - Biologics as Novel Strategy

Development of inhaled biotherapies, especially those with antipathogen and anti-inflammatory effects in the lungs has been brought into sharp focus during and following the Covid-19 pandemic and although there are more than 60 inhaled biotherapies in various stages of development only 2 (arguably 3) have ever been approved. 
Pharma companies often focus on platform/formulation and delivery device considerations, however a holistic “bedside to bench to bedside” approach will plan for success by making sure quality by design is built in from the start enabling clinical progression initially through safety/POC studies and then confirmatory clinical trials. 
CSL787 is based on human normal plasma derived IgG is being developed for non-cystic fibrosis bronchiectasis and has a broad range of potential beneficial mechanisms in the lungs as well as an expected benign safety profile and will be used as a case study.

Joseph Bain CSL
Joseph Bain

Senior Toxicologist, CSL Innovation GmbH

Talk Title: CSL787 - Biologics as Novel Strategy

Joseph is a seasoned toxicologist with nearly eight years of experience at CSL Behring/Innovation as a Senior Toxicologist. Before this, he served as a Study Director in Inhalation Toxicology at Charles River for five years. He also held a Senior Assistant Scientist (Project Leader) position for two years and began his career as a Pathology Technician in a trainee position.
He holds a BSc Hons in Biomedical Science from Edinburgh Napier University. Joseph is a Member of the Royal Society of Biology (MRSB) and a European Registered Toxicologist (ERT). He is also an active member of the Association of Inhalation Toxicologists (AIT) and the International Society for Aerosols in Medicine (ISAM).
Joseph has presented posters at numerous international conferences and has been invited to be a speaker at AIT and ISAM events. He is a named author on three CSL publications and was the CRO Tox lead for the approved Antisense Oligomer Exondys 53. Additionally, he is a patent-pending inventor.

Francis Crick Auditorium Attrium, Hinxton Hall Conference Centre

Jonathan Mulpas, Director Business, Development Pulmonary Category and Dave Farrow, Director of Science and Technology, Aptar Pharma

The importance of high-dose delivery to the lungs

A lot of comparison is made between the benefits of liquid or powder formulations. The ability to deliver a high dose of powder deep in the lungs with an acceptable patient experience and adherence is a challenge that often pushes a development of a liquid form. Reinstating the importance for options to remain open for drug developers as well as ultimately the patient, we will go through a case study using the Orbital device.

Jonathan Mulpas Aptar Pharma
Jonathan Mulpas

Director, Business Development - Pulmonary Category

Talk Title: The importance of high dose delivery to the lungs

Jonathan holds an Engineering degree from École Centrale Paris as well as a master degree in Aeronautics from Beihang University in Beijing. After working for Airbus in Toulouse, Jonathan joined Aptar Pharma in 2018 and has since worked in inhalation in R&D up to being the head of the Pulmonary Product Development team, switching to his current Business Development role in January 2024.

Dave Farrow Aptar Pharma
Dave Farrow

Director of Science & Technology, Aptar Pharma

Talk Title: The importance of high dose delivery to the lungs

Dave began his career as an Inhalation Scientist at Sanofi Aventis working on exploratory development products, through to commercial marketed products and the whole lifecycle in between and then held a similar role at Novartis where he further developed his inhalation knowledge. Following this, Dave moved to Vectura as Particle Engineering Specialist, leading on to become Principal Scientist, then manager of the Bioformulation and Particle Engineering group.  Dave then moved to Charles River, conducting safety assessment/toxicology studies with aerosols, building a large specialist group. Dave moved to Albany Molecular Research Inc. (now Curia) leading the R&D groups and business development activities before joining Nanopharm. Dave joined Nanopharm in January 2020 as the Director of Operations and moved into the position of Chief Operations Officer in April 2021. During the last four years, Dave has led and supported the significant growth post Aptar’s acquisition of Nanopharm. Dave was appointed to Director of Science and Technology for Aptar Pharma, in February 2024.



Ashleigh Wake, Commercial Director, Intertek

Analytics for inhaled peptides

Our Chair Chris Vernall will be joined by our speakers

Francis Crick Auditorium, Hinxton Hall Conference Centre


Lunch 

Francis Crick Auditorium Attrium, Hinxton Hall Conference Centre

 

WHAT TO EXPECT AT THE EVENT

Considering attending? Here’s what awaits you at the Forum:

✔️ 2 Days of Expert Talks: Dive into cutting-edge discussions and insights delivered by leaders in the complex area of drug product and inhaled vaccine development.

✔️ Budget-Friendly: As a cost-effective event, the registration fee includes conference registration, accommodation at Hinxton Hall if required, the conference dinner, and networking drinks.

✔️ Everything Organized for You: From networking opportunities and a poster session hosted by the APS, to accommodation and drinks gatherings, we’ve got it covered.

✔️ Networking: Connect with industry leaders and expand your professional circle. The event brings together a diverse range of industry stakeholders, including academics, pharma and biotech pioneers, device experts, start-ups, students, and supporting players, providing a unique platform for networking.

✔️ Learning and Insights: Attendees benefit from a wealth of real-life case studies and insights shared by leaders in the field, offering invaluable learnings on how to effectively develop these medicines to achieve better patient outcomes.


VENUE

Hinxton Hall, Wellcome Genome Campus, Cambridge, UK

Set within a one-hundred-acre estate bordering the River Cam, Hinxton Hall Conference Centre is located on the Wellcome Genome Campus, alongside research institutions that are at the forefront of the genomics revolution.

Hinxton Hall is 25 minutes from the centre of Cambridge, and a mere 60 minutes from London and accessible from Heathrow, Luton and Gatwick airports and is only 20 minutes from London Stansted Airport. The hall is easily accessible from the M11. For GPS please use: CB10 1SA.

The Intertek team will book accommodation on your behalf if you indicate that you require a room during registration. 


QUESTIONS?
Please contact us:
 
T: UK +44 (0)1763 261 648     |     E: inhaled.biologics@intertek.com

Follow us on LinkedIn #INBDF 

Meet our Speakers - Inhaled and Nasal Biologics | DNA Forum 2024

The Academy Of Pharmaceutical Sciences Logo

We are delighted to announce that the Academy of Pharmaceutical Sciences will join the 3rd Annual Inhaled & Nasal Biologic | DNA Forum 2024 as Conference Partner.

APS Members receive 20% discount on ticket prices when using the promo code which can be found in the Members Hub.

 

Inhaled and Nasal Biologics/DNA Forum Enquiries

Contact Us

QUESTIONS?
E: inhaled.biologics@intertek.com
T: UK +44 (0)1763 261 648   

Follow us on LinkedIn #INBDF 

Meet our 2023 Speakers: Inhaled & Nasal Biologics/DNA Annual Forum