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Copyright © 2013 Aerogen. All rights reserved.
The core technology
Top- Aperture Plate
High quality aerosol
High Speed Microscopic Photo of Uniform Aerosol
Droplets Generated from a Single Aperture
Aerogen’s business strategy
Blue Ocean Strategy
Uncontested markets
Making the competition irrelevant
Customer Value Proposition = Healthcare economics
Requires innovation NOT invention
Copyright © 2013 Aerogen. All rights reserved.
Copyright © 2012 Aerogen. All rights reserved.
HomecareHomecare
ICU
Ward /Non-invasive
Emergency room/A&E
Specialty Drug Device
Combination Products
€50m
€200m
€125m
€3-500M per
product
€350m
Leveraging Aerogen’s ICU market leadership to createthe Aerosol Delivery Continuum of Care
Homecare Ventilation
Continuum of Care
Aerogen
Core technology
Patient Intervention
Value adding
IAC - Where does it sit within the business strategy?
Copyright © 2013 Aerogen. All rights reserved.
Core technology: understanding and optimising
AIM:
• Characterisation of wafer elements with
a view to increasing reliability and
achieving COGS reductions
Copyright © 2013 Aerogen. All rights reserved.
Core technology: understanding and optimising
human hair ~ 70 µm in diameter
aperture exit diameter ~ 4 µm
Copyright © 2013 Aerogen. All rights reserved.
Core technology: understanding and optimising
Wafer Performance related to;
• Surface features
• Microstructure
• Grain
• Size
• Shape
• Orientation
• Direction
• Behaviour during processing
Copyright © 2013 Aerogen. All rights reserved.
Core technology: understanding and optimising
Outcomes
Several patents that extend coverage for nearly 20 more years
Zero fractures
Scalable production – 7million/yr/line
Greater understanding of vibrational modes of mesh
Unparalleled knowledge of electro-deposition process for mesh
manufacture
Copyright © 2013 Aerogen. All rights reserved.
Value Added #1: Basic technology characterisation
AIM #1:
• Characterisation of physicochemical
characteristics and capabilities of technology
in nebulising novel formulations.
AIM #2:
• Characterisation of compatibility of
technology with next generation therapeutics,
e.g. Proteins/Peptides/siRNA.
Copyright © 2013 Aerogen. All rights reserved.
Value Added #1: Basic technology characterisation
OUTCOMES:
• Characterisation of nebuliser
performance with several next gen
therapeutics (e.g. proteins).
• Demonstrated compatibility with
labile actives.
• Funded HRB grant investigating
novel treatments for TB.
OUTCOMES:
• Characterisation of nebuliser
performance with <150 excipients.
• Developed an in silico means of
predicting nebuliser performance
based on various physicochemical
characteristics.
• Several publications in draft/in
review.
Copyright © 2013 Aerogen. All rights reserved.
VALUE ADDED #2: Development of Theranostic Nanoparticles
AIM:
• Overcome formulation issues for highly insoluble APIs.
• Develop drug loaded NPs suitable for aerosol-mediated drug delivery.
• Build a performance database specifically around the performance of
Aerogen’s aerosol generator technology and next generation therapeutics.
Copyright © 2013 Aerogen. All rights reserved.
VALUE ADDED #2: Development of Theranostic Nanoparticles
OUTCOMES:
• Development of x2 candidate NPs (gold and iron)
• Preclinical studies demonstrating safety & efficacy of highly insoluble anticancer
drug
• Performance data on unique and “representative” NP drug/device combinations
In vivo analysis
+
In vitro analysis
Copyright © 2013 Aerogen. All rights reserved.
Value added: Outcomes
Outcomes
Increased knowledge around pharmaceutical agents and
formulation.
Understanding of effect of physicochemical characteristics of
nebuliser performance.
Development of x2 nanoparticle vector systems.
Several peer reviewed publications.
Copyright © 2013 Aerogen. All rights reserved.
Advantages/Pitfalls
Advantages:
• Access to key expertise at a lower risk & cost than commercial
consulting rates.• Access to equipment
• Access to fresh ways of thinking
• Access to next generation therapeutics and those that developed them
• Access to people interested in performing both “basic” and
“advanced” science around your technology.• Academic drive for peer reviewed publications
• Networking
Pitfalls:
• Timelines: All researchers may appreciate the expectations of
industrial collaborators around timely reports and progress.• IP/Confidentiality must be carefully controlled. Not the same rigour as in industry.
• Researchers must be bought into the project. If it is not a priority project for them, no amount of
pressure will prevail.
• Inappropriate levels of funding will lead to researcher apathy and
risks investment being wasted in it’s entirety.
Copyright © 2013 Aerogen. All rights reserved.
No part of this publication may be reproduced, stored in a retrieval
system or transmitted in any form or by any means (electronic,
mechanical, photocopying, recording or otherwise) without the
permission of the author.
This document provides an outline of a presentation and is incomplete
without the accompanying oral commentary and discussion.
Aerogen Limited
Galway Business Park, Dangan, Galway, Ireland
Phone
Dr. Ronan Mac LoughlinSenior Scientist
Adjunct Assistant Professor, Trinity College, Dublin
+353 91 540400