Program 2021

September 13th - 14th, Boston, MA, All Times in ET

For speaking opportunities, contact Ahmed Osman on ahmed.osman@markallengroup.com.

7:40 AM - 8:40 AM

Registration & Refreshments

8:50 AM - 9:25 AM - Keynote

Technology & Innovation

Emerging Opportunities in Drug Delivery: Overcoming Barriers for New Modalities

Anand Subramony, Vice President Novel Product Technologies, AstraZeneca

Key words: Antibody drug conjugates, Nucleic acid delivery, AAV, Cell therapy, Immune targeting Nanomedicine

9:30 AM - 10:05 AM - Case Studies

Small Molecules

Mechanistic Pathways and Tools for Minimizing Drug Precipitation

Ajit Narang, Senior Principal Scientist, Genentech

In this presentation, using 4 case studies Ajit will discuss the role of self-association and complexation of drug molecules in aqueous solutions on their precipitation and supersaturation behavior. The case studies span small and large molecules, and parenteral and oral delivery routes. The presentation will highlight key mechanistic aspects that drive the observations in solution and how scientists can make an early assessment of risks.

Device Development

The Challenges and Opportunities of Development of Combination Inhalation Products for Non-Pulmonary Diseases

Mick  Hurrey, Vice President, Product Development, InCarda Therapeutics

Many challenges exist when developing inhalation products, all of which are combination products. However, when you try to change an undesirable effect, systemic delivery of an active, into a feature there are additional hurdles that need to be considered. In addition, since the patient population and the health care professionals treating these non-pulmonary diseases are often not familiar with pulmonary devices, additional usability concerns arise. This talk will present some case studies that address these concerns.

10:10 AM - 10:45 AM - Solution Spotlights

Small Molecules

Universal Product Design for Drug Delivery--Concept to Commercialization Approach

Daniel Kuntz, Associate Principal Engineer, Lonza Pharma & Biotech

Currently, oral pharmaceutical products are designed as fit-for-purpose for the clinical phase and focused only on the adult population.  However, a universal product design is possible across all phases of clinical development by pairing lipid multiparticulates (LMPs) with an oral dosing device for solids dispensing.  This product is universal to all ages–amenable to the broadest range of patient groups’ abilities, maintains the flexibility of dose adjustment for ascending dose and efficacy studies in early phases, and can be progressed to commercial manufacture with minimal scale-up effort.

As an oral drug delivery technology, LMPs are suitable for application across the development spectrum. LMPs offer excellent flow characteristics, formulations with tunable performance and pharmacokinetics, inherent taste masking and can improve stability for some compounds.  Implementation of LMPs in early development provides continuity in clinical performance and stability while eliminating the need for multiple delivery technologies, development of separate products for pediatric and geriatric patients or significant re-formulation efforts.

 
Objectives
  • Introduce the innovative formulation platform offered by lipid multiparticulates (LMPs)
  • Discuss the development benefits and solutions offered by LMPs:
    • Universal, applicable to all patient classes
    • Enable rapid development with continuity across phases/development stages
    • Tunable performance with desirable formulation characteristics
    • Minimal scale-up effort required to go from early phase to commercial manufacturing
  • Established success in development, clinical and commercial manufacturing

Device Development

Novel Device for the Subcutaneous Delivery of Large-Volume Biologics

Robert Kriftner, Product Manager, Gerresheimer AG

Gerresheimer is developing platform solutions for IV/SC and inhalative use.The device represents a disposable, ready to use on-body drug delivery solution. The body-worn device controls the subcutaneous administration of biologic drugs of different viscosities and volumes up to 10 ml and 20 ml. The device is designed to enable patients to self-administer the biologic in a convenient way. It can be customized to meet the requirements for therapy and patient needs. Gerresheimer is your one-stop-shop partner when it comes to state-of-the-art liquid drug delivery devices.

10:45 AM - 11:35 AM

1-to-1 Meetings & Networking Break

11:35 AM - 12:10 PM - Case Studies

Small Molecules

Phase-Appropriate Formulation Development – A Regulatory Perspective.

Ambarish  Singh, Senior Director Regulatory CMC Strategist (small molecules) , Constellation Pharmaceuticals

As drug development moves from early phase to late phase, the DP formulation needs to continue to evolve to satisfy phase-appropriate regulatory requirements.  In the Small-Molecule space, the physico-chemical properties of the drug substance, BCS classification, the Quality Target Product Profile and speed-to-market are some of the key considerations in the decision-making process when developing phase-appropriate formulations.  The presentation will focus on these key considerations from the regulatory perspective.  A few relevant case studies will also be discussed.

Biologics

Development, Manufacturing and Supply of Ebola Vaccine

Lynne Isopi, Principal Scientist, Vaccine Drug Product Development, Merck

A historic Ebola outbreak occurred in March 2014 in three Western African countries, Guinea, Liberia, and Sierra Leone.  Over 28,000 cases were reported and led to more than 11,000 deaths, more than ten times the amount of cases compared to all past outbreaks combined.  On August 8, 2014, the World Health Organization declared a Public Health Emergency of International Concern (PHEIC).  Merck, partnering with NewLink Genetics, entered into an exclusive worldwide licensing agreement to research, develop, manufacture, and distribute an investigational Ebola vaccine candidate based on recombinant Vesicular Stomatitis Virus (rVSV) technology. Working with multiple partners, Merck has brought forward an efficacious vaccine candidate from Phase I trials in October 2014 to Phase III consistency studies by August 2015.  This presentation will provide background into Merck's strategy to bring the vaccine to licensure, product development activities to scale-up the process from clinical to commercial, and the challenges faced during product development.

Technology & Innovation

Merging Nanotechnology and Microfluidics to Develop Targeted Therapies

Hagar Labouta, Assistant Professor , University of Manitoba

  • Biological Properties of nanoparticles in physiological environments. 
  • Role of microfluidics (lab-on-a-chip and organ-on-a-chip technologies) in paving the way for nanoparticles to the clinic. 

12:15 PM - 12:50 PM - Solution Spotlights

Biologics

Polysorbates in Biopharmaceutical Formulations

Stephen Rumbelow, Research and Technology Manager R&D, Innovation Support and Health Care, Croda

Polysorbates play a key role in stabilizing biopharmaceutical formulations, becoming so through a combination of excellent performance in preventing protein aggregation across a huge range of biopharmaceutical actives and a history of safe use stretching back to a period prior to thorough regulation of the pharmaceutical industry. Consequently, there is a lot of ongoing interest in the chemistry of polysorbates, since these materials are remarkably complex mixtures of materials with each component potentially offering positive or negative properties to the formulation.

In this talk the complex nature of polysorbates will be discussed and how differences in purity levels in the various grades of commercially available polysorbate can impact performance. Then the discussion will also cover how the various grades and indeed specific components of polysorbates, can impact formulation stability, including changes in formulation stability and issues around protein self-aggregation.

Biologics

Keys to the Successful Development of High Quality Lipids, Critical for RNA Delivery and Vaccines

Estelle Beguin, Strategic Marketing Manager - Synthetic Lipids, MilliporeSigma

  • Design principles and specifications for lipids used in RNA formulations
  • Critical parameters to enable the rapid development and consistent performance of lipids
  • Regulatory considerations for lipids used in drug delivery

12:50 PM - 1:50 PM

Lunch Break

1:50 PM - 2:25 PM - Case Studies

Small Molecules

Recent Advances in Modified and Controlled Release Formulations

Arul Joseph, Senior Director, Pharmaceutical Development and Clinical Supply Chain, Avanir Pharmaceuticals

Discussion of new formulation technologies and trends in modified and controlled release formulations

Biologics

Challenges and Opportunities in Cell Therapy Formulation and Delivery

Bharathi Vellalore, Scientist, Drug Product Development Discovery, Product Development and Supply, Janssen

  • Formulation of autologous and allogeneic cell therapy products
  • Cold supply chain: Freezing, storage, transport, thawing and administration
  • Novel drug delivery approaches for solid tumor CAR-T therapy

Device Development

Vaccine Delivery via Microneedles

Yasmine Gomaa, Senior Research Scientist and Associate Director, Laboratory of Drug Delivery, Georgia Institute of Technology

  • An overview of the microneedles: mechanism of delivery, shapes, advantages, applications, etc
  • Specific examples on drug delivery
  • Specific examples on vaccine delivery with some highlights on previous and future clinical trials we are planning
  • Future perspectives 

2:30 PM - 3:05 PM - Case Studies

Small Molecules

DepoFoam® Technology: A Controlled-Release Lipid-Based Drug Delivery Platform

Soroush Ardekani, Manager, Pacira Biosciences

  • Formulation features/characteristics and commercial applications of multivesicular liposomes (MVLs)
  • Drug delivery system for non-opioid post-surgical pain management

Biologics

Disruptive Technologies for Formulation, Manufacturing and/or Delivery: Enabling Advancements for Biologics and Vaccines Products into the Future

Jeffrey T. Blue, Executive Director, Vaccine Drug Product Development PR&D, Merck

Device Development

The Confluence of Innovation in Therapeutics, Drug Delivery and Regulation

Twinkle Christian, Process Development Scientist, Drug Product Technologies Group , Amgen

The field of human therapeutics has evolved from small molecules to complex biologics with tremendous acceleration in innovation of new modalities and drug delivery technologies. These innovations have led to corresponding therapies seeking regulatory approval globally. The accelerated growth in innovative therapies represent challenges for sponsor and regulatory agencies. This talk will briefly cover the innovative modalities and drug delivery, current CMC guidance for mAb like therapies and propose recommendations from an industry perspective to make sure innovation and regulation are not out of sync. It is critical for industry and health authorities to work together towards a confluence of innovation and regulation to accelerate access of life-saving therapeutics to patients globally.

3:05 PM - 3:55 PM

1-to-1 Meetings & Networking Break

3:55 PM - 4:30 PM - Solution Spotlights

Biologics

Vaccine Formulation and Manufacturing for High-Density Microarray Patches (HD-MAPs): Challenges in Replacing the Needle and Syringe

Dr. Angus Forster, Chief Development and Operations Officer, Vaxxas

Case study - Formulation of split virus influenza vaccine antigen with CAPTISOL in combination with a polymer HD-MAP device for enhanced thermostability and immunogenicity

Technology & Innovation

BEPO® - An Enabling Long Acting Injectable Technology Platform for Drug Delivery Challenges

Sylvestre Grizot, Principal Investigator, MedinCell

  • Competitive advantages of the BEPO® Technology Platform
  • Highlight of recent progress in specific formulation challenges with peptides and proteins

4:35 PM - 5:20 PM - Panel Discussion

Technology & Innovation

Preparing for Patient-Centric Drug Development Regulations

Dr. Jamie Unwin, Commercial Insights Officer, Nanoform

Hannah Mann, Founding Partner, Day One

Mike Rea, CEO, IDEA Pharma

Twinkle Christian, Process Development Scientist, Drug Product Technologies Group , Amgen

Yasmine Gomaa, Senior Research Scientist and Associate Director, Laboratory of Drug Delivery, Georgia Institute of Technology

  • What do the recent FDA Guidelines on Patient-Focused Drug Development (PFDD) mean to us?
  • Why do we need more patient focussed thinking and design of drug products, medical devices and combination products?
  • How will become more patient focussed shake up the industry and make us more competitive

8:00 AM - 8:45 AM

Registration & Refreshments

8:50 AM - 9:25 AM - Keynote

Technology & Innovation

Biopredictive Tools for the Development of Injectable Drug Products

Matthias G. Wacker, Associate Professor, National University of Singapore

Today, biopredictive performance assays play a key role in the development of peroral drug products. They enable the early prediction of the bioavailability of drugs in animals or humans. Most injectables are developed for smaller patient populations and require a technologically more advanced formulation design. In this area, biopredictive tools are at the infant stage and only few methods are applicable these advanced therapeutics. With more biopharmaceuticals entering the global healthcare market, a growing number of niche busters are developed for the intravenous or subcutaneous route of administration. The talk will showcase recent advances in the development of biopredictive performance assays for intravenous nanomedicines and subcutaneous depot formulations. Current challenges and knowledge gaps will be highlighted.

9:30 AM - 10:05 AM - Case Studies

Small Molecules

Drug Delivery Systems for Proteolysis Targeting Chimera that Improve Tumour Accumulation and Therapeutic Index

Vijay Anand Sethuraman, Senior Scientific Manager, Genentech

The Proteolysis targeting chimera (PROTAC) is a promising new technology in the field of oncology. There are several oncology targets that are being pursued by this technology. For many of these targets the pharmacology is driven by AUC over a certain inhibitory concentration and for some targets the therapeutic index (TI) may be very narrow. One way to improve the TI is to deliver the PROTAC via a sustained delivery system like the liposomes.

Two drug delivery systems were developed by incorporating the PROTACs in liposomes. In the first delivery system the PROTAC was incorporated into liposomes via a conventional approach where in the liposomes were formed by mixing the lipids in organic phase and PROTAC in aqueous phase. In another system the lipids were in organic phase and the PROTAC was pre-dissolved in cyclodextrin at very concentration and liposomes were formed. These liposomes were further purified by size exclusion chromatography or dialysis filtration.

In a Rat PK/PD study at 20 mg/kg, the cyclodextrin liposomes had 25X higher plasma concentration and 2.6X higher tumour concentration compared to conventional formulation. This improvement in plasma and tumour concentration could potentially improve the TI for the PROTAC.

A liposomal drug delivery system seems promising based on the above results. Optimization of the liposomes could further improve the tumour concentration and improve the overall TI. This delivery technology may be well suited to bring novel PROTACs into clinic.

Biologics

Novel Technologies for Targeted Oral Peptide Delivery

Puneet Tyagi, Senior Scientist, AstraZeneca

  • Therapeutic value of biologics have amplified significantly, and in the search for the best treatment regimen, the oral route has been extensively evaluated because of its non-invasive and safe nature.
  • To address the challenges originating due to the physicochemical properties of biologics and hurdles in the GI tract, several conventional and novel approaches are being used.
  • In this presentation, we will discuss the challenges to oral peptide delivery and approached used to address these challenges, with a focus on clinical level technologies.

Device Development

Improved Infusion: A New Device Aimed at Revolutionizing the Way Biologic Infusions are are Administered

Geoff Wise, Senior Manager Device Development, Genentech

Delivering biologics through IV is costly and slow, but not every drug can be delivered subcutaneously. Consumables such as saline bags and IV lines are expensive and take time to set up while CSTD's pose compatibility challenges with pharma products. At Roche, our business priorities include offering medical advances at a reduced cost to society, improving patient access, and ensuring sustainability. This topic will introduce a new device that addresses challenges with IV delivery and enables a different modality of IV administration aligned with our business priorities.

10:10 AM - 10:45 AM - Solution Spotlights

Small Molecules

From Bench to Bedside – Why Small is Powerful® for Patients

David Rowe, Head of Manufacturing, Nanoform

Christian Jones, Chief Commercial Officer, Nanoform

Chris Roe, Senior Research Fellow, Quotient

Claire Wombwell, Senior Scientist, Johnson Matthey

  • At the bench: Dissolution study of CESS® nanoparticles vs other particle engineering techniques
  • Into Manufacturing: The GMP Nanoforming process, making clinical material
  • To the bedside: Final Clinical Trial Data for Nanoformed Piroxicam 

Technology & Innovation

Nanotechnology for Delivery of Nucleic Acid Payloads

Andrea Cusack, CEO, Leon-Nanodrugs

  •  Market snapshot
  • "Bottom up technology comparisons“
  • Equipment trains
  • Liposomes & LNP‘s  

10:45 AM - 11:35 AM

1-to-1 Meetings & Networking Break

11:35 AM - 12:10 PM - Case Studies

Small Molecules

Continuous Manufacturing of Pharmaceutical Nanoparticles (CM-NANO)

Luis  Padrela, Lecturer, Department of Chemical Sciences, Bernal Institute, University of Limerick

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Technology & Innovation

Novel Nanotechnologies for Mucosal Delivery of Small Molecules and Biologics: Old Problems but New Solutions

Andreas Bernkop- Schnurch, Professor, University of Innsbruck

Within this lecture novel nanotechnologies utilizing just inactive ingredients that are included in approved drug products list provided by the FDA and for that a high freedom to operate is provided are highlighted. They all have the potential to overcome well-known hurdles being associated with mucosal and in particular oral delivery of small molecules and biologics. In detail the following formulation challenges and nanotechnologies to address them will be discussed:

  • How to overcome the polycation dilemma: Design of charge-converting nanocarriers exhibiting an anionic charge to reach their target cells in significant quantities and a cationic charge directly on the cellular membrane of their target to induce endocytosis or transcytosis
  • How to overcome the PEG dilemma: Advantages of virus-mimicking- and polyglycerol- coatings over PEG-coatings for nanocarriers
  • How to boost the potential of permeation enhancers up to 1000-fold: Introduction into a technology providing a synchronized release of APIs and permeation enhancers from nanocarriers

12:15 PM - 12:50 PM - Solution Spotlights

Small Molecules

Multiparticulates: A Versatile System for Pulsatile Release

Srinivasan Shanmugam, Senior Director, Pharmaceutical Sciences, Business Support, and New Technologies, Adare Pharma Solutions

  • Introduction of Adare Pharma Solutions
  • Significance of Pulsatile Release
  • Versatility of Multiparticulates
  • Adare's Multiparticulate-based Platform Technologies

12:50 PM - 1:50 PM

Lunch Break

1:50 PM - 2:25 PM - Case Studies

Small Molecules

Engineering Technologies for Drug Product Development

Srinivas Tummala, Senior Director, Pharmaceutical Development Leader, BMS

The application of engineering principles and technologies can be a key enabler to enable quality by design in drug product development. This presentation is going to highlight some of the areas of focus at BMS.  Case studies describing the application of engineering approaches and process analytical technologies to obtain enhanced understanding and enable robust design of pharmaceutical processes will be discussed.

Technology & Innovation

Lyophilization and Stability of AAV-based Gene Therapy – Challenges and Opportunities

Zoe Zhang, Scientist II , REGENXBIO Inc.

Adeno-associated viruses (AAV) are among the most actively investigated vectors for gene therapy. The supply of early clinical studies with frozen drug products (DP) can accelerate timelines and minimize degradation risks. In the long term, logistical challenges of frozen DP may limit patient access. Aiming to evaluate the feasibility of a lyophilization dosage form for AAV gene therapy, the impact of buffer systems, crystalline and amorphous excipients, and moisture content on AAV stability during the lyophilization process were evaluated, and the critical factors for maintaining AAV stability were identified. More importantly, we demonstrated the potential of a lyophilization formulation for AAV long-term storage under refrigerated storage conditions.

2:30 PM - 3:05 PM - Keynote

Technology & Innovation

Successes and Challenges in Crystal Structure Prediction (CSP) in Discovery Drug Design and Developability Assessment

Faraj Atassi, Director of Pharmaceutical Development, AstraZeneca

Using advances in computational chemistry, data science, predictive tools and machine learning, the ultimate goal of drug discovery scientists is to significantly reduce the number of molecules that are currently made in the labs and reduce the staggering cost of drug development, reduce reliance on animal studies and speed up the discovery process. However, to achieve this goal medicinal chemists, and other drug discovery scientists, need to combine modelling to improve drug efficacy and safety with modelling to produce a developable molecule with favorable solubility, stability and other physical chemical properties. In this presentation we are going to explore the challenges and the successes we encountered applying prediction and modelling at the early stages of drug development in order to influence the compound’s design and its developability.

3:05 PM - 3:20 PM

Networking Break

3:20 PM - 3:55 PM - Keynote

Technology & Innovation

Long Acting Injectables – Design and Delivery

Manish Gupta, Senior Director, Sterile Drug Product Development, Pharmaceutical Development, GSK

This presentation will provide the opportunities with Long Acting Injectables (LAIs) as a novel way to design and deliver patient centric medicines.  In-depth mechanistic understanding is required to ensure the design and development of a patient centric and stable drug product with a robust control strategy.  Data from pre-clinical and clinical studies will be shared to build mechanistic understanding for LAIs.

4:00 PM - 4:35 PM - Case Studies

Small Molecules

Life Cycle Management: Developing and Bringing Innovative Medicines to Market

Rosario LoBrutto, Head of Scientific Affairs, Sandoz

  • Life Cycle Management : Drivers for 505b2 applications
  • Development, Regulatory and Commercial Considerations
  • 505b2 Trends in the Industry