OVERVIEW

2023 Controlled & Modified Drug Release Summit is organized by Curtis & Coulter LLC and will be held from May 16 - 17, 2023 at Princeton Marriott at Forrestal, Princeton, New Jersey, United States of America.

Description:
The next generation of drug and therapeutic delivery is here…
Attend and connect with 160+ senior drug development innovators this May and uncover industry’s latest formulation and delivery technologies for improving drug product performance and developing next-gen products.
Uncover a multitude of new product development strategies, formulation approaches, delivery technologies in just 2 days. Likewise, access all session content for your team post-Summit via our on-demand portal. Benefit from 30+ expert sessions and panels including:
• Targeted and Modified Delivery of Molecules: A Patient-Centric Journey
• Nucleic Acid Delivery for Enabling MRNA: Enabling the next Generation of Therapeutics
• Using Modeling to Design Better Sustained Release Formulations
• Challenges Associated with Melt-Extruded Controlled Release Dosage Forms
• Optimizing Formulation Development for Oral Modified Release Drug Products
• Achieving a Sustained Release Profile in Drug Discovery
• Exploring Opportunities for Sustained Release Long-Acting Injectables:
• MED 3D Printing for Oral Modified Release Products
• Advances in Ocular Delivery: Examining Multiple Drug Modalities and Pre-Clinical Models
• Overcoming Bioavailability Challenges of Peptide-Based Drug Product Development

2023’s Summit is co-located with the 2023 Global Drug Bioavailability Enhancement Summit (In-person and virtual also).
• Precision medicine & healthcare delivery: making precision medicine a reality via novel technology advancements
• Regulatory guidance for modified release dosage forms
• Advances in ocular delivery
• Micro and nanoparticle delivery
• Parenteral routes of administration
• Topical and transdermal delivery
• Oral peptide commercialization and delivery
• Enhancing patient adherence via drug delivery
• Oral drug formulation and delivery technologies
• And much, much more…