Discover GAP-PS technology for manufacturing your peptides
GAP-PS is a next-generation TAPS method that provides a sustainable and cost-effective solution to what is already a major bottleneck in peptide supply.
Our GAP-PS technology (Group Assisted Purification Peptide Synthesis) tackles the traditional challenges of peptide manufacturing by combing TAPS with solvent anchoring technology, leading to enhanced molecular control and a method that is highly capable, scalable, and sustainable.
Innovation in peptide manufacturing: Get new data showing GAP-PS is more than just another TAPS technology.
Want to learn more? Download our latest data here.
Join us at TIDES USA for our Workshop and Technical poster presentation
WORKSHOP:
Optimizing GAP Peptide Synthesis for Tirzepatide Fragments
The Next Wave of Innovation in Peptide Manufacturing Technologies
Monday, May 11th, 11:10am – 11:40am
Discover more about our GAP-PS with Cole Seifert, PhD, Research Manager, and its ability to unlock SPPS-like capability and operability in solution phase.
In this talk we will cover…
1. Understanding the GLP-1 Supply Challenge
a. Understand the challenges driving GLP-1 drug substance supply bottlenecks and the limitations of traditional technologies
2. Introducing Tag-Assisted Peptide Synthesis (TAPS)
a. Discuss potential and current limitations of TAPS technologies
b. Understand barriers to wider TAPS adoption as a solution to the supply chain challenges
3. GAP-PS and Solvent Anchoring Advantages
a. Discuss solvent anchoring technology, how it improves solubility control, and how it enhances capability and operational efficiency in GAP-PS
b. Detailed example data on TZP fragments demonstrate the effectiveness of this technology.
c. Improved sustainability profile vs current methods.
TECHNICAL POSTER:
GAP Peptide Synthesis: Enabling Efficient One‑Pot TA‑LPPS of Tirzepatide Fragments
Tuesday May 12th – Thursday May 14th during the networking breaks
Explore new data with David Ndaleh, PhD, on GAP-PS as a scalable, greener platform for complex peptide manufacturing.
