Submit
Contact Us
Submit
Products
Product Overview
Carterra LSA
XT
Carterra LSA
Sensor Chips & Solutions
Kinetics Software
Epitope Analysis Software
AI, ML & In Silico Tools
Applications
Overview
High Throughput Kinetics
Small Molecules
Epitope Binning
Quantitation
Antibody Epitope Mapping
Therapeutic Areas
Antibody Formats
Technology
Carterra LSA Technology
SPR Overview
Testimonials
Frequently Asked Questions
Resources
Application Notes
Webinars
Podcasts
White Papers
Peer-Reviewed Publications
Brochures & eBook
Posters
Symposia
2023
2022
2019
About Us
Overview
Management Team
Board of Directors
Testimonials
Careers
News
Blog
Events
Contact Us
Support
Inquiries
Customer Login
Application Training Program
Technical Support Updates
Store
Resource Center
Learn About Carterra and the LSA Platform
Peer-Reviewed Publication
Absci achieves a breakthrough in AI drug creation
Webinar
High resolution epitope binning informs antibody drug discovery and enhances next generation antibody workflows
Webinar
Exploring Carterra HT-SPR data using PerkinElmer Informatics Signals VitroVivo
Application Note
Quantitation of IgG and His-tagged proteins using the Carterra LSA
Application Note
Carterra LSA
XT
characterization of kinase inhibitor selectivity and kinetics
Application Note
Increasing DNA Encoded Library (DEL) Screening Resolution Using HT-SPR
Peer-Reviewed Publication
Healthy humans can be a source of antibodies countering COVID-19
Poster
Increasing DNA Encoded Library Screening Resolution Using HT-SPR
Application Note
High resolution FcRn IC
50
potency measurements using the Carterra
®
LSA
®
platform
Application Note
Profiling antibody polyreactivity and polyspecificity using HT-SPR on the Carterra
®
LSA
®
Webinar
The Transcendence of HT-SPR Technology Across Discovery Platforms and its Impact on Time-to-Clinic
Webinar
AlphaLISA and HT-SPR together can help you better understand FcRn biology
Peer-Reviewed Publication
Rapid discovery of diverse neutralizing SARS-CoV-2 antibodies from large-scale synthetic phage libraries
Peer-Reviewed Publication
High-Throughput Surface Plasmon Resonance Biosensors for Identifying Diverse Therapeutic Monoclonal Antibodies
1
2
3
