AI, ML and Synthetic Biology Tools
Artificial Intelligence, Machine Learning, and Synthetic Biology Tools Carterra is partnering with industry leaders and developing high-throughput biology tools advancing artificial intelligence (AI), machine learning (ML), synthetic biology, and in silico workflows. The Carterra LSA, LSAXT, and Ultra offer first-in-class throughput and speed, minimal sample usage, and the ability to analyze up to 150,000 interactions […]
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Proximity-Based Degraders
Proximity-Based Degraders – Reimagine characterization of TPDs, PROTAC®s, LYTACs, AUTACs, RIBOTACs, and molecular glues using HT-SPR to gain truly meaningful throughput and multiplexing capabilities. One-on-many fluidics reduce sample quantities, consumable costs, and hands on time. Characterize binary and ternary kinetics for hundreds of interactions in parallel. Develop broad and nuanced views of cooperativity in the context of selectivity for up to hundreds of molecules in parallel.
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DNA Encoded Library (DEL) Compounds
Proximity-Based Degraders – Reimagine characterization of TPDs, PROTAC®s, LYTACs, AUTACs, RIBOTACs, and molecular glues using HT-SPR to gain truly meaningful throughput and multiplexing capabilities. One-on-many fluidics reduce sample quantities, consumable costs, and hands on time. Characterize binary and ternary kinetics for hundreds of interactions in parallel. Develop broad and nuanced views of cooperativity in the context of selectivity for up to hundreds of molecules in parallel.
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Kinase Inhibitors
Proximity-Based Degraders – Reimagine characterization of TPDs, PROTAC®s, LYTACs, AUTACs, RIBOTACs, and molecular glues using HT-SPR to gain truly meaningful throughput and multiplexing capabilities. One-on-many fluidics reduce sample quantities, consumable costs, and hands on time. Characterize binary and ternary kinetics for hundreds of interactions in parallel. Develop broad and nuanced views of cooperativity in the context of selectivity for up to hundreds of molecules in parallel.
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