Precision DNA Synthesis Paired with Multi-Parameter Optimization
The antibody optimization process requires designing and testing many combinations of antibody variants to narrow in on a developable, functional, optimal candidate.
Applying our precision DNA synthesis to our Twist Antibody Optimization (TAO) toolbox, we can create customized phage display libraries that humanize and enhance your leads for improved affinity, developability, selectivity, and more. Simply input your murine, chimeric, humanized, or fully human antibody sequence, and our algorithm will transform your sequence into a personalized phage display library.
Precision DNA Synthesis Paired with Multi-Parameter Optimization
The antibody optimization process requires designing and testing many combinations of antibody variants to narrow in on a developable, functional, optimal candidate.
Applying our precision DNA synthesis to our Twist Antibody Optimization (TAO) toolbox, we can create customized phage display libraries that humanize and enhance your leads for improved affinity, developability, selectivity, and more. Simply input your murine, chimeric, humanized, or fully human antibody sequence, and our algorithm will transform your sequence into a personalized phage display library.
More Efficient Antibody Optimization
TAO uses a wide sequence space of 108 of natural human antibody sequences, creating an optimization library that precisely matches the human repertoire.
Assistance de bout en bout pour le développement d'anticorps
More Efficient Antibody Optimization
TAO uses a wide sequence space of 108 of natural human antibody sequences, creating an optimization library that precisely matches the human repertoire.
Assistance de bout en bout pour le développement d'anticorps
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