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Technical posters

Development of VSV-G Smart Polymers for Lentivirus Quantification: from in silico modelling to application
Research

Development of VSV-G Smart Polymers for Lentivirus Quantification: from in silico modelling to application

Novel, high affinity ligands for VSV-G were rapidly generated and screened using proprietary in silico modelling and solid phase imprinting. Within 12 weeks of initial modelling, 3 novel polymers were produced and successfully used to quantify lentivirus titer using the Octet BLI from Sartorius.

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Affinity enrichment and femtomole detection of spike protein using smart polymers
Research

Affinity enrichment and femtomole detection of spike protein using smart polymers

This research poster LC-MS Detection of SARS-Cov2 Spike Protein using Smart Polymers emphasises the possibility of using smart polymers for viral purification.

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Developing new tools for rapid quantification of viral vectors – a proof of concept
Research

Developing new tools for rapid quantification of viral vectors – a proof of concept

Tozaro first realized the potential of rationally designed polymers for viral quantification and purification while working on gp120 (HIV virus envelope glycoprotein) in collaboration with the Bill and Melinda Gates Foundation.

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Novel synthetic affinity reagents for lentivirus analytics and capture chromatography
Research

Novel synthetic affinity reagents for lentivirus analytics and capture chromatography

Novel, high affinity ligands for VSV-G were rapidly generated and screened using proprietary in silico modelling and solid phase imprinting. 3 novel polymers were produced and successfully used to quantify lentivirus titer using the Octet BLI from Sartorius.

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