High-Throughput Analysis of Concentration-Dependent Antibody Self-Association von Sule, Shantanu V., Sukumar, Muppalla, Weiss, William F., Marcelino-Cruz, Anna Marie, Sample, Tyler, Tessier, Peter M.

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Insulin, Not the Preservative m-cresol, Instigates Loss of Infusion Site Patency Over Extended Durations of CSII in Diabetic Swine von Swinney, Monica R., Cox, Amy L., Hawkins, Eric D., Xue, Jie, Garhyan, Parag, Stanley, James R.L., Sule, Shantanu V., Adragni, Kofi, Michael, M. Dodson

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Rapid Analysis of Antibody Self-Association in Complex Mixtures Using Immunogold Conjugates von Sule, Shantanu V, Dickinson, Craig D, Lu, Jirong, Chow, Chi-Kin, Tessier, Peter M

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Discovery of highly soluble antibodies prior to purification using affinity-capture self-interaction nanoparticle spectroscopy von Wu, Jiemin, Schultz, Jason S., Weldon, Caroline L., Sule, Shantanu V., Chai, Qing, Geng, Steven B., Dickinson, Craig D., Tessier, Peter M.

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Assessing the Impact of Charge Variants on Stability and Viscosity of a High Concentration Antibody Formulation von Sule, Shantanu V., Fernandez, Jason E., Mecozzi, Vincent J., Kravets, Yana, Yang, William C., Feng, Pamela, Liu, Suli, Zang, Li, Capili, Allan D., Estey, Tia B., Gupta, Kapil

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Solution pH That Minimizes Self-Association of Three Monoclonal Antibodies Is Strongly Dependent on Ionic Strength von Sule, Shantanu V, Cheung, Jason K, Antochshuk, Valentyn, Bhalla, Amardeep S, Narasimhan, Chakravarthy, Blaisdell, Steven, Shameem, Mohammed, Tessier, Peter M

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