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Calmune Tackles Difficult Antigenic Targets: Firm Strives to Exploit Antibody Structures Made by the Body

机译:镇定剂解决困难的抗原靶点:坚决努力利用人体制造的抗体结构

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摘要

Conventional antibody discovery methods poorly detect antigens cloaked in carbohydrates or lipids. Scientists at Calmune (www.calmune.com) in San Diego are creating new technology platforms that overcome such limitations to uncover potent antibodies against infectious viruses, bacteria, and fungi. "Calmune offers new ways to generate antibodies against targets that have not adequately been addressed by conventional technologies," says president and CEO Anthony Williamson, Ph.D.Some of the technology under development at Calmune was licensed from the Scripps Research Institute, where Dr. Williamson was an associate professor. He left Scripps and co-founded Calmune in 2006 along with colleagues Dennis Burton, Ph.D., and Pietro Paolo Sanna, Ph.D. The three researchers collaborated at Scripps on investigations into human antibody responses to infectious pathogens using phage-display libraries.
机译:常规的抗体发现方法很难检测出隐藏在碳水化合物或脂质中的抗原。圣地亚哥Calmune(www.calmune.com)的科学家正在创建新的技术平台,该平台克服了这些局限性,从而发现了针对传染性病毒,细菌和真菌的有效抗体。总裁兼首席执行官Anthony Williamson博士说:“ Calmune提供了针对传统技术尚未充分解决的靶标产生抗体的新方法。” Calmune正在开发的某些技术已获得斯克里普斯研究所(Scripps Research Institute)的许可,威廉姆森曾是副教授。他离开Scripps并与同事Dennis Burton博士和Pietro Paolo Sanna博士于2006年共同创立了Calmune。这三名研究人员在Scripps上合作,使用噬菌体展示库研究了人类对传染性病原体的抗体反应。

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