Papers
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Total Citations
22
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About
H. Kiefer is a researcher whose work centers on biopharmaceutical characterization, with a particular focus on protein aggregation and advanced imaging techniques. Their most notable contribution is the development of high-throughput methods for analyzing sub-visible monoclonal antibody (mAb) aggregates, a critical challenge in drug formulation and quality control. In their highly cited 2017 paper, "High-throughput analysis of sub-visible mAb aggregate particles using automated fluorescence microscopy imaging," which has garnered 22 citations, Kiefer pioneered an automated fluorescence microscopy approach that enables rapid, detailed visualization of protein aggregates. This work has provided the biopharmaceutical industry with a powerful tool for assessing product stability and safety, directly impacting the development of therapeutic antibodies. By bridging the gap between traditional particle analysis and high-throughput screening, Kiefer’s research has helped set new standards for aggregate detection, offering researchers and manufacturers a more efficient pathway to ensure drug quality. Their contributions remain influential in the fields of protein science and pharmaceutical engineering.
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