ABOUT DANAHER LIFE SCIENCES
Every day, scientists around the world are dedicated to unraveling the mysteries of disease, discovering novel therapies and vaccines, and conducting crucial drug testing. At Danaher Life Sciences, a collection of businesses within Danaher Corporation, we play a pivotal role in facilitating these cutting-edge scientific endeavors. Our comprehensive capabilities go beyond research, enabling us to drive the development of innovative biopharmaceuticals, revolutionary cell and gene therapies, and other breakthrough treatments that propel patient health forward and enhance treatment outcomes.
FEATURED ARTICLES
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Plasmids, essential in biologics manufacturing, pose challenges in their development and scale-up due to difficulties integrating and optimizing them with the appropriate cell lines during process development.
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mRNA therapeutics have the potential to address a variety of diseases, and understanding mRNA molecules and access faster analytical solutions are crucial elements for the rapid development of these therapies.
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This article discusses the use of 3D cultured cancer models in the search for new therapies for complex diseases like cancer.
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The development of mAb based therapeutics can be a time-consuming and costly process of cell line establishment, but high-throughput screening and automated methods for IgG quantification can help.
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Advanced analytical methods play a crucial role in drug development pipelines by providing accurate data for informed decision-making. However, the increasing complexity and volume of data present challenges in managing and analyzing it effectively.
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Learn about stereo microscopes that combine high resolution and depth of field to provide a superior 3D perception of samples.
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Explore a comprehensive guide to choosing the right stereo microscope for your application, including which key factors you should consider and analyze.
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Biological research is changing with a growing understanding of spatial biology, including the organization and interaction of molecules, cells, and tissues in their native spatial context.
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What are the key factors to consider when choosing the right microscope camera for your system and experimental needs?
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Learn about five of the advantages to using an inverted microscope for sample observation and industrial applications, as opposed to an upright microscope.
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Organoids, 3D models replicating human organs, are a growing topic of interest for researchers as they offer invaluable advantages, but come with several challenges.
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Plasmids are crucial for CRISPR-Cas9 gene-editing technology, and their role in CRISPR is expected to evolve with ongoing research.
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Explore how a streamlined, EAD-based middle-down workflow can achieve consistent high sequence coverages of mAb subunits and confident PTM analysis in a single injection.
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View a study which provides additional insight into the factors that govern the discoloration of protein therapeutics and the role of AGEs in color change.
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How can a single-injection, EAD-based middle-down workflow leverage accurate mass measurement, information-rich EAD fragmentation and automated data analysis to offer confident sequence confirmation.
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In this study, a system with multi-capillary capabilities was used to analyze etanercept by bapillary electrophoresis-sodium dodecyl sulfate (CE-SDS).
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Review a showcase of a high throughput robust analysis for nucleic acid integrity and size assessment of mRNA-LNP samples using a multi-capillary system and purity and integrity analysis kit.
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Explore a workflow used to determine the molecular weight and analyze the purity of a 70-mer DNA sequence with a 3’ dT overhang.
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Develop a fast, easy workflow for the purity analysis of complex pegRNA molecules along with a robust denaturing technique for pegRNA with high levels of secondary structure.
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Establishing an integrated, tailored data management strategy is core to getting the cell line development journey right.
CONTACT INFORMATION
Danaher Life Sciences
500 Old Connecticut Path
Framingham, MA 01701
UNITED STATES