Protein Characterization: involves the use of experimental methods that allow for the detection and isolation of a protein and its purification, as well as the characterization of its structure and function.
Circulating tumor cells (CTCs) and circulating tumor DNA (ctDNA) have each gained attention as promising liquid biopsy markers, offering molecular insights into cancer progression, overall s...
Digital SPR (dSPR) is a next-generation technology for characterizing biomolecular interactions. By combining digital microfluidics (DMF) with localized SPR (LSPR), digital SPR systems can e...
Ever wonder what you’re missing in your data? The sheer complexity of today’s flow and mass cytometry datasets demands automated solutions. Machine learning plugins only provide...
Determining the purity of LNPs loaded with nucleic acids can be challenging due to their size heterogeneity. Here, we present analytical ultracentrifugation (AUC) methods that use multiwavel...
Most FDA-approved therapeutic drugs target transmembrane proteins, yet the development of monoclonal antibodies for multi-transmembrane protein targets has been limited. Despite the abundanc...
Circulating tumor cells (CTCs) and circulating tumor DNA (ctDNA) have each gained attention as promising liquid biopsy markers, offering molecular insights into cancer progression, overall s...
Digital SPR (dSPR) is a next-generation technology for characterizing biomolecular interactions. By combining digital microfluidics (DMF) with localized SPR (LSPR), digital SPR systems can e...
Ever wonder what you’re missing in your data? The sheer complexity of today’s flow and mass cytometry datasets demands automated solutions. Machine learning plugins only provide...
Determining the purity of LNPs loaded with nucleic acids can be challenging due to their size heterogeneity. Here, we present analytical ultracentrifugation (AUC) methods that use multiwavel...
Most FDA-approved therapeutic drugs target transmembrane proteins, yet the development of monoclonal antibodies for multi-transmembrane protein targets has been limited. Despite the abundanc...
Spheroids and organoids, two examples of 3D cell culture models, have become invaluable tools to study the processes that dictate behavior of tissues under physiological and pathological con...
AAVs and LNPs are complementary gene transfer systems with respect to immunogenicity, tissue tropism and types of nucleic acids, which can be delivered. AUC provides a wealth of orthogonal a...
Dynamic changes in chromatin drive gene expression programs during cellular development and contribute to pathological changes underlying disease. To date, efforts to characterize chromatin...
Join us for an educational webinar that delves into the fascinating world of Extracellular Vesicles (EVs) and their impact on biomedical research and medicine. In collaboration with ExoVecto...
Tandem Mass Tags (TMT) have revolutionized the field of mass spectrometry by enabling simultaneous identification and quantification of protein expression from multiple samples in a single L...
It’s an Open House! Come join us virtually where you will have the opportunity to network with colleagues and learn about the latest developments in life science research. The Leica Bi...
A good quality process lays the foundations for quality research results. Leica Biosystems welcomes the global Life Science community to discuss the importance of focusing on “why qual...
Working in Tandem : 1st annual TMT Symposia Tandem Mass Tags (TMT) are isobaric labels that allow for simultaneous identification and quantification of protein expression from multiple sampl...
Luminex's xMAP® Technology enables the evaluation of up to 500 analytes simultaneously in a single well, known as multiplexing. xMAP Technology uses color-coded microspheres as the substrate...
Tandem Mass Tags (TMT) have revolutionized the field of mass spectrometry by enabling simultaneous identification and quantification of protein expression from multiple samples in a single L...
It’s an Open House! Come join us virtually where you will have the opportunity to network with colleagues and learn about the latest developments in life science research. The Leica Bi...
A good quality process lays the foundations for quality research results. Leica Biosystems welcomes the global Life Science community to discuss the importance of focusing on “why qual...
Working in Tandem : 1st annual TMT Symposia Tandem Mass Tags (TMT) are isobaric labels that allow for simultaneous identification and quantification of protein expression from multiple sampl...
Luminex's xMAP® Technology enables the evaluation of up to 500 analytes simultaneously in a single well, known as multiplexing. xMAP Technology uses color-coded microspheres as the substrate...
Gene and cell engineering advances have influenced almost all branches of life sciences. From the lab to the clinic, innovative gene synthesis technologies and gene editing tools have transf...
Ion chromatography (IC) is a critical analytical tool on which environmental, food safety, industrial, pharmaceutical, and biopharmaceutical labs rely to provide solutions to some of their m...
The global pandemic has not only changed our plans for how we live and work, but also accelerated the need for innovation to protect human health. Join us for an Innovation Summit to hear fi...
Accelerating Cell and Gene Therapy Treatments Since the first approved gene therapy trial in 1990, interest in cell and gene therapies has increased rapidly, changing the course of research...