Gordan Lauc – författare

This volume discusses detailed protocols for the analysis of glycosylation at the level of free glycans and glycopeptides. The book covers topics such as the importance of glycans in eukaryotic life (with a focus on mammals and particularly humans); recent technologies that allow the characterization of larger sets of samples; and method repeatability and robustness, as well as higher throughout with respect to sample preparation, measurement and data analysis. The chapters spans a wide range of techniques, including the analysis of fluorescently labeled glycans with HPLC, LC-MS analysis of glycopeptides both for glycosylation profiling and for in-depth tandem mass spectrometric analysis of protein glycosylation, and the analysis of glycans with fluorescent labeling, capillary electrophoresis in conjunction with laser induced fluorescence detection. The chapters also detail specific samples types including brain tissues, N-glycans from in-vitro cell cultures, milk oligosaccharides, invertebrate and protest N-glycans, as well as plant glycans. Written in the highly successful Methods in Molecular Biology series format, chapters include introduction to their respective topics, lists of the necessary materials and reagents, step-by-step, readily reproducible laboratory protocols, and tips on troubleshooting and avoiding known pitfalls.Practical and thorough, High-Throughout Glycomics and Glycoproteomics: Methods and Protocols is an essential reference for researchers planning to enter this rapidly evolving field.

This volume discusses detailed protocols for the analysis of glycosylation at the level of free glycans and glycopeptides. The book covers topics such as the importance of glycans in eukaryotic life (with a focus on mammals and particularly humans); recent technologies that allow the characterization of larger sets of samples; and method repeatability and robustness, as well as higher throughout with respect to sample preparation, measurement and data analysis. The chapters spans a wide range of techniques, including the analysis of fluorescently labeled glycans with HPLC, LC-MS analysis of glycopeptides both for glycosylation profiling and for in-depth tandem mass spectrometric analysis of protein glycosylation, and the analysis of glycans with fluorescent labeling, capillary electrophoresis in conjunction with laser induced fluorescence detection. The chapters also detail specific samples types including brain tissues, N-glycans from in-vitro cell cultures, milk oligosaccharides, invertebrate and protest N-glycans, as well as plant glycans. Written in the highly successful Methods in Molecular Biology series format, chapters include introduction to their respective topics, lists of the necessary materials and reagents, step-by-step, readily reproducible laboratory protocols, and tips on troubleshooting and avoiding known pitfalls.Practical and thorough, High-Throughout Glycomics and Glycoproteomics: Methods and Protocols is an essential reference for researchers planning to enter this rapidly evolving field.

Glycobiology is an emerging field of studying glycans (sugars) and glycoconjugates that are essentially involved in almost all biological processes, from fine-tuning glycoprotein function to protein-protein interactions, signaling, immune response, host-pathogen interactions, etc. However, due to structural complexity of glycans and analytical challenges this exciting field was lagging behind other areas of biology. With technological advancements growing number of glycans’ functions are being discovered and the study of glycans is becoming a cutting-edge discipline in basic and clinical research.Despite recent developments in glycobiology field, many aspects of glycosylation process still remain unknown, both in a healthy human organism and in pathological states. Human glycome is dynamic and changes with physiological triggers, immune challenges and disease. Atypical glycosylation is consequently a subject of disease biomarker research, and a target for therapeutic interventions. On the other hand, properties of glycosylated biotherapeutics are predominantly determined by their glycans.The Role of Glycosylation in Health and Disease provides a comprehensive overview of types and functions of glycans in a healthy human organism as well as their role in pathophysiology of different diseases and efficiency of glycosylated biotherapeutics. Written by the experts in the field, this book aims to bring glycobiology field closer to students, researchers in life sciences and professionals in biopharmaceutical industry.

Glycobiology is an emerging field of studying glycans (sugars) and glycoconjugates that are essentially involved in almost all biological processes, from fine-tuning glycoprotein function to protein-protein interactions, signaling, immune response, host-pathogen interactions, etc. However, due to structural complexity of glycans and analytical challenges this exciting field was lagging behind other areas of biology. With technological advancements growing number of glycans’ functions are being discovered and the study of glycans is becoming a cutting-edge discipline in basic and clinical research.Despite recent developments in glycobiology field, many aspects of glycosylation process still remain unknown, both in a healthy human organism and in pathological states. Human glycome is dynamic and changes with physiological triggers, immune challenges and disease. Atypical glycosylation is consequently a subject of disease biomarker research, and a target for therapeutic interventions. On the other hand, properties of glycosylated biotherapeutics are predominantly determined by their glycans.The Role of Glycosylation in Health and Disease provides a comprehensive overview of types and functions of glycans in a healthy human organism as well as their role in pathophysiology of different diseases and efficiency of glycosylated biotherapeutics. Written by the experts in the field, this book aims to bring glycobiology field closer to students, researchers in life sciences and professionals in biopharmaceutical industry.