학술논문
Impact of infection on proteome-wide glycosylation revealed by distinct signatures for bacterial and viral pathogens
Document Type
article
Author
Esther Willems; Jolein Gloerich; Anouk Suppers; Michiel van der Flier; Lambert P. van den Heuvel; Nicole van de Kar; Ria H.L.A. Philipsen; Maurice van Dael; Myrsini Kaforou; Victoria J. Wright; Jethro A. Herberg; Federico Martinon Torres; Michael Levin; Ronald de Groot; Alain J. van Gool; Dirk J. Lefeber; Hans J.C.T. Wessels; Marien I. de Jonge; Amina Abdulla; Christoph Aebi; Koen van Aerde; Rachel Agbeko; Philipp Agyeman; Umberto D’alessandro; Ladan Ali; Wynand Alkema; Karen Allen; Fernando Álvez González; Suzanne Anderson; Imran Ansari; Tasnim Araf; Tanja Avramoska; Bryan Baas; Natalija Bahovec; Cristina Balo Farto; Anda Balode; A.M. Barendregt; Ruth Barral-Arca; María Barreiro Castro; Arta Bārzdiņa; David Bath; Sebastian Bauchinger; Lucas Baumard; Hinrich Baumgart; Frances Baxter; Ashley Bell; Kathryn Bell; Xabier Bello; Evangelos Bellos; Martin Benesch; Mirian Ben García; Joshua Bennet; Christoph Berger; J.M. van den Berg; Sara Bernhard-Stirnemann; Sagida Bibi; Christoph Bidlingmaier; Alexander Binder; Vera Binder; Kalifa Bojang; Dorine M. Borensztajn; Ulrich von Both; Karen Brengel-Pesce; Bryan van den Broek; Judith Buschbeck; Leo Calvo-Bado; Sandra Carnota; Enitan D. Carrol; Michael J. Carter; Miriam Cebey-López; Samba Ceesay; Astrid Ceolotto; Adora Chan; Elizabeth Cocklin; Kalvin Collings; Stephen Crulley; Aubrey Cunnington; María José Curras-Tuala; Katharina Danhauser; Saffiatou Darboe; Sarah Darnell; Tisham De; Dārta Deksne; Kirsty Devine; Juan Emmanuel Dewez; Julia Dudley; Carlos Durán Suárez; Ernst Eber; Irini Eleftheriou; Marieke Emonts; Daniel Fabian; Tobias Feuchtinger; Katy Fidler; Colin Fink; A.M. van Furth; Rachel Galassini; Siegfried Gallistl; Luisa García Vicente; Dace Gardovska; J. Geissler; G.P.J.M. Gerrits; Eric Giannoni; Ilona van der Giessen; Alberto Gómez-Carballa; Jose Gómez Rial; Gunther Gores; Dagne Grāvele; Matthias Griese; Ilze Grope; Meeru Gurung; L. de Haan; Nikolaus Haas; Dominic Habgood-Coote; Nienke N. Hagedoorn; Harald Haidl; Shea Hamilton; Almuthe Hauer; J. Heidema; Ulrich Heininger; Stefanie Henriet; Jethro Herberg; Clive Hoggart; Susanne Hösele; Sara Hourmat; Christa Hude; Martijn Huijnen; Heather Jackson; Rebecca Jennings; Joanne Johnston; Ilse Jongerius; Rikke Jorgensen; Christian Kahlert; Rama Kandasamy; Matthias Kappler; Julia Keil; Markus Keldorfer; Dominic F. Kell; Eunjung Kim; Sharon King; Lieke Kloosterhuis; Daniela S. Kohlfürst; Benno Kohlmaier; Laura Kolberg; Mojca Kolnik; Larissa Krenn; Taco Kuijpers; M. van der Kuip; Pilar Leboráns Iglesias; Simon Leigh; Manuel Leitner; M. van Leur; Emma Lim; Naomi Lin; Ching-Chuan Liu; Sabine Löffler; Eberhard Lurz; Ian Maconochie; Christine Mackerness; François Mallet; Federico Martinón-Torres; Antonis Marmarinos; Alex Martin; Mike Martin; José María Martinón Sánchez; Nazareth Martinón-Torres; Paul McAlinden; Anne McDonnell; Sam McDonald; C.J. Miedema; Anija Meiere; Stephanie Menikou; G. van Mierlo; Alec Miners; Ravi Mistry; Henriëtte A. Moll; Marine Mommert; Belén Mosquera Pérez; David R. Murdoch; Sobia Mustafa; Giancarlo Natalucci; C. Neeleman; Karen Newall; Samuel Nichols; Tobias Niedrist; Anita Niederer-Loher; Ruud Nijman; Ieva Nokalna; Urzula Nora Urbāne; Gudrun Nordberg; C.C. Obihara; Daniel O'Connor; Wilma Oosthoek; Veronika Osterman; Alexandre Pachot; D. Pajkrt; Jacobo Pardo-Seco; Stéphane Paulus; Jana Pavāre; Ivonne Pena Paz; Salina Persand; Andreas Pfleger; Klaus Pfurtscheller; Ria Philipsen; Ailsa Pickering; Benjamin Pierce; Heidemarie Pilch; Lidia Piñeiro Rodríguez; Sara Pischedda; Tina Plankar Srovin; Marko Pokorn; Andrew J. Pollard; Lena Pölz; Klara M. Posfay-Barbe; Petra Prunk; Zanda Pučuka; Glorija Rajic; Aqeela Rashid; Lorenzo Redondo-Collazo; Christa Relly; Irene Rivero Calle; Sara Rey Vázquez; Mathew Rhodes; Vivien Richmond; Thomas Riedel; Anna RocaIsatou Sarr; Siegfried Rödl; Carmen Rodríguez-Tenreiro; Sam Romaine; Emily Rowlands; Miguel Sadiki Ora; Manfred G. Sagmeister; Momodou Saidykhan; Antonio Salas; Luregn J. Schlapbach; D. Schonenberg; Fatou Secka; Katrīna Selecka; Sonia Serén Fernández; Cristina Serén Trasorras; Priyen Shah; Ching-Fen Shen; Shrijana Shrestha; Aleksandra Sidorova; Andrea Skrabl-Baumgartner; Giselle D’Souza; Matthias Sperl; Evelien Sprenkeler; Nina A. Schweintzger; Laura Stampfer; Molly Stevens; Martin Stocker; Volker Strenger; Dace Svile; Kelly Syggelou; Maria Tambouratzi; Chantal Tan; Emma Tavliavini; Evelyn Thomson; Stephen Thorson; Holger Till; G.A. Tramper-Stranders; Andreas Trobisch; Maria Tsolia; Effua Usuf; Lucille Valentine; Clementien L. Vermont; Marisol Vilas Iglesias; Katarina Vincek; Marie Voice; Gabriella de Vries; Diane Wallia; Shih-Min Wang; Clare Wilson; Amanda Wood; Phil Woodsford; Victoria Wright; Marietta Xagorari; Shunmay Yeung; Joany Zachariasse; Dace Zavadska; Syed M.A. Zaman; Judith Zandstra; Werner Zenz; Christoph Zurl; Manuela Zwerenz
Source
iScience, Vol 26, Iss 8, Pp 107257- (2023)
Subject
Language
English
ISSN
2589-0042
Abstract
Summary: Mechanisms of infection and pathogenesis have predominantly been studied based on differential gene or protein expression. Less is known about posttranslational modifications, which are essential for protein functional diversity. We applied an innovative glycoproteomics method to study the systemic proteome-wide glycosylation in response to infection. The protein site-specific glycosylation was characterized in plasma derived from well-defined controls and patients. We found 3862 unique features, of which we identified 463 distinct intact glycopeptides, that could be mapped to more than 30 different proteins. Statistical analyses were used to derive a glycopeptide signature that enabled significant differentiation between patients with a bacterial or viral infection. Furthermore, supported by a machine learning algorithm, we demonstrated the ability to identify the causative pathogens based on the distinctive host blood plasma glycopeptide signatures. These results illustrate that glycoproteomics holds enormous potential as an innovative approach to improve the interpretation of relevant biological changes in response to infection.