F. Polverino (Tucson, United States of America), H. Smits (Leiden, Netherlands)
LSC - 2019 - Anti-IL5 in mild asthma alters rhinovirus-induced macrophage, B cell and neutrophil responses
Y. Sabogal Piñeros (Amsterdam, Netherlands), S. Bal (Amsterdam, Netherlands), M. Van De Pol (Amsterdam, Netherlands), B. Smids (Amsterdam, Netherlands), T. Dekker (Amsterdam, Netherlands), A. Dijkhuis (Amsterdam, Netherlands), P. Brinkman (Amsterdam, Netherlands), K. Van Der Sluijs (Amsterdam, Netherlands), K. Zwinderman (Amsterdam, Netherlands), C. Majoor (Amsterdam, Netherlands), P. Bonta (Amsterdam, Netherlands), L. Ravanetti (Amsterdam, Netherlands), P. Sterk (Amsterdam, Netherlands), R. Lutter (Amsterdam, Netherlands)
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The role of eosinophils in airway hyperresponsiveness in diet-induced obese mice
G. Calco (Portland, United States of America), B. Proskocil (Portland, United States of America), D. Jacoby (Portland, United States of America), A. Fryer (Portland, United States of America), Z. Nie (Portland, United States of America)
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Biological role of lung-resident and inflammatory eosinophils in severe non-allergic eosinophilic asthma
A. Januskevicius (Kaunas, Lithuania), I. Janulaityte (Kaunas, Lithuania), V. Kalinauskaite-Zukauske (Kaunas, Lithuania), R. Gosens (Groningen, Netherlands), A. Rimkunas (Kaunas, Lithuania), B. Tamasauskaite (Kaunas, Lithuania), K. Malakauskas (Kaunas, Lithuania)
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miR-122-5p and miR-191-5p are increased in plasma small extracellular vesicles in asthma
T. Bahmer (Hamburg, Germany), S. Krauss-Etschmann (Borstel, Germany), D. Buschmann (Munich, Germany), J. Behrends (Borstel, Germany), H. Watz (Hamburg, Germany), A. Kirsten (Hamburg, Germany), F. Pedersen (Hamburg, Germany), B. Waschki (Hamburg, Germany), O. Fuchs (Bern, Switzerland), M. Pfaffl (Munich, Germany), E. Von Mutius (Munich, Germany), K. Rabe (Hamburg, Germany), G. Hansen (Hannover, Germany), M. Kopp (Lübeck, Germany), I. König (Lübeck, Germany), S. Bartel (Groningen, Netherlands)
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Altered mitochondrial reactive oxygen species (ROS) production in airway smooth muscle cells of severe asthma.
B. Xu (Shenzhen, China), S. Cakir (London, United Kingdom), C. Badhan (London, United Kingdom), C. Hui (Shenzhen, China), K. Chung (London, United Kingdom), P. Bhavsar (London, United Kingdom)
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Platelet indices as inflammatory markers in stable COPD
I. Hlapcic (Zagreb, Croatia), M. Grdic Rajkovic (Zagreb, Croatia), A. Hulina Tomaškovic (Zagreb, Croatia), A. Somborac Bacura (Zagreb, Croatia), I. Rako (Zagreb, Croatia), A. Vukic Dugac (Zagreb, Croatia), L. Rumora (Zagreb, Croatia)
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Il-4 and IL-13 act independently and synergistically to drive type 2 inflammation
A. Le Floc'H (Tarrytown, United States of America), J. Allinne (Tarrytown, United States of America), K. Nagashima (Tarrytown, United States of America), G. Scott (Tarrytown, United States of America), D. Birchard (Tarrytown, United States of America), S. Asrat (Tarrytown, United States of America), M. Sleeman (Tarrytown, United States of America), A. Murphy (Tarrytown, United States of America), J. Orengo (Tarrytown, United States of America)
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Endobronchial biopsy gene expression between different severe asthma inflammatory phenotypes
S. Sánchez-Ovando (Newcastle, Australia), K. Baines (Newcastle, Australia), D. Barker (Newcastle, Australia), P. Wark (Newcastle, Australia), J. Simpson (Newcastle, Australia)
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Eosinophils promote airway smooth muscle cells differentiation to the contractile phenotype in asthma
I. Janulaityte (Kaunas, Lithuania), A. Januskevicius (Kaunas, Lithuania), V. Kalinauskaite-Zukauske (Kaunas, Lithuania), R. Gosens (Kaunas, Lithuania), A. Rimkunas (Kaunas, Lithuania), G. Gabuzeviciute (Kaunas, Lithuania), K. Malakauskas (Kaunas, Lithuania)
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IL-13 regulates cilia loss and localization of cp110 in human nasal epithelium
J. LIU (singapore, Singapore), Y. Li (singapore, Singapore), H. Ong (singapore, Singapore), K. Tan (singapore, Singapore), T. He (singapore, Singapore), K. Thong (singapore, Singapore), Y. Ong (singapore, Singapore), D. Wang (singapore, Singapore)
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Distribution of Innate Lymphoid Cell populations in blood in different inflammatory phenotypes of asthma
G. Jorgensen (Copenhagen, Denmark), T. Petersen (Copenhagen, Denmark), A. Silberbrandt (Copenhagen, Denmark), L. Pflüger (Copenhagen, Denmark), M. Hvidtfeldt (Copenhagen, Denmark), C. Porsbjerg (Copenhagen, Denmark), C. Bonefeld (Copenhagen, Denmark), A. Sverrild (Copenhagen, Denmark)
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The fraction of circulating type 2 innate lymphoid cells in peripheral blood is associated with asthma severity
A. Silberbrandt (Copenhagen, Denmark), A. Sverrild (Copenhagen, Denmark), G. Jørgensen (Copenhagen, Denmark), M. Hvidtfeldt (Copenhagen, Denmark), L. Frøssing (Copenhagen, Denmark), L. Pfluger (Copenhagen, Denmark), T. Petersen (Copenhagen, Denmark), C. Bonefeld (Copenhagen, Denmark), C. Porsbjerg (Copenhagen, Denmark)
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Analysis of micronuclei in buccal epithelial cells from asthmatic patients
A. Lintsov (St.Petersburg, Russian Federation), N. Pleskach (St.Petersburg, Russian Federation), I. Spivak (St.Petersburg, Russian Federation), P. Slizhov (St.Petersburg, Russian Federation), S. Shevelev (St.Petersburg, Russian Federation), B. Uslontsev (St.Petersburg, Russian Federation), V. Trofimov (St.Petersburg, Russian Federation), V. Mikhelson (St.Petersburg, Russian Federation)
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Eosinophilopoietins receptors, TGF-ß1 and outer-membrane integrins expression of lung-resident and inflammatory eosinophils in severe non-allergic eosinophilic asthma
A. Januskevicius (Kaunas, Lithuania), I. Janulaityte (Kaunas, Lithuania), V. Kalinauskaite-Zukauske (Kaunas, Lithuania), R. Gosens (Groningen, Netherlands), A. Rimkunas (Kaunas, Lithuania), B. Tamasauskaite (Kaunas, Lithuania), K. Malakauskas (Kaunas, Lithuania)
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Optogenetic activation of mouse airway parasympathetic neurons to provoke bronchoconstriction
A. Pincus (Portland, United States of America), A. Fryer (Portland, United States of America), D. Jacoby (Portland, United States of America)
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Influence of IL-17 on transcriptional profiles of lung and peribronchial lymph nodes dendritic cells in steady and antigen exposed conditions
A. Jirmo (Hannover, Germany), D. Deluca (Hannover, Germany), R. Grychtol (Hannover, Germany), O. Dittrich- Breiholz (Hannover, Germany), C. Happle (Hannover, Germany), G. Hansen (Hannover, Germany)
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Soluble biglycan promotes ovalbumin induced airway inflammation by modulating dendritic cell function in mice
A. Zech (Vienna, Austria), S. Cicko (Freiburg, Germany), M. Idzko (Vienna, Austria)
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Increased METEORIN-LIKE (ML) expression promotes lung inflammation in asthma.
X. Yao (Nanjing, China), X. Yan (Nanjing, China), M. Jia (Nanjing, China), J. Xu (Nanjing, China), Y. Meng (Nanjing, China), J. Jiang (Nanjing, China), X. Jiang (Nanjing, China), Y. Yang (Nanjing, China), Y. Ou (Nanjing, China), J. Zhou (Nanjing, China), S. Pavlidis (London, United Kingdom), S. Mumby (London, United Kingdom), F. Chung (London, United Kingdom), I. Adcock (London, United Kingdom), H. Jung (Seoul, Republic of Korea), H. Kim (Seoul, Republic of Korea), Y. Cho (Seoul, Republic of Korea), T. Kim (Seoul, Republic of Korea), M. Huang (Nanjing, China)
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