Sfoglia per Autore
Asparaginyl glucose is fundamental for autoantibody recognition in Multiple Sclerosis.
2005 F.Nuti; I. Paolini; B.Mazzanti; F. Real-Fernàndez; M.C. Pozo-Carrero; M. Chelli; P.Rovero; A.M. Papini
Combinatorial approach to develop the optimal glycopeptide as molecular probe to characterize autoantibodies in Multiple Sclerosis.
2005 E. Peroni; M.C. Alcaro; F Barbetti; F. Nuti; F. Real-Fernàndez; B. Mazzanti; M.Chelli; P. Rovero; A.M. Papini.
Optimization of Multiple Sclerosis Antigenic Probes by a Combinatorial Approach
2006 M.C. ALCARO; F. BARBETTI; F. NUTI; F. REAL-FERNANDEZ; B. MAZZANTI; M. CHELLI; P. ROVERO; A.M. PAPINI
Does an Aberrant Glucosylation Trigger Autoimmunity in Multiple Sclerosis?
2006 F. Nuti; I. Paolini; E. Peroni; F. Real-Fernandez; M. Pazzagli; M.C. Pozo-Carrero; F. Lolli; M. Chelli; P. Rovero; A.M. Papini
Synthesis of organometallic glycopeptides and electrochemical studies to detect autoantibodies in multiple sclerosis patients´ sera.
2007 F. Real Fernández; A. Chamois-Colson; G. Bayardon; F.Nuti; E.Peroni; M.R. Moncelli; R. Meunier-Prest; S. Jugè; A.M. Papini
Electrochemical Glycopeptide Probes to Detect Autoantibodies in Multiple Sclerosis Patients’ Sera.
2008 F. Real-Fernández ; A. Colson; J. Bayardon; F. Nuti; E. Peroni; R. Meunier-Prest; F. Lolli; M. Chelli; C. Darcel; S. Jugé; A.M. Papini.
Ferrocenyl Glycopeptides as Electrochemical Probes to Detect Autoantibodies in Multiple Sclerosis Patients’ Sera
2008 F. Real Fernández; A. Chamois-Colson; J. Bayardon; F. Nuti; E. Peroni; R. Meunier-Prest; F. Lolli; M. Chelli; C. Darcel; S. Jugè; A.M. Papini
Modified Glycopeptides to Investigate Antigen-Antibody Interaction in Multiple Sclerosis
2009 F. Real Fernandez
Microwave-assisted reaction of building blocks for glycopeptides synthesis.
2010 F Nuti; F. Real-Fernández; M. A Bonache; M Boccalini; S Chimichi; M Chelli; A.M. Papini
A surface-plasmon resonance-based label-free in vitro serodiagnostic technology for multiple sclerosis.
2010 F. Real-Fernández; I. Passalacqua; E. Peroni; F. Lolli; P. Rovero; A.M. Papini
Characterisation of the minimal epitope detecting autoantibodies in Multiple Sclerosis by surface plasmon resonance
2010 F. Real-Fernández; I. Passalacqua; E. Peroni; F. Lolli; P. Rovero; A.M. Papini
Nuovi peptidi glicosilati
2012 J. Hayek; C. De Felice; A.M. Papini; P. Rovero; F. Nuti; F. Real-Fernandez; G. Sabatino; C. Tiberi
Autoantibodies to N-glucosylated peptide sequons in Rett syndrome: the first insight to disclose an autoimmune mechanism.
2012 F. Nuti; F. Real-Fernandez; S. Pandey; J. Hayek; C. De Felice; S. Lavielle; M. Larregola; P. Rovero; A.M. Papini.
Glycopeptide-Based Antibody Detection in Multiple Sclerosis by Surface Plasmon Resonance
2012 F. Real-Fernandez; I. Passalacqua; E. Peroni; M.Chelli; F.Lolli; A.M. Papini; P. Rovero
Alpha actinin is specifically recognized by multiple sclerosis autoantibodies isolated using an N-glucosylated peptide epitope
2013 S. Pandey; I. Dioni; D. Lambardi; F. Real-Fernandez; E. Peroni; G. Pacini; F. Lolli; R. Seraglia; A. M. Papini; P. Rovero
Surface plasmon resonance, fluorescence, and circular dichroism studies for the characterization of the binding of BACE-1 inhibitors
2013 A. De Simone; F. Mancini; F. Real-Fernàndez; P. Rovero; C. Bertucci; V. Andrisano
SPR-based biosensor analysis of autoantibodies from Rheumatoid Arthritis patients’ sera interacting with citrullinated Multiple Antigen Peptides
2014 G. Rossi, F. Real-Fernández, F. Panza, F. Pratesi, P. Migliorini, A.M. Papini, P. Rovero
Aberrant post-translational modifications and autoimmunity: the case of Primary Biliary Cirrhosis
2014 G. Pacini, C. Rentier, F. Nuti, E. Peroni, F. Real Fernàndez, P.M. Battezzati, C. Selmi, P. Rovero, A.M. Papini
Surface Plasmon Resonance to Select and Characterize Recombinant Human Domain Antibodies.
2014 F. Real-Fernández, G. Rossi, F. Niccheri, M. Ramazzotti, D. Degl'Innocenti, F. Lolli, A.M. Papini, P. Rovero
BIOSENSOR CHARACTERIZATION OF THE INTERACTION BETWEEN SYNTHETIC CITRULLINATED PEPTIDES AND AUTOANTIBODIES IN RHEUMATOID ARTHRITIS PATIENTS’ SERA
2014 G. Rossi, F. Real-Fernández, F. Panza, F. Pratesi, P. Migliorini, A.M. Papini, P. Rovero
Titolo | Data di pubblicazione | Autore(i) | File |
---|---|---|---|
Asparaginyl glucose is fundamental for autoantibody recognition in Multiple Sclerosis. | 2005 | F.Nuti; I. Paolini; B.Mazzanti; F. Real-Fernàndez; M.C. Pozo-Carrero; M. Chelli; P.Rovero; A.M. Papini | |
Combinatorial approach to develop the optimal glycopeptide as molecular probe to characterize autoantibodies in Multiple Sclerosis. | 2005 | E. Peroni; M.C. Alcaro; F Barbetti; F. Nuti; F. Real-Fernàndez; B. Mazzanti; M.Chelli; P. Rovero; A.M. Papini. | |
Optimization of Multiple Sclerosis Antigenic Probes by a Combinatorial Approach | 2006 | M.C. ALCARO; F. BARBETTI; F. NUTI; F. REAL-FERNANDEZ; B. MAZZANTI; M. CHELLI; P. ROVERO; A.M. PAPINI | |
Does an Aberrant Glucosylation Trigger Autoimmunity in Multiple Sclerosis? | 2006 | F. Nuti; I. Paolini; E. Peroni; F. Real-Fernandez; M. Pazzagli; M.C. Pozo-Carrero; F. Lolli; M. Chelli; P. Rovero; A.M. Papini | |
Synthesis of organometallic glycopeptides and electrochemical studies to detect autoantibodies in multiple sclerosis patients´ sera. | 2007 | F. Real Fernández; A. Chamois-Colson; G. Bayardon; F.Nuti; E.Peroni; M.R. Moncelli; R. Meunier-Prest; S. Jugè; A.M. Papini | |
Electrochemical Glycopeptide Probes to Detect Autoantibodies in Multiple Sclerosis Patients’ Sera. | 2008 | F. Real-Fernández ; A. Colson; J. Bayardon; F. Nuti; E. Peroni; R. Meunier-Prest; F. Lolli; M. Chelli; C. Darcel; S. Jugé; A.M. Papini. | |
Ferrocenyl Glycopeptides as Electrochemical Probes to Detect Autoantibodies in Multiple Sclerosis Patients’ Sera | 2008 | F. Real Fernández; A. Chamois-Colson; J. Bayardon; F. Nuti; E. Peroni; R. Meunier-Prest; F. Lolli; M. Chelli; C. Darcel; S. Jugè; A.M. Papini | |
Modified Glycopeptides to Investigate Antigen-Antibody Interaction in Multiple Sclerosis | 2009 | F. Real Fernandez | |
Microwave-assisted reaction of building blocks for glycopeptides synthesis. | 2010 | F Nuti; F. Real-Fernández; M. A Bonache; M Boccalini; S Chimichi; M Chelli; A.M. Papini | |
A surface-plasmon resonance-based label-free in vitro serodiagnostic technology for multiple sclerosis. | 2010 | F. Real-Fernández; I. Passalacqua; E. Peroni; F. Lolli; P. Rovero; A.M. Papini | |
Characterisation of the minimal epitope detecting autoantibodies in Multiple Sclerosis by surface plasmon resonance | 2010 | F. Real-Fernández; I. Passalacqua; E. Peroni; F. Lolli; P. Rovero; A.M. Papini | |
Nuovi peptidi glicosilati | 2012 | J. Hayek; C. De Felice; A.M. Papini; P. Rovero; F. Nuti; F. Real-Fernandez; G. Sabatino; C. Tiberi | |
Autoantibodies to N-glucosylated peptide sequons in Rett syndrome: the first insight to disclose an autoimmune mechanism. | 2012 | F. Nuti; F. Real-Fernandez; S. Pandey; J. Hayek; C. De Felice; S. Lavielle; M. Larregola; P. Rovero; A.M. Papini. | |
Glycopeptide-Based Antibody Detection in Multiple Sclerosis by Surface Plasmon Resonance | 2012 | F. Real-Fernandez; I. Passalacqua; E. Peroni; M.Chelli; F.Lolli; A.M. Papini; P. Rovero | |
Alpha actinin is specifically recognized by multiple sclerosis autoantibodies isolated using an N-glucosylated peptide epitope | 2013 | S. Pandey; I. Dioni; D. Lambardi; F. Real-Fernandez; E. Peroni; G. Pacini; F. Lolli; R. Seraglia; A. M. Papini; P. Rovero | |
Surface plasmon resonance, fluorescence, and circular dichroism studies for the characterization of the binding of BACE-1 inhibitors | 2013 | A. De Simone; F. Mancini; F. Real-Fernàndez; P. Rovero; C. Bertucci; V. Andrisano | |
SPR-based biosensor analysis of autoantibodies from Rheumatoid Arthritis patients’ sera interacting with citrullinated Multiple Antigen Peptides | 2014 | G. Rossi, F. Real-Fernández, F. Panza, F. Pratesi, P. Migliorini, A.M. Papini, P. Rovero | |
Aberrant post-translational modifications and autoimmunity: the case of Primary Biliary Cirrhosis | 2014 | G. Pacini, C. Rentier, F. Nuti, E. Peroni, F. Real Fernàndez, P.M. Battezzati, C. Selmi, P. Rovero, A.M. Papini | |
Surface Plasmon Resonance to Select and Characterize Recombinant Human Domain Antibodies. | 2014 | F. Real-Fernández, G. Rossi, F. Niccheri, M. Ramazzotti, D. Degl'Innocenti, F. Lolli, A.M. Papini, P. Rovero | |
BIOSENSOR CHARACTERIZATION OF THE INTERACTION BETWEEN SYNTHETIC CITRULLINATED PEPTIDES AND AUTOANTIBODIES IN RHEUMATOID ARTHRITIS PATIENTS’ SERA | 2014 | G. Rossi, F. Real-Fernández, F. Panza, F. Pratesi, P. Migliorini, A.M. Papini, P. Rovero |
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