Author

Bálint Tél 1

1 Semmelweis University,Budapest,Hungary

AZATHIOPRINE AND 5-AMINOSALYCILIC ACID IMPAIR DUCTAL EPITHELIAL TRANSPORTER FUNCTIONS IN MICE

Bálint Tél

Azathioprine and 5-aminosalycilic acid impair ductal epithelial transporter functions in mice

Bálint Tél, Júlia Nám, Peter Hegyi, Gabor Veres, Petra Pallagi

AZATHIOPRINE IMPAIRS PANCREATIC DUCTAL CHLORIDE AND BICARBONATE SECRETION BY DISRUPTING CFTR PLASMA MEMBRANE RETENTION IN MICE

Bálint Tél

AZATHIOPRINE IMPAIRS PANCREATIC DUCTAL CHLORIDE AND BICARBONATE SECRETION BY DISRUPTING CFTR PLASMA MEMBRANE RETENTION IN MICE

Bálint Tél

AZATHIOPRINE IMPAIRS PANCREATIC DUCTAL CHLORIDE AND BICARBONATE SECRETION BY DISRUPTING CFTR PLASMA MEMBRANE RETENTION IN MICE

Bálint Tél, Noémi Csákány-Papp, Barnabás Deák, Petra Pallagi, József Maléth, Marietta Görög, Arpad Varga, Viktória Szabó

INTERPLAY OF ORAI1 CA2+ CHANNEL AND CYSTIC FIBROSIS TRANSMEMBRANE CONDUCTANCE REGULATOR (CFTR) IN EPITHELIAL PHYSIOLOGY

Arpad Varga, Marietta Görög, Boldizsár Jójárt, Viktória Szabó, Aletta Kata Kiss, Anita Balazs, Bálint Tél, Tamara Madacsy, Petra Pallagi, Gyula Farkas, Edit Szederkenyi, József Maléth, György Lázár

INVESTIGATING THE ROLE OF ORAI1 CA2+ CHANNEL IN THE PROGRESSION OF CHRONIC PANCREATITIS

Barnabás Deák, Petra Pallagi, Peter Hegyi, Noémi Papp, Marietta Görög, Viktória Szabó, Arpad Varga, Tamara Madacsy, József Maléth, Bálint Tél

Preliminary data of the PINEAPPLE-P study: 30-80% of acute pediatric pancreatitis is not diagnosed due to the low awareness

Dóra Mosztbacher, Andrea Parniczky, Márk Félix Juhász, Bálint Tél, Adrienn Erős, Arnold Nagy, István Tokodi, Kinga Kaán, Enikő Horváth, Veronika Ila, Anna Tóth, Alexandra Demcsák, Orsolya Kadenczki, Klementina Ocskay, Dóra Dohos, Andrea Szentesi, Peter Hegyi

THE ROLE OF ORAI1 CA<sup>2+</sup> CHANNEL IN THE PANCREATIC DUCTAL EPITHEL CELLS UNDER PATHOPHYSOLOGICAL CONDITIONS

Petra Pallagi, Marietta Görög, Arpad Varga, Tamara Madacsy, Noémi Papp, Anita Balazs, Bálint Tél, Peter Hegyi, József Maléth

THE ROLE OF ORAI1 CA2+ CHANNEL IN THE PANCREATIC DUCTAL EPITHELIAL CELLS UNDER PATHOPHYSOLOGICAL CONDITIONS

Noémi Csákány-Papp, Barnabás Deák, Arpad Varga, Petra Pallagi, Marietta Görög, Tamara Madacsy, Peter Hegyi, József Maléth, Bálint Tél, Anita Balazs

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