Antonio Nardi
Grünenthal GmbH
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Publication
Featured researches published by Antonio Nardi.
Archive | 2016
Antonio Nardi; Søren-Peter Olesen; Palle Christophersen
Calcium (Ca2+)-activated potassium (K+) channels (KCa) in epithelia serve important functions in fluid and salt secretion and may be attractive targets for drug development for epithelial disorders, such as cystic fibrosis, diarrhoea, COPD, polycystic kidney disease, and glaucoma. Two very different types of KCa channels are generally found in epithelia: the big conductance, Ca2+-activated K+ channel (BK, KCa1.1), and the intermediate conductance, Ca2+-activated K+ channel (IK, KCa3.1). These channels are differentially expressed in various cells and tissues and serve different physiological and potentially also pathophysiological functions in epithelia.
Archive | 2015
Antonio Nardi; Florian Jakob; Ingo Konetzki; Tobias Craan; Christian Hesslinger; Robin Dr Doodeman
Archive | 2014
Ingo Konetzki; Florian Jakob; Tobias Craan; Christian Hesslinger; Paul Ratcliffe; Antonio Nardi
Archive | 2014
Florian Jakob; Ingo Konetzki; Tobias Craan; Antonio Nardi; Christian Hesslinger
Archive | 2016
Ingo Konetzki; Tobias Craan; Florian Jakob; Antonio Nardi; Christian Hesslinger; Andre Welbers
Archive | 2016
Robin Dr Doodeman; Christian Hesslinger; Tobias Craan; Ingo Konetzki; Florian Jakob; Antonio Nardi
Archive | 2016
Christian Hesslinger; Tobias Craan; Ingo Konetzki; Florian Jakob; Antonio Nardi
Archive | 2016
Tobias Craan; Torsten Hertrampf; Bernhard Lesch; Robert Kime; Henning Steinhagen; Antonio Nardi; Paul Ratcliffe
Archive | 2016
Andre Welbers; Christian Hesslinger; Antonio Nardi; Florian Jakob; Tobias Craan; Ingo Konetzki
Archive | 2015
Antonio Nardi; Florian Jakob; Ingo Konetzki; Tobias Craan; Christian Hesslinger