Juan Ianowski

Function of pulmonary ionocytes and club cells in human airway and their contribution to cystic fibr

Principal investigators: Adeoye, Josephine

Keywords: Cystic Fibrosis; Gene Therapy; Lung Disease

Enhacing microscopy infrastructure for improved live cell imaging

Principal investigators: Collins, Michelle

Keywords: live imaging; microscopy; cells; zebrafish; heart; biosensors; physiology; advanced image analysis; cell behaviour; organ development

Function of pulmonary ionocytes and club cells in human airway and their contribution to cystic fibrosis lung disease

Principal investigators: Ianowski, Juan P; Baniak, Nick; Campanucci, Veronica A; Lands, Larry C; Tam, Julian; Yu, Darryl C

Keywords: Airway Disease,; Cellular Basis Of Cf Lung Disease; Cftr; Ciliated Cells; Club Cells; Cystic Fibrosis; Epithelial Ion Transport; Human Airway Tissue; Ionocyte

Cell culture room for 2D-3D in vitro systems

Principal investigators: Campanucci, Veronica

Cellular bases of cystic fibrosis lung disease: epithelial ionocytes transport bicarbonate and control airway surface liquid pH; while club and goblet cells control hydration and volume.

Principal investigators: Ianowski, Juan P; Campanucci, Veronica A; Montgomery, Julia B; Tam, Julian; Tyan, Chung-Chun

Keywords: Airway Disease; Cftr; Cystic Fibrosis; Epithelial Ion Transport; Ionocyte

Cellular bases of cystic fibrosis lung disease: epithelial ionocytes transport bicarbonate and control airway surface liquid pH; while club and goblet cells control hydration and volume

Principal investigators: Ianowski, Juan P; AbuArish, Asmahan; Campanucci, Veronica A; Montgomery, Julia B; Tam, Julian; Tyan, Chung-Chun

Keywords: Airway Disease; Cftr; Cystic Fibrosis; Epithelial Ion Transport; Ionocyte

Cellular and molecular mechanisms of ion transport by the insect excretory system

Principal investigators: Ianowski, Juan

Cellular and molecular mechanisms of ion transport by the insect excretory system

Principal investigators: Ianowski, Juan

Abnormal fluid and mucus secretion in response to inhaled bacteria contributes to cystic fibrosis airways disease pathogenesis.

Principal investigators: Ianowski, Juan P

Keywords: Cystic Fibrosis; Lung Disease; Synchrotron-Based Imaging

Cellular and molecular mechanisms of ion transport by the insect excretory system

Principal investigators: Ianowski, Juan