… the development of organoids that represent airway and alveolar epithelium. In this review,
we discuss these new tools and other recent advances in developing models for human lung …

… derive a single human lung biopsy towards both alveolar and bronchiolar organoids. By
modulating … three different airway organoid subtypes from a distal lung biopsy: alveolar, broncho-…

… (23) sought to produce nasal, bronchial, and tracheal organoid cell models starting from
pluripotent cells obtained from human airway tissues. These organoid cell models included …

… to develop human airway organoids are listed and briefly described, and they include models
that replicate alveoli in specific and distal airways, and also the proximal airway; in addition…

… airway organoids from a variety of human BAL samples and show that these organoids contain
diverse airway … of BAL-derived alveolar organoids. These techniques significantly expand …

… human airway organoids from broncho-alveolar resections or lavage material. The
pseudostratified airway organoids … We conclude that human airway organoids represent versatile …

… Importantly, we show that HTII-280 + progenitors have the potency to generate organoids
with both alveolar and bronchial cell types. In vitro induction and maintenance of an AT2 …

… organoid model of the human airway epithelium. The long-term expansion of lung organoids
and differentiated airway organoids … , ie, airway epithelium and alveolar epithelium. The …

… For functional analysis of alveolar cells, in vitro human alveolar organoids established from
… models containing alveolar cell types are severely lagging behind their airway counterparts. …

… Human Airway Organoids of Bronchiolar and Alveolar Differentiation We aimed to establish
human airway organoids of bronchiolar and alveolar … The organoid tissues were supplied …