Brigid Hogan and Purushothama Rao Tata illustrate the cellular architecture of the respiratory system and highlight key cell types residing in different regions, including their markers, functions, lineage relationships and pathological relevance, as well as approaches to culturing and studying them in vitro. A greater understanding of the cellular composition of the respiratory tract will provide valuable insights for the treatment of human respiratory diseases.
This poster is freely available online thanks to support from STEMCELL Technologies.
The poster content is peer reviewed, editorially independent and the sole responsibility of Springer Nature Limited.
The respiratory airways include the respiratory apertures (mouth and nose), the trachea and a branching system of long, flexible tubes (bronchi) that branch of to shorter and narrower tubes (broncheoli) until they end in sacs called the pulmonary alveoli
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Answer:
Brigid Hogan and Purushothama Rao Tata illustrate the cellular architecture of the respiratory system and highlight key cell types residing in different regions, including their markers, functions, lineage relationships and pathological relevance, as well as approaches to culturing and studying them in vitro. A greater understanding of the cellular composition of the respiratory tract will provide valuable insights for the treatment of human respiratory diseases.
This poster is freely available online thanks to support from STEMCELL Technologies.
The poster content is peer reviewed, editorially independent and the sole responsibility of Springer Nature Limited.
Explanation:
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Answer:
Respiratory System is organized as the ff:
1. Respiratory Apertttures (mouth aand nose)
2. Trachea
3. Bronchi
4. Broncheoli
5. Pulmonary Alveoli
Explanation:
The respiratory airways include the respiratory apertures (mouth and nose), the trachea and a branching system of long, flexible tubes (bronchi) that branch of to shorter and narrower tubes (broncheoli) until they end in sacs called the pulmonary alveoli