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Frontiers in Bioscience, 2003
The organogenesis of lung involves several complex mechanisms, including interactions between cells originating from two germ layers--endoderm and mesoderm. Regulation of lung branching morphogenesis with reference to its architecture, growth pattern, differentiation, interactions between epithelium and mesenchyme and / or endothelium, as well as genes
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The organogenesis of lung involves several complex mechanisms, including interactions between cells originating from two germ layers--endoderm and mesoderm. Regulation of lung branching morphogenesis with reference to its architecture, growth pattern, differentiation, interactions between epithelium and mesenchyme and / or endothelium, as well as genes
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Lung Cancer in Developed and Developing Countries
1989After the first five years of life, cancer, cardiovascular diseases, and accidents are the three main causes of death in both developed and developing countries [1], Developing countries account for approximately 2.3 million of the global 4.3 million cancer deaths and for 3.2 million of the 6.3 million new cancer cases worldwide each year [2,3].
K, Stanley, J, Stjernswärd
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The FASEB Journal, 1996
The “retinoid revolution” has had considerable impact on research activity in the field of lung development. Postnatal lungs are very sensitive to dietary retinol (R) deprivation. The trachea and the bronchopulmonary tree in R‐deficient animals show a striking change in morphology.
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The “retinoid revolution” has had considerable impact on research activity in the field of lung development. Postnatal lungs are very sensitive to dietary retinol (R) deprivation. The trachea and the bronchopulmonary tree in R‐deficient animals show a striking change in morphology.
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Growth and development of the lung
Current Opinion in Allergy and Clinical Immunology, 2001Over the last half of the last century, classic studies established many features of the development of the lung in humans. Early studies relied on meticulous measurement and evaluation of lung morphology and physiology. In recent years, such studies have been supplemented by carefully conducted, longitudinal studies and by the use of molecular ...
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Annals of Internal Medicine, 1967
This book is a result of a symposium held in November 1965 at which eminent scientists from the fields of pediatrics, pathology, zoology, physiology, and physical chemistry were gathered. To paraphrase the chairman's remarks, this unique symposium made it possible for experts in many fields to contribute to a common discussion on the development of the
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This book is a result of a symposium held in November 1965 at which eminent scientists from the fields of pediatrics, pathology, zoology, physiology, and physical chemistry were gathered. To paraphrase the chairman's remarks, this unique symposium made it possible for experts in many fields to contribute to a common discussion on the development of the
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2016
The lung develops from the foregut. At the highness of the later larynx, the single tube splits into two buds for the esophagus and the lower respiratory tract, the “Lungenanlage” [1] (around gestational week 4). Out of this primitive bud, the larynx and the trachea develop, and the trachea finally separates into two bronchial buds.
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The lung develops from the foregut. At the highness of the later larynx, the single tube splits into two buds for the esophagus and the lower respiratory tract, the “Lungenanlage” [1] (around gestational week 4). Out of this primitive bud, the larynx and the trachea develop, and the trachea finally separates into two bronchial buds.
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Lung development and fetal lung growth
Paediatric Respiratory Reviews, 2004Ian, Copland, Martin, Post
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Seminars in pediatric surgery, 1995
Human lung development is divided into five stages: embryonic, pseudoglandular, canalicular, saccular, and alveolar. The boundaries between these stages are not sharp; rather, overlap occurs between various gestational ages and individuals. The anatomic and morphological characteristics of each stage are described; general principles of lung ...
J W, DiFiore, J M, Wilson
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Human lung development is divided into five stages: embryonic, pseudoglandular, canalicular, saccular, and alveolar. The boundaries between these stages are not sharp; rather, overlap occurs between various gestational ages and individuals. The anatomic and morphological characteristics of each stage are described; general principles of lung ...
J W, DiFiore, J M, Wilson
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