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A scanning electron microscopic study of alkali-digested human and rabbit alveoli.
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1977
Year
Pulmonary EmphysemaPulmonary Alveolar ProteinosisPleural EffusionAnatomyBiomedical EngineeringDigestive TractBioanalysisPublic HealthAnimal PhysiologyMechanobiologyPulmonary CirculationDigestive PhysiologyBiochemistryFood DigestionMembrane BiologyElastic FibersRabbit AlveoliLung InflationPulmonary Vascular DiseasePhysiologyPulmonary PhysiologyLung MechanicsMedicineExtracellular Matrix
Elastic fibers are fairly uniform in the size around all alveolar orifices and taper and branch continuously in the alveolar wall to form a spiderweb-like structure. Unusually large gaps of the elastic fiber network in the alveolar wall frequently show coiled ends or tissue debris at the margin. The latex-filled capillaries interweave and intersect with the elastic fibers and in many of these places appear to angulate or narrow acutely; these angulations may alter with lung inflation, affecting pulmonary vascular resistance. Disruption of fine elastic fibers in the alveolar wall could be related to the development of pulmonary emphysema.