Counting of inflammatory cells in human airway biopsy specimens is difficult because immunopositive cells are present in varying density in lung tissue. The goal of our study was to assess the minimal amount of tissue that is necessary for the counting of constant cell numbers. In bronchial biopsy specimens from 5 healthy controls and 5 patients with asthma, we evaluated 20 successive areas of submucosa 0.1 x 0.1 mm in size. We recorded positive and negative changes of more than 10% in the counted numbers of CD4-, CD8-, and EG2-positive cells. We demonstrated that tissue 1.0 x 0.1 mm in size, along 1-mm basement membrane, is sufficient to obtain constant cell numbers
ABSTRACT: The variation of CD8z cells has been determined around the internal perimeter of intrapulm...
ABSTRACT: Airway mesenchymal cells, such as myofibroblasts and airway smooth muscle cells, contribut...
Although postmortem studies in fatal asthma described abnormalities within the airways involving eos...
Counting of inflammatory cells in human airway biopsy specimens is difficult because immunopositive ...
Airway pathology is increasingly considered to be a major outcome in asthma research. The aim of thi...
Today, the quantification of inflammatory cells in human airway biopsies might be facilitated by bet...
AbstractBronchial inflammation is a consistent feature of asthma and its chronicity probably determi...
The pathological evidence for airways inflammation in asthma has been acknowledged since the first i...
Automated image analysis of bronchial tissue offers the opportunity to quantify stained area and sta...
Background - Sputum induction is an important non-invasive technique for measuring airway inflammati...
Background: In recent years, fiberoptic bronchoscopy has been introduced successfully in the researc...
<p>Number of IL-17<sup>+</sup> cells in submucosa in bronchial biopsies from atopic and nonatopic as...
To determine the relationship between inflammatory cells in sputum, bronchoalveolar lavage (BAL), an...
Induced sputum differential cell counts have been advocated as a method of non-invasively assessing ...
AbstractThe thickness of the basement membranes of bronchial epithelial cells varies under various p...
ABSTRACT: The variation of CD8z cells has been determined around the internal perimeter of intrapulm...
ABSTRACT: Airway mesenchymal cells, such as myofibroblasts and airway smooth muscle cells, contribut...
Although postmortem studies in fatal asthma described abnormalities within the airways involving eos...
Counting of inflammatory cells in human airway biopsy specimens is difficult because immunopositive ...
Airway pathology is increasingly considered to be a major outcome in asthma research. The aim of thi...
Today, the quantification of inflammatory cells in human airway biopsies might be facilitated by bet...
AbstractBronchial inflammation is a consistent feature of asthma and its chronicity probably determi...
The pathological evidence for airways inflammation in asthma has been acknowledged since the first i...
Automated image analysis of bronchial tissue offers the opportunity to quantify stained area and sta...
Background - Sputum induction is an important non-invasive technique for measuring airway inflammati...
Background: In recent years, fiberoptic bronchoscopy has been introduced successfully in the researc...
<p>Number of IL-17<sup>+</sup> cells in submucosa in bronchial biopsies from atopic and nonatopic as...
To determine the relationship between inflammatory cells in sputum, bronchoalveolar lavage (BAL), an...
Induced sputum differential cell counts have been advocated as a method of non-invasively assessing ...
AbstractThe thickness of the basement membranes of bronchial epithelial cells varies under various p...
ABSTRACT: The variation of CD8z cells has been determined around the internal perimeter of intrapulm...
ABSTRACT: Airway mesenchymal cells, such as myofibroblasts and airway smooth muscle cells, contribut...
Although postmortem studies in fatal asthma described abnormalities within the airways involving eos...