Inflammatory Disorders [Paperback]

The mechanistic basis of chronic inflammation remains unclear. The research sheds new light on the immune cells expressing the activation markers HLA-DR and regulatory T cells (Tregs) and the cells expressing Siglec receptors as being key players in the immune system responsiveness to antigens and thus in lung tissue damage of chronic inflammation. The results help understand the mechanisms of action of common drugs used in COPD, such as formoterol, tiotropium, or corticosteroids, and point to novel drug targets. The chapters also deal with brain damaging effects, by far unrecognized, of inhaled corticosteroid therapy, a time-proven management of chronic inflammatory airway conditions; asthma being a case in point. Novel methods, likely less producing side effects, of macrolide antibiotics administration by inhalation are discussed, emphasizing not only bacteriostatic but also anti-inflammatory action.

Inhaled Corticosteroids Increase Siglec-5/14 Expression in Sputum Cells of COPD Patients.
P. Wielgat, R.M. Mroz, A. Stasiak-Barmuta, P. Szepiel, E. Chyczewska, J.J Braszko, and A. Holownia

Tregs and HLA-DR Expression in Sputum Cells of COPD Patients Treated with Tiotropium and Formoterol.
A. Holownia, P. Wielgat, A. Stasiak-Barmuta, A. Kwolek, P. Jakubow, P. Szepiel, E. Chyczewska, J.J. Braszko, and R.M. Mroz

Inhalation of Macrolides: A Novel Approach to Treatment of Pulmonary Infections.
R. Siekmeier, T. Hofmann, and G. Scheuch

Influence of Denture Plaque Biofilm on Oral Mucosal Membrane in Patients with Chronic Obstructive Pulmonary Disease.
D. PrzybyBowska, E. MierzwiDska-Nastalska, R. Rubinsztajn, R. Chazan, D. Rolski, and E. Swoboda-Kope

Biophysical Activity of Animal-Derived Exogenous Surfactants Mixed with Rifampicin.
M. Kolomaznik, A. Calkovska, E. Herting, and G. Stichtenoth

Organic Changes in the Central Nerló,