James N. Baraniuk – författare

Compiled by an internationally recognized team of contributors, this reference spans methods to effectively identify, diagnose, and treat this frequently challenging group of rhinopathies. Addressing both generic and disease-specific issues, this source spans possible causes of nonallergic rhinitis such as fumes, odors, temperature, atmospheric changes, smoke, and other nasal irritants, while highlighting critical scientific and clinical issues.

"This outstanding resource offers comprehensive presentations of the latest basic knowledge and the most advanced research on neuropeptides of the respiratory tract covering the structure, receptors, molecular biology, and function of each important neuropeptide and examining how they relate to disease. Demonstrates the utility of immunohistochemistry, autoradiography, molecular biology, smooth muscle contraction, and glandular secretion for the study of neural function both in vitro and in vivo!"

Compiled by an internationally recognized team of contributors, this reference spans methods to effectively identify, diagnose, and treat this frequently challenging group of rhinopathies. Addressing both generic and disease-specific issues, this source spans possible causes of nonallergic rhinitis such as fumes, odors, temperature, atmospheric changes, smoke, and other nasal irritants, while highlighting critical scientific and clinical issues.

Compiled by an internationally recognized team of contributors, this reference spans methods to effectively identify, diagnose, and treat this frequently challenging group of rhinopathies. Addressing both generic and disease-specific issues, this source spans possible causes of nonallergic rhinitis such as fumes, odors, temperature, atmospheric cha

""This outstanding resource offers comprehensive presentations of the latest basic knowledge and the most advanced research on neuropeptides of the respiratory tract covering the structure, receptors, molecular biology, and function of each important neuropeptide and examining how they relate to disease. Demonstrates the utility of immunohistochemistry, autoradiography, molecular biology, smooth muscle contraction, and glandular secretion for the study of neural function both in vitro and in vivo!

""This outstanding resource offers comprehensive presentations of the latest basic knowledge and the most advanced research on neuropeptides of the respiratory tract covering the structure, receptors, molecular biology, and function of each important neuropeptide and examining how they relate to disease. Demonstrates the utility of immunohistochemistry, autoradiography, molecular biology, smooth muscle contraction, and glandular secretion for the study of neural function both in vitro and in vivo!