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In order to prevent sensitization to a new allergen and the development of asthma, practitioners may consider allergenspecific immunotherapy in patients with allergic rhinitis. Additionally, in patients with severe allergic rhinitis refractory to medication, practitioners can also consider surgical management for improving the patients' nasal symptoms. However, there are still no practical guidelines regarding the indications for immunotherapy, the appropriate selection of the allergen, and the optimal duration of therapy. Moreover, no clear indications exist for surgical treatment. Pregnant or lactating women frequently complain of symptoms of rhinitis. However, due to the fear of potential complications to their babies, they avoid medical treatment despite significant discomfort. Therefore, we present 14 answers to core questions about immunotherapy, surgical treatment, and considerations for special circumstances, such as pregnancy and lactation. [ABSTRACT FROM AUTHOR]

Purpose: We compared the clinical and quantitative CT measurement parameters between chronic obstructive pulmonary disease (COPD) patients with and without consistent clinical symptoms and pulmonary function results. Materials and Methods: This study included 60 patients having a clinical diagnosis of COPD, who underwent chest CT scan and pulmonary function tests. These 60 patients were classified into typical and atypical groups, which were further sub-classified into 4 groups, based on their dyspnea score and the result of pulmonary function tests [typical 1: mild dyspnea and pulmonary function impairment (PFI); typical 2: severe dyspnea and PFI; atypical 1: mild dyspnea and severe PFI; atypical 2: severe dyspnea and mild PFI]. Quantitative measurements of the CT data for emphysema, bronchial wall thickness and air-trapping were performed using software analysis. Comparative statistical analysis was performed between the groups. Results: The CT emphysema index correlated well with the results of the pulmonary functional test (typical 1 vs. atypical 1, p = 0.032), and the bronchial wall area ratio correlated with the dyspnea score (typical 1 vs. atypical 2, p = 0.033). CT air-trapping index also correlated with the results of the pulmonary function test (typical 1 vs. atypical 1, p = 0.012) and dyspnea score (typical 1 vs. atypical 2, p = 0.000), and was found to be the most significant parameter between the typical and atypical groups. Conclusion: Quantitative CT measurements for emphysema and airways correlated well with the dyspnea score and pulmonary function results in patients with COPD. Air-trapping was the most significant parameter between the typical vs. atypical group of COPD patients. [ABSTRACT FROM AUTHOR]