Investigation of GR-α m RNA quantitative expression in nasal polyps
Bin Hu
Abstract
Bin Hu
Abstract
OBJECTIVE To detect the expression of the Glucocorticoid receptor-α(GR-α)mRNA in nasal polyp and normal nasal mucosa and investigate the route of nasal drug administration in patients of nasal polyp. METHODS The expression of GR-αmRNA in 101 samples of nasal polyps and 31samples of normal nasal mucosa was examined by using Fluorescent quantitative PCR .RESULTS The level of GR-αmRNA in normal nasal mucosa(135.4± 5.25)×104 copy /μg were significantly higher than that in nasal polyps(23.5±12.1)×104 copy/μg . CONCLUSION Because of the low expression of GR-αmRNA in nasal polyps,the route of nasal drug administration in patients with nasal polyps may be in the part of normal mucosa,not in the mucosa of nasal polyps of the nasal cavity.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
OBJECTIVE To detect the expression of the Glucocorticoid receptor-α(GR-α)mRNA in nasal polyp and normal nasal mucosa and investigate the route of nasal drug administration in patients of nasal polyp. METHODS The expression of GR-αmRNA in 101 samples of nasal polyps and 31samples of normal nasal mucosa was examined by using Fluorescent quantitative PCR .RESULTS The level of GR-αmRNA in normal nasal mucosa(135.4± 5.25)×104 copy /μg were significantly higher than that in nasal polyps(23.5±12.1)×104 copy/μg . CONCLUSION Because of the low expression of GR-αmRNA in nasal polyps,the route of nasal drug administration in patients with nasal polyps may be in the part of normal mucosa,not in the mucosa of nasal polyps of the nasal cavity.
Key concepts: Mucous membrane of nose, Nasal polyps, Nasal cavity, Medicine, Glucocorticoid receptor, Messenger RNA, Real-time polymerase chain reaction, Nasal administration