Lin chuang er bi yan hou ke za zhi = Journal of clinical otorhinolaryngology · 2004
[The recurrent nasal polyp analysed by mRNA difference to demonstrate].
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Ni Guansen, Chen Wenwen, Zhu Ying, Zhao Hanfang
Аннотация
OBJECTIVE: To look for the correlated gene of nasal polyp.
METHOD: The nasal polyp was analysed by mRNA difference to demonstrate, and the fragment of writing was analysed and appraised.
RESULT: The amplification products of normal conchae tissue were compared with the nasal polyp tissue under the condition of background with one accord. The total 11 difference fragments were discovered during the 150-700 bp. One of the fragments (X-1) was completely homology with the section series of the eight chromosome long arm. There was a zine finger protein in the upper stream and the down stream. The fragment expressed in nasal polyp tissue.
CONCLUSION: Based on polymerase chain reaction (pcr), using differential display R. T. PCR (DD-RTPCR) technique, the difference express gene of nasal polyp could be effectively compared with normal nasal conchae tissue or cells, the correlated gene of nasal polyp tissue could screened out. The fragment (X-1) that was completely homology with the section series of the eight chromosome long arm may be a new identified gene which cause the nasal polyp.
METHOD: The nasal polyp was analysed by mRNA difference to demonstrate, and the fragment of writing was analysed and appraised.
RESULT: The amplification products of normal conchae tissue were compared with the nasal polyp tissue under the condition of background with one accord. The total 11 difference fragments were discovered during the 150-700 bp. One of the fragments (X-1) was completely homology with the section series of the eight chromosome long arm. There was a zine finger protein in the upper stream and the down stream. The fragment expressed in nasal polyp tissue.
CONCLUSION: Based on polymerase chain reaction (pcr), using differential display R. T. PCR (DD-RTPCR) technique, the difference express gene of nasal polyp could be effectively compared with normal nasal conchae tissue or cells, the correlated gene of nasal polyp tissue could screened out. The fragment (X-1) that was completely homology with the section series of the eight chromosome long arm may be a new identified gene which cause the nasal polyp.