[In vivo transduction of EGFP into female mouse reproductive system by electroporation and microbubble-enhanced sonoporation]
[In vivo transduction of EGFP into female mouse reproductive system by electroporation and microbubble-enhanced sonoporation] Research Abstract Details
In the present study, the efficiency of in vivo transduction of EGFP plasmid DNA into adult female mouse reproductive system by means of electroporation and microbubble-enhanced sonoporation are discussed. In the first experiment,EGFP plasmid DNA was injected into the ovary and following electroporation (square electric pulses were applied five times at 60V with a constant time of 20ms). Green fluorescence was detected 10h after transduction. In the second experiment, plasmid DNA was mixed with the microbubble at different ratio and injected into the uterus and the ovary separately. The tissues were exposed to different combined ultrasound parameters immediately after injection. We found that the suitable parameter was 2 w/cm2 intensity, 20% duty cycle and 5min. Under this condition, green fluorescence was expressed in the uterus endometrium and ovarian cortex 12 h post-sonoporation and the expression lasted up to 5 days.
[In vivo transduction of EGFP into female mouse reproductive system by electroporation and microbubble-enhanced sonoporation] Publishing Authors By Initials
[In vivo transduction of EGFP into female mouse reproductive system by electroporation and microbubble-enhanced sonoporation] Journal Published:
PUBLICATION TYPE: Journal Article
Journal: Fen zi xi bao sheng wu xue bao = Journal of molecu
VOLUME: 39
Page Numbers: 378-82
Journal Abbreviation:
ISSN: 1673-520X
DAY: 6
MONTH: Aug
YEAR: 2006
[In vivo transduction of EGFP into female mouse reproductive system by electroporation and microbubble-enhanced sonoporation] Information
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LANGUAGE: chi
NlmUniqueID: 101249591
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Grant and Affiliation Information for [In vivo transduction of EGFP into female mouse reproductive system by electroporation and microbubble-enhanced sonoporation]
AFFILIATION: Department of Histology and Embryology, Harbin Medical University, Harbin 150081. leil086@yahoo.com.cn
Country: China
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MEDLINETA: Fen Zi Xi Bao Sheng Wu Xue Bao
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