2015
DOI: 10.1016/j.gene.2014.12.063
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A novel siRNA validation system for functional screening of effective RNAi targets in mammalian cells and development of a derivative lentivirus delivery system

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Cited by 4 publications
(3 citation statements)
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“…As usual, the dual-luciferase reporter toolkits have been articially modied and transfected into cells of interest for the rapid assessment of gene delivery, gene expression, gene silencing and gene cleavage. [46][47][48][49] However, this dual-luciferase reporter-based gene assay was rarely used to directly determine the off-target activity. In this study, we have demonstrated this tool's capacity of quantitative evaluation about the offtarget activity of Cas9 without considering chromatin structures or cell cycles.…”
Section: Discussionmentioning
confidence: 99%
“…As usual, the dual-luciferase reporter toolkits have been articially modied and transfected into cells of interest for the rapid assessment of gene delivery, gene expression, gene silencing and gene cleavage. [46][47][48][49] However, this dual-luciferase reporter-based gene assay was rarely used to directly determine the off-target activity. In this study, we have demonstrated this tool's capacity of quantitative evaluation about the offtarget activity of Cas9 without considering chromatin structures or cell cycles.…”
Section: Discussionmentioning
confidence: 99%
“…Методами клонування будьякі фрагменти ДНК (або дволанцюгові РНК), отримані за допомогою рестриктаз, можна вбудувати в плазміду або ДНК бактеріофага -вектор для молекулярного клонування, а потім розмножити ці генетичні елементи в клітинах бактерій або дріжджів, збільшуючи їхню кількість у мільйони разів. Як вектор для клонування часто використовують бактеріальні плазміди [18]. На відміну від вірусних векторних систем, що мають вищий рівень експресії генетичної інформації, векторні системи на основі плазмід є більш доцільними для використання in vivo, оскільки вони не є токсичними й не мають онтогенетичного потенціалу на відміну від попередніх.…”
Section: фармакогеноміка -сучасний напрям пошуку ліківunclassified
“…One major obstacle to developing RNAi-based therapeutics, however, is to determine the effective siRNA target sites of a gene of interest (GOI) and deliver it efficiently to the target cells or tissues . Although there are numerous procedural algorithms and fluorescence reporter systems to assist in the screening of potential siRNA sequences, the reporters for validating the optimal siRNA target sites are basically negative-readout systems and suffer from a low signal-to-background ratio. In addition, a wide range of siRNA delivery strategies has been explored to deliver siRNA molecules, including hydrodynamic injection, local administration, and various carriers such as lipids, polymers, and atelocollagen. , Despite the encouraging results of these approaches, dynamically monitoring the efficient delivery of siRNA to tissues of interest still remains a challenge.…”
Section: Introductionmentioning
confidence: 99%