WebStealth™ RNAi duplexes designed to target human or mouse genes that are arrayed in 96-well format for high-throughput gene silencing screening experiments. Stealth™ RNAi Collection The Stealth™ RNAi Collection is comprised of Validated Stealth™ RNAi duplexes and/or Stealth™ Select RNAi duplexes (see CD-ROM for details) that target ... WebTo transfect HepG2 cells in different tissue culture formats, vary the amounts of Stealth™ RNAi or siRNA, Lipofectamine™ RNAiMAX, cells, and medium used in proportion to the relative surface area, as shown below. Note: 20 µM Stealth™ RNAi or siRNA = 20 pmol/µl. Cells plated per well Dilution medium RNAi duplex amount Final RNAi duplex conc.
Stealth RNAi - Enter Sequence and Parameters
WebThe RNA interference experiment was performed essentially as described previously.13 Briefly, to knock down the endogenous ATRAP expression, a small interference RNA (siRNA) with 25 ... with 158 to 182 of rat ATRAP cDNA, GenBank Accession No. BC082024) was synthesized with Invitrogen Technology (StealthTM RNAi). The siRNA duplex (20 nmol/L) … WebBLOCK-iT™ RNAi Designer. BLAST is used for sequence similarity searching of the input sequence against the databases selected in Step 3. The sequence alignment results are displayed below. The Stealth RNA™ siRNA/siRNA/shRNA sequences are designed from unique regions using Invitrogen's proprietary design rules. aws インスタンス 停止 終了
Nephronectin Expression Is Up-Regulated by BMP-2 - 日本郵便
Web3. Assess StealthŽ RNAi or siRNA effects by performing an RNA assay (i.e. qRT-PCR) first. To validate your Stealth™ RNA or siRNA oligomers, you must measure each oligomer’s … WebStealth™ RNAi Negative Control Duplexes are ideal for use in RNA interference (RNAi) experiments as a control for sequence independent effects following Stealth™ RNAi delivery in any vertebrate cell line. Each Stealth™ RNAi Negative Control Duplex is designed to minimize sequence homology to any known vertebrate transcript. WebStealth RNAi™ siRNA Negative Controls are a great way to measure the effect of your experimental Stealth RNAi™ siRNA duplex versus background. These controls are: Designed in 3 levels of GC content (Lo, Med, Hi) with 3 sequences available per level so researchers can match GC content to their experimental Stealth RNAi™ siRNA; 勝デク 死ネタ