Invitrogen™

Silencer™ Human Drug Targets siRNA Library (96 well)

產品號碼: A30094
Invitrogen™

Silencer™ Human Drug Targets siRNA Library (96 well)

產品號碼: A30094
產品號碼
A30094
包裝規格
1 set (96-well)
產品號碼
包裝規格
1 set (384-well)
產品號碼包裝規格價格 (TWD)
A300941 set (96-well)與我們聯繫 ›
A300931 set (384-well)與我們聯繫 ›
產品概覽
圖表
影片
建議
建議
文件
常見問題
引用資料與參考文獻
其他資訊
建議
The Silencer™ Human Drug Targets siRNA Library includes genes involved in apoptosis, senescence, nucleic acid binding, autophagy, DNA repair, and along with characterized nuclear receptors and other genes that are considered potential targets for therapeutics. The Silencer Human Drug Targets siRNA Library contains 23,745 Ambion™ Silencer siRNAs targeting 7,915 genes for performing RNAi screens against known human drug target genes. The library was designed using the most up-to-date genome databases, including the NCBI RefSeq database and cross-referenced to the Gene Ontology Consortium (GO) database and/or the HUGO Gene Nomenclature Committee (HGNC). Utilizing Ambion Silencer technology built on stringent bioinformatics to enable high target specificity and siRNA potency, the Silencer Human Drug Targets siRNA Library is an ideal solution for focused and cost-effective RNAi screening against pre-defined therapeutic gene drug targets .

• Comprehensive—Expedite your drug target screens with pre-defined libraries of Silencer human drug targets siRNAs
• Reliable—Increase target screening accuracy with three individual siRNAs per gene targetEffective—Reduce off target impacts at low concentrations with proven Ambion Silencer siRNA design
• Convenient—Reduce data de-convolution and accelerate target validation with our 96-and 384-well arrayed format
• Customizable—Choose the best option for your workflow demands, including additional siRNA scales and pooled formats

Why use the Silencer Human Drug Targets siRNA Library?
Together with careful bioinformatics selection of gene targets, Silencer siRNAs are optimized for design and high quality synthesis with guaranteed silencing (learn more about the guarantee). The Silencer Human Drug Targets siRNA Library contains our pre-designed and when available, validated siRNAs generated with maximum potency and specificity in mind so you can focus on data quality (learn more about the design). All Silencer libraries are selected against the latest available databases and resources for up-to-date content. Full siRNA sequence information, as well as the exon targeted and each targeted gene's symbol, full name, aliases, RefSeq number, and Locus ID, plus results from any validation experiments performed using the included siRNAs is provided. Please contact us for the complete list of targets.

Silencer siRNA libraries allow you to screen efficiently and maximize data output
Ambion Silencer siRNAs are designed with potency in mind to help ensure gene knockdown at minimum concentrations. This not only helps to ensure less potential for off target effects and false positive data but also minimizes false negative outcomes of siRNA screening. The Silencer Human Drug Targets siRNA Library contains 0.25 nmol of each siRNA, sufficient for 100 transfections (at 25 nM siRNA, 100 μL transfection volume).

Flexibility to meet your workflow needs
Thermo Fisher Scientific offers a comprehensive list of pre-defined or custom siRNA libraries to human, mouse or rat genes with 1, 2, or 5 nmol of each siRNA or larger sizes. For a complete gene list, additional information or to discuss your research with one of our technical experts, contact your local sales representative or e-mail us at RNAilibraries@lifetech.

規格

Format
96-well Plate
RNAi Type
siRNA
Species
Human
Sample Type
DNA
For Use With (Application)
RNAi
Product Line
Silencer™
Product Type
siRNA Library
Purity
Standard
Quantity
1 Set
Shipping Condition
Approved for shipment at Room Temperature or on Wet Ice

內容物與存放

23,745 total siRNAs targeting 7915 genes plated onto 96-well plates ( 270 plates)

Store at or below -20°C in a non-frost-free freezer.

圖表

文件與下載

證書

    常見問答集 (常見問題)

    引用資料與參考文獻

    Search citations by name, author, journal title or abstract text