Functional genomic screening allows for the elucidation of the mechanism of action of exogenous agents which modulate intracellular gene function such as pharmaceutical agents and other compounds. Read about the various considerations, approaches and interpretations when conducting a screen to investigate novel compounds and analyzing the screening data.
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プール化CRISPR薬剤遺伝子スクリーニングでは、ポジティブまたは耐性スクリーニングとネガティブまたは感受性スクリーニングという2つの選択メカニズムを適用することができ、それぞれに様々な考慮事項や使用法があります。
Functional Genomic and Cell Panel Screening can individually provide comprehensive data sets to support therapeutic development, but when utilized in combination they identify novel targets which are cross-validated by independent approaches.
当社のCRISPRiプラットフォームが新しいdCas9融合タンパク質と化学合成sgRNAを使用して、遺伝子の特徴付けとアレイ化されたスクリーニングのワークフローを改善します。
Learn about Horizon's CRISPRsc (CRISPR single cell) platform that combines the flexibility of pooled screening with the power of transcriptomics at single cell resolution.
利用できる多くの選択肢の中から最適なセルベーススクリーニングを選ぶことはたちまちに意思決定が複雑になることがあります。ここでは、主な選択肢である細胞パネルスクリーニングと機能ゲノミクススクリーニングを概観します。
A revolution is under way in functional genomics which is spearheaded by the CRISPR-Cas9 system and its application to pooled genetic screening. Remarkable new tools, made possible by dCas9, are coming to fruition that will allow for a new kind of interrogation of gene function, allowing us to ask more sophisticated questions about the biology of drug targets.