These HR/NHEJ kits are cell based, meaning they have the HR or NHEJ GFP reporters pre-installed. A single plasmid (I-Sce1) is transfected to activate repair. Please see this table for a summary and comparison/application of each kit.
Homologous GFP Repair Systems
HeLa Cell HR Kit (I-Sce1 Based)
HeLa Cell HR Kit (CRISPR-CAS Based)
Human Neuroblastoma Cell Line SH-SY5Y using (I-Sce1 transfection)
Mouse 3T3 Cell Line using I-Sce1 transfection
Mouse Neuronal Cell Line using I-Sce1 transfection
Custom construction Kit to make your own HR Cell Reporter
NHEJ GFP Reporter
Systems
Transfection-based HR and NHEJ kits use transient transfections to make a pool of cells containing the DNA reporters to allow the investigator to interrogate the 2 major DNA repair pathways. The advantages are:
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Product ID | Product Info | Description | Purchase |
|---|---|---|---|
DR3000 | DNA Repair pathways in animal cells can be divided into two main categories: HR and NHEJ. HR or homologous recombination is a minor pathway but very important in protecting cells from genotoxicity. The process has two key requirements as well: a homologous sequence, usually available after DNA replication when the genome is 4N, and S-phase. A specific reporter based assay for HR can be very beneficial for anti-cancer drug discovery projects, learning more about the process of DNA HR repair and establishing intersecting pathways and druggable pathway targets. A cellular context for HR improves the physiological relevance of the results.
This… Read more | Max: Min: 1 Step: 1 Add to Cart | |
DR3000-HRHeLa | This is a cell-based reporter kit designed to allow the customer to screen or identify agents (drugs, natural products, small molecules, synthetics, miRNAs, and genes) that affect or impact the process of HR DNA repair. The kit uses GFP as an in vivo readout for the HR pathway and Crispr-CAS gRNA plasmid that drives a DS DNA break in Cassette 1. This DS break induces HR in a mutated GFP reporter gene, which recombines with Cassette 2 containing WT GFP leading to GFP+ cells after completing HR. Read more | Max: Min: 1 Step: 1 Add to Cart | |
DR3000-HRHeLa-Sce | This is a HeLa cell-based reporter kit designed to allow the customer to screen or identify agents (drugs, natural products, small molecules, synthetics, miRNAs, and genes) that affect or impact the process of HR DNA repair. The kit uses GFP as an in situ readout for the HR pathway.
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DR3000-HRSH-Sce | DNA Repair pathways in animal cells can be divided into two main categories: HR and NHEJ. HR or homologous recombination is a minor pathway but very important in protecting cells from genotoxicity. HR needs a homologous sequence and is limited to S-phase. A specific reporter based assay for HR can be very beneficial for drug discovery projects, learning more about the process of DNA HR repair and establishing intersecting pathways and druggable pathway targets.
This is the first HR reporter that has been engineered into a neuronally derived cell line. The SH-SY5Y cell line (SH) is a subclone of a bone… Read more | Max: Min: 1 Step: 1 Add to Cart | |
DR3000-HR3T3-Sce | This is a cell-based reporter kit designed to allow the customer to screen or identify agents (drugs, natural products, small molecules, synthetics, miRNAs, and genes) that affect or impact the process of HR DNA repair. The kit uses GFP as an in vivo readout for the HR pathway and a plasmid expression vector containing the mega-endonuclease I-Sce1. The HR reporter plasmid has been engineered into a mouse 3T3 cell line which is ideal for cell cycle analyses. Read more | Max: Min: 1 Step: 1 Add to Cart | |
DR3000-HRCN1.4-Sce |
This is the first HR reporter that has been engineered into a neuronally derived mouse cell line model. The CN1.4 cell line is a clone derived from mouse embryonic day 13 neuronal cultures. The line was transformed using the temperature-sensitive SV-40 Large T-antigen. The cell line expresses numerous neuronal markers, including neurofilaments, glutamic acid decarboxylase 67, neuron-specific enolase, and the BG21 isoform of the myelin basic protein gene.
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