We narrowed to 150 results for: GFP reporter gene

...of posts explains how to critically assess the reported properties of fluorescent proteins, how to do ...observed in mammalian cells is to tag an endogenous gene. By imaging cells (or tissues) that produce an endogenous...fluorescent proteins or using endogenous tagged genes) can be used to verify performance under different... develops genetically encoded FRET based biosensors.     Additional Resources on the Addgene Blog Which... QY (EC*QY, sometimes normalized to the value of EGFP). The higher the number, the higher the theoretical...mVenus as a reference protein is available from Addgene. Another way to dodge cellular variation observed...Amsterdam). He develops, characterizes and uses genetically encoded fluorescent probes. You can follow him...

...building synthetic genetic circuits, engineering metabolic pathways, assembling gene-editing tools, and...-YTK (Dueber) for genetic engineering of S. cerevisiae , enabling larger multi-gene constructs, multiplexed...Pluskal Plasmid kit for assembly of single-gene and multigene plasmids for genome integration in fission...Bacterial Expression Thomas Lahaye Plasmids to generate gene knockout and complementation constructs for ...promoter, a 5' UTR, a signal peptide, a protein-coding gene, and a terminator, as in Figure 1). Next, up to ...Cloning System (Lohmann) to create plasmids with multi-gene constructs for plant transformation. GoldenBraid...plant transformation vectors for overexpression, gene editing, functional genomics, and more complex metabolic...

...strand of RNA contains packaging genes, regulatory genes, accessory genes, and the long-terminal repeats...shRNA , and overexpressing of oncogenes and other disease-associated genes. Gene Therapy Due to their relative...complex genomes, containing packaging genes and accessory genes specific to each virus type, while retroviruses...require the regulatory genes tat and rev , along with virus-specific accessory genes (for example, vif , ...Packaging plasmid — contains packaging genes gag and pol , and regulatory genes tat and rev ; separated into two... envelope gene, a process called pseudotyping. VSV-G is by far the most common envelope gene, as it has... type of selectable marker. Fluorescent reporters, such as GFP, are another common selection marker. Instead...

... this gene. Should you cut it at the beginning of the coding sequence to delete the entire gene? Perhaps... in vitro, and using it in mouse embryos to generate gene modified mouse lines. Hopefully this post will...they have been generated (more on that later). Find Validated gRNAs to Target Mouse Genes To begin the ...chances of gene modification in vivo. Find Plasmids for Testing Your gRNAs in vitro at Addgene CRISPR/Cas9...decide to do a gene modification experiment in mice to the day you have your F0 generation (barring life...Haoyi, et al. "One-step generation of mice carrying mutations in multiple genes by CRISPR/Cas-mediated ...blogger Samantha Young. The use of CRISPR/Cas9 for gene editing has expanded since its adaptation for use...

...contain a reporter gene (e.g., luciferase or GFP) that offers a readout of the activity of the genetic element...promoter to drive expression of the inserted gene. Insert The gene, promoter, or other DNA fragment cloned ...Expression Plasmids Used for gene expression, usually for the purposes of gene study. Expression vectors ... Backbones Gene Knock-down Plasmids Used for reducing the expression of an endogenous gene. This is frequently...Sequencing Primers Origins of Molecular Genetics The concept of genes as carriers of phenotypic information...scientists can easily study and manipulate genes and other genetic elements using specifically engineered ...Genome Engineering Kits Reporter Plasmids Used for studying the function of genetic elements. These plasmids...

...MiniPromoter Source Gene Construct Reporter Ple2 ADORA2A pEMS1142 EGFP/NLS Ple3 ADORA2A pEMS1143 EGFP/NLS Ple3 ADORA2A... disorders by enabling region- and cell-specific gene-delivery in the mouse brain through these human ...pEMS1153 EGFP/NLS Ple37 CRH pEMS1154 EGFP/NLS Ple38 CRH pEMS1155 EGFP/NLS Ple39 CRH pEMS1156 EGFP/NLS Ple44...pEMS1113 EGFP/cre/NLS Ple51 DBH pEMS1362 EGFP/NLS Ple52 DCX pEMS1198 EGFP/NLS Ple53 DCX pEMS1199 EGFP/NLS ...pEMS1167 EGFP/NLS Ple63 DRD1 pEMS1168 EGFP/NLS Ple64 FEV pEMS1129 EGFP/cre/NLS Ple64 FEV pEMS1398 EGFP/NLS ...pEMS1160 EGFP/NLS Ple93 GPR88 pEMS1161 EGFP/NLS Ple94 GPR88 pEMS1162 EGFP/NLS Ple95 GPR88 pEMS1163 EGFP/NLS...pEMS1216 EGFP/NLS Ple99 GRP pEMS1371 EGFP/NLS Ple100 GRP pEMS1372 EGFP/NLS Ple101 GRP pEMS1373 EGFP/NLS Ple102...

...light-activated control of proteins) and sensors (genetically-encoded reporters of molecular signals). These areas have...plasmids allow cloning of protein coding sequences with GFP-LOVpep, cpPDZ, ePDZb and ePDZb1 as tags. pDawn/pDusk...pDusk Blue-light photoreceptor for light-controlled gene expression. These plasmids rely on the engineered... Science Guides Optogenetics Guide Optogenetics Guide Jump To: Optogenetics Guide Microbial Opsins...learn more, or explore Addgene's Optogenetics Plasmid Collection . An optogenetics procedure. A channelrhodopsin...tools through directed mutagenesis. Find optical switches in Addgene's Optogenetics Plasmid Collection for...Addgene's guide to using Optogenetics plasmids in your lab, including explanations of microbial opsin...

... Figure 1: In conventional gene targeting (A), you must first generate your desired mutation in mouse...References Yang, Hui, et al. "One-step generation of mice carrying reporter and conditional alleles by CRISPR...mutations, the 8-10 month process of conventional gene targeting is lowered to about 2-3 months. But certain...example of inserting a 2A-FlpO cassette into the Fgf8 gene. Miura et al. (2018) suggest using a 50-80 bp sequence... mouse model generation easi-er! Generating mice before CRISPR The process of generating knock-in mice...process of mouse model generation simpler, as described in an earlier post on generating CRISPR mouse models...after editing. How to use Addgene plasmids for Easi-CRISPR You can use Addgene plasmids to create a repair...

... editing multiple genes at once; using dual nickases to generate a knockout or gene edit; or using Cas9...the targeted gene. The ideal result is a loss-of-function mutation within the targeted gene. However, the...eliminate target gene function. It has also been used extensively to screen for novel genes that regulate... activate, or repress genes. Each library typically contains ∼3–6 gRNAs per gene to ensure modification...repress, visualize, and isolate genes. Activation or Repression of Target Genes Targeting dCas9 to transcription...single-gene activation (Figure 9D) Figure 9: Overview of CRISPRi/a. In bacteria, activating gene expression... of effective gene activators when fused with dCas9. Recently, synthetic CRISPR-Cas gene activators have...

...in neurons. (b) Genetic cargo can be customized to control transgene expression. Gene regulatory elements... relatively even distribution of target gene expression (EGFP, in the depositing manuscript) across the....     Figure 1: AAV toolkit for targeted gene delivery to the brain. The AAV (a) capsid, (b) cargo...Abbreviations: AAV, adeno-associated virus; GRE, gene regulatory element; NHP, non-human primate. ...Systemic AAV vectors for widespread and targeted gene delivery in rodents. Nature Protocols;14, 379–414...2017). Engineered AAVs for efficient noninvasive gene delivery to the central and peripheral nervous systems...Gradinaru, V. (2022). Engineered AAVs for non-invasive gene delivery to rodent and non-human primate nervous...