We narrowed to 1,147 results for: Gene

...highly expressed genes (Emilsson and Kurland, 1990). Controlling gene expression through gene sequence - Proteins...because you optimize a gene with one of these tools, it doesn’t necessarily mean the gene is going to express...5. Maertens, Barbara, et al. "Gene optimization mechanisms: A multi‐gene study reveals a high success ...getting your genes of interest codon optimized by ordering plasmids containing them from Addgene. If a plasmid...plasmid at Addgene contains a gene that’s been codon optimized for a particular organism, this will sometimes...available from Addgene now have full sequence data, we recommend directly analyzing gene sequences for ...changing conditions - Organisms often need to express genes at different levels under different conditions. ...

...ideal for large gene transfer. The M24 promoter provides constitutive, high-level gene expression and ...further customizing gene expression. Sahoo et al. have tested the system with genes up to 4 kb in length...versatile gene expression vector for transient assays as well as stable expression of foreign genes in plants...Scientists have worked to optimize this system for gene transfer, studying the stability of modified Ti plasmids...versatile binary Ti vector for both transient and stable gene expression applications in plants. This smaller,...and many plant scientists want to transfer large genes, smaller binary vectors with a larger cloning capacity.... They also replaced the promoter regulating the gene of interest with a constitutive, robust M24 promoter...

...and easily manipulate specific genes. But what if you want to study genes all across the genome? Two new...7,114 human genes. Unlike the GeCKO library, each library has been enriched for different gene targets. ...designed to target a smaller set of genes and it includes more guides per gene. The Sabatini/Lander library ...screen for genes involved in bacterial toxin resistance, identifying 4 previously unknown genes.  “With ... function of both protein-coding genes as well as non-coding genetic elements.” These lentiviral libraries...library, which they call GeCKO, targets 18,080 human genes with 64,751 unique guide sequences to enable both...including Feng Zhang used the GeCKO library to identify genes essential for cell viability in cancer and pluripotent...

... site (TSS) of a gene of interest, it induces potent gene expression with no genetic alterations observed...efficiently transcribing the gene. This results in gene silencing, with no observed genetic alterations at the ... of modulating gene expression makes it an invaluable tool in the interrogation of gene function. However...exploited to either inactivate a gene or introduce a desired genetic alteration. Listen to Our Podcast...need to generate new cell lines or transgenic animals expressing dCas9 as a means of modulating gene expression...Cas9 can be reprogrammed to serve as a regulator of gene expression. Its catalytic domains can be mutated...with a gRNA that directs them to the promoter of a gene of interest, they have been shown to dramatically...

... transcription of a target gene, it therefore determines the timing of gene expression and largely defines...These permit exquisite control of gene expression and tracing of gene expression across development. One...of herpes simplex virus immediate early gene expression. Genes Dev. 1988 Jun;2(6):718-29. doi: 10.1101...systems are genetic tools that consist of two parts, both of which must be present for a gene of interest...placing UAS upstream of a transgene permits directed expression of that gene in cells that also express...expression of reporter genes, or to combine reporter expression from one promoter with transgene or siRNA expression...together for complex genetic analysis in Drosophila or for precise control over multiple genes in synthetic systems...

... identify genes by their similarities to genes in other species, but these studies generally leave questions... confident that the gene from the test species has a similar function to the gene in the reference species...MET genes to grow.) Students then use replica plating to determine if expression of MET/Met genes from...questions about gene function wide open. What if two seemingly similar proteins have acquired divergent...straightforward. Instructors first select a multi-gene pathway to study and a reference organism where ... to answer questions about the evolution of the genes involved in methionine synthesis (5). The budding...strains with overexpression plasmids carrying MET/Met genes from either S. pombe or S. cerevisiae. Students ...

... applications Gene expression control Researchers are always wanting to manipulate gene expression – turn...viral vector for your gene of interest – an shRNA sequence specific to your gene’s mRNA or a sgRNA targeting...Additional Resources on the Addgene Blog AAV: A Versatile Viral tool for Gene Expression in Mammals Listen...from basic science research all the way to clinical gene therapy. But how can you use these amazing tools... knock it out, etc. It’s how we understand what genes do! Viruses have several options to allow you to... Viral introduction of shRNA plasmids can induce gene-specific silencing temporarily, long-term, and even...engineered to introduce frameshift mutations in genes of interest, turning expression off permanently....

...expression of Gene X using shRNA expressed from a plasmid   Figure 1: Expression Level of Gene X The results... level of Gene X in cells treated with Plasmid A is similar to the expression level of Gene X in the untreated...backbone itself on gene expression in your target cells. In experiments employing gene targeting or genome...trying to repress a gene, your control might be a system where expression of that gene is knocked out completely... shRNA targeting human Gene X in Plasmid A is the decreased expression of Gene X. Ergo the positive control...targeting human Gene X. The non-targeting control also assesses any effects of the general introduction ... wherein Plasmid A (encoding shRNA against human Gene X in backbone Y) was transfected into human cells...

...articles, genes, and blog posts are not comprehensive, so just because you do not see a name or gene on this...plasmids containing these genes. As with the PIs above, many of these genes were discussed at the 2018 Keystone...HIST2H2BE RBX1 STAG2 Xist Your favorite gene! SWI/SNF Genes:       BRG1(SMARCA4) BAF170 (SMARCC2...You!     Chromatin-related genes with plasmids available from Addgene The links below pull up lists...containing the indicated gene, and you can subscribe to these pages to learn when Addgene receives new plasmids... In-exhaustive Chromatin-related genes with plasmids on Addgene.org AGO1 BRCA1 CREBBP CUL1 H2AFX ...Interactions: Using CRISPR-dCas9 to Study Gene Regulation CRISPR 101: Epigenetics and Editing the Epigenome CUT&RUN...

...Reporter Genes (ARGs)? Fluorescent and bioluminescent reporter genes are widely used to study gene expression...for visualizing gene expression in vivo.  But what ultrasound lacked was reporter genes that could produce...Lab - developed Acoustic Reporter Genes (ARGs), which are sets of genes that, when expressed, enable cells...vesicles gene clusters from a diverse set of gas vesicle-expressing species. The gas vesicle genes from Serratia...structural gene gvpA marked with EBFP2 and the second cassette contains the P2A-linked accessory genes gvpNJKFGWV...first-generation mammalian ARGs (mARGs) enabled ultrasound visualization of in situ mammalian gene expression...hypothetical protein, improving expression, and named this gene set bARGSer, for bacterial ARG from Serratia sp....

...find AAV tools for optogenetics and chemogenetics on the Addgene website. Optogenetics also requires that...molecule activation (chemogenetics) or light (optogenetics).   Timing Optogenetics offers a high degree...limitations.  The four main factors in which chemogenetics and optogenetics differ are: Timing Targeted manipulation...schematic showing the differences in chemogenetics and optogenetics in a mouse experiment. Viral delivery...faster.  Chemogenetics does not offer the same level of control over timing. Because chemogenetics relies...required. Targeted manipulation Both optogenetic and chemogenetic tools can have their expression targeted...stimulation is gradual. Invasiveness Both optogenetic and chemogenetic tools need to be delivered to cells,...

...resistance gene, NPTII, facilitates phosphorylation of kan, which inactivates it. The NPTII gene confers ...death by intercalating into DNA and generating DNA breaks. The Sh ble gene provides zeocin resistance by expressing...the Sh ble gene does not fully suppress Zeocin-induced DNA cleavage in human cells. Mutagenesis, 20(2), ...Plasmids need antibiotic resistance genes so that you can specifically isolate bacteria containing your.... But does it matter which antibiotic resistance gene you select? In this blog, we’ll break down the mechanism...action of the most common antibiotic resistance genes and which applications are best (or worst) for each...plasmid, isolate individual plasmids, or express a gene contained in a plasmid. During the propagation and...

...constant genes μ and ẟ. These are the first two genes in the heavy-chain constant domain gene cluster....constant domain genes, placing the variable domain genes next to a different constant domain gene. This process...Heavy chain constant genes are clustered together downstream of the variable region gene in this order: μ,...constant domain gene. For example if a B cell switches to producing IgE antibodies, the gene segments for...nomenclature. Antibody heavy chain proteins as well as the genes that encode those proteins are designated by the...μ, δ, γ, ε, and α. An antibody variable gene is initially expressed with the IgM and IgD constant domains...domains because they are the first constant domain genes in the cluster. However, when B cells switch to ...

...The white gene is most often used, but other selection markers include vermillion (another gene controlling...as species of gene. Find Gal4 and UAS plasmids at Addgene Choosing a vector to generate a transgenic fly...described the Gal4/UAS system used by geneticists to study gene function. In this final installment, I...you’d like to use to generate your new fly line: 1. Where would you like the gene to be incorporated into...spot flies with the appropriate transgene. One such marker is the white gene, which restores eye color to...engineer new transgenic flies to study your favorite gene (YFG).  Sometimes, you want to use the Gal4/UAS...fairly straightforward. Basically, you place your gene of interest in a plasmid and get the vector incorporated...

... Acoustic reporter genes (ARGs) Acoustic Reporter Genes (ARGs) are engineered gene clusters that encode...for expression in E. coli: acoustic gene 1 (arg1) and acoustic gene 2 (arg2). The key difference between...Resources on the Addgene Blog Learn more about in vivo imaging tools The luciferase reporter gene The green ...green fluorescent protein reporter gene Resources on Addgene.org Find plasmids for in vivo imaging with ... reporters has its drawbacks. Acoustic reporter genes (ARGs) overcome these limitations by using gas vesicle...and high spatial resolution. By piecing together genes from gas vesicle operons from two different bacteria...their ultrasound signal. Using acoustic reporter genes for in vivo imaging Following in vitro characterization...

...numerous applications, including transgenesis, gene-trap screens, and gene editing. How does the piggyBac...levels of your gene of interest, as needed. Controlling the expression levels of your gene may be particularly...Transposagen.   How does piggyBac™ enhance gene editing? Gene editing can now be accomplished in a more... How does the piggyBac™ gene editing system compare with other methods of gene editing? There are primarily...Decoding the Epigenetic Heterogeneity of Human Pluripotent Stem Cells with Seamless Gene Editing.,” Methods...remain, such as making gene edits completely seamless (i.e., so no other genetic alterations have occurred...cell lines and genetically-modified cell lines. Furthermore, the use of piggyBac™ for gene editing allows...

...any CRISPR-based gene editors, for correcting mutations or installing functional genes to study and potentially... number of genes with a single viral vector.   Fig. 1: Schematic of multiplex gene editing with...enable multiplex gene editing in a variety of cells and organisms. However, lengthy genetic payloads and ...demonstrating simultaneous editing of genes against multiple genetic diseases, such as muscular dystrophies...limited the scalability and efficiency of multiplex gene editing. Moreover, existing multiplex strategies...single array, has been a top choice for multiplex gene knockout or regulations, it lacks proper functions...derived tools are leading the edge of the precision gene editing. CRISPR-Cas9, the key component to enable...

...Adenovirus Vectors for Gene Therapy, Vaccination and Cancer Gene Therapy. Curr Gene Ther, 13(6), 421–433...compartment, gene expression, and protein translation. Its genome consists of “early” (E) and “late” genes, and...with the E1 and E3 (Early 1 and Early 3) genes deleted. These genes’ functions are rescued by helper plasmids... be expressed, since the early genes are absent, and the late genes (and their structural proteins, which... does not require de novo viral gene expression: Implications for gene therapy. Proc Natl Acad Sci U S...house a recombinant sequence (transgene) instead.    Although the late genes are usually present in the ...and E3 gene complementation. In target cells that are infected by the vector, only the transgene will be...

...hosts through horizontal (or “lateral”) gene transfer. Horizontal gene transfer can occur naturally through...carrying genes for bacterial toxins like colicin typically also carry the necessary resistance genes to help...Additional Resources on the Addgene Blog Plasmids 101: Antibiotic Resistance Genes Antibiotic Resistance: ...cell to another). Bacteria need special fertility genes to be capable of conjugation, and these are encoded...there is evidence that lightning can also promote gene transfer in soil bacteria! (Demanèche et al., 2001...organisms to thrive in competitive environments. The genes encoding these functions form the basis of many ... Resistance (R) plasmids: microbial defense Genes allowing bacteria to survive toxins are the clearest...

... several genes spanning 33 cancer types. The types of mutations they identified included gene amplifications... plasmids each carrying a single gene with a defined mutation or gene fusion. Plasmids carrying the corresponding...how a given gene is involved in a complex pathway. Some of the most heavily-studied genes in cancer research...help cancer researchers studying an assortment of genes. Using patient data to identify mutations of unknown...corresponding wild-type genes were constructed as well. They called this library the CTD2 FASMIC Plasmid...thoroughly investigate any of the dozens of wild-type genes and their associated mutants in other model systems... Yiu Huen, et al. "Functional annotation of rare gene aberration drivers of pancreatic cancer." Nature...