We narrowed to 814 results for: ran

...your expected range. For example, calcium in the ER lumen reaches the sub-millimolar range, much higher...are used to monitor calcium concentrations and transients in living cells and organisms. Unlike chemical... the (1) binding of calcium, (2) allosteric rearrangements of the sensor, and (3) subsequent change in...sensors available that will localize at the plasma membrane. GCaMP-X is a nucleus-targeted GCaMP6 with an ...an extra apoCaM-binding motif to prevent aberrant binding of the biosensor to endogenous calmodulin. Multiplexing...

...chromoproteins are just now being developed for a broad range of biological inquiries.  What is a chromoprotein... a gene encoding a blue chromoprotein, after transforming them into your cells, you can simply look for... plasmids (meffRed, eforRed, asPink, spisPink, scOrange, fwYellow, amilGFP, amajLime, cjBlue, meffBlue...Image: Murakoshi et al., 2019. ShadowR is an orange light-absorbing chromoprotein that Hideji Murakoshi...imaging microscopy-based Förster resonance energy transfer (FLIM-FRET) in living cells (Figure 4). They created.... K., Tietscher, S., Edlund, A. D., Jamal, S., Wistrand-Yuen, P., … Forster, A. C. (2018). Engineering...

...patients. And, to be honest, I’ve never enjoyed grant-writing. The more I talked to people with industry...only help. Like any major life decision, the transition felt scary. While I knew two people from graduate... to enter academia, it is easier to make that transition from an academic setting—especially if job applications...pages. In academia, however, writing papers and grants is an inescapable and essential part of being able...’re often required to at least attempt to write grants. If you don’t enjoy or excel at writing, an industry...postdoc will free you of the never-ending cycle of grant-writing that is academic life. Of course, because...

... non-specific endonuclease (Cas9) and a single stranded guide RNA (gRNA). The ~20 nucleotide targeting...of wild-type Cas9 and a gRNA generates a double-strand break in the target DNA, which, when repaired through...scaled up for genome-wide screening due to the broad range of potential target sequences and ease of generating...heterogeneous population of gRNA-containing lentiviral transfer vectors, each targeting a specific gene within.... Pooled gRNAs are then cloned into lentiviral transfer vectors to create the CRISPR library. CRISPR libraries... you can skip the steps above! Cells are then transduced with lentivirus containing the CRISPR library...

...in a plasmid. During the propagation and/or transformation process, some bacteria will either never receive... is nifty because the recovery period after transformation (the dreaded 60 minutes shaking at 37 degrees... available, cost-effective, timesaving for transformations. Cons: Prone to satellite colony formation ..., interchangeable with Amp, timesaving for transformations. Con: Expensive.   Kanamycin Kanamycin, or...selection gene. However, it does require a slower transformation recovery period than amp or carb (60 minutes...confers mammalian resistance to G418. Con: Slow transformation   Spectinomycin/streptomycin Spectinomycin...

...2 nuclease, Cpf1 (CRISPR from Prevotella and Francisella), was annotated in several genomes and is classified... Cas9’s shortcomings - namely its blunt double stranded cleavage and G-rich PAM requirement. Zetsche et...one to characterize the Cpf1 nucleases. Using Francisella Cpf1 (FnCpf1), they employed an E. coli plasmid...pattern opens up the possibility of directional gene transfer, analogous to traditional restriction enzyme cloning... cloning. Sticky-end mediated gene transfer would be particularly helpful for targeting non-dividing cells...exciting both in terms of basic science and translational applications. This discovery of this type V ...

...aims do not need to be grant aims. Each aim could be the basis of a single grant. Either way, think realistically...talk could be your plans for your first NIH R01 grant proposal or a 10-year research plan. I suggest preparing...is a significant need for healthy livers for transplants. Growth of new livers in culture could resolve..., neither of these can substitute for a liver transplant. My lab will combine bioengineered scaffolds ... for presenting a science talk Check out our transferable skills guide Read all of our career blog posts...

...project to the NAc, where enhanced glutamate transmission leads to locomotion sensitization. (for review... Channelrhodopsin 2 (ChR2) reduced glutamate transmission from the mPFC projections to the NAc and decreased...injected Cre-expressing AAV-5 into the DRN of a transgenic mouse harbouring a Cre-dependent IL-1 beta overexpression...the animal behavior. With the availability of transgenic animals and viral vectors, scientists are combining... they injected AAV2 particles into a Drd1-Cre transgenic mouse to deliver Cre-dependent expression of  ...Alpár, Alán, et al. "Hypothalamic CNTF volume transmission shapes cortical noradrenergic excitability upon...

...about? In March 2014, the White House issued a memorandum to the Secretary of Labor to update the FLSA,...postdocs in the final ruling was, for a lot of us, frankly quite surprising. Consortia of higher education...issued, a joint blog post by Director of the NIH Francis Collins and Secretary of Labor Thomas Perez, Fair...exactly how postdoctoral salaries are changing. Transparent salary information for postdoctoral positions... of postdocs at different points on this salary range. We have been able to gather data on changes to ... raising salaries. In addition, both Brown and Brandeis universities have stated that they consider postdocs...

...excellent choice for fusions with integral membrane proteins and membrane associated proteins (i.e. GPI-anchored...these compartments undergo significant post-translational modifications including glycosylation, disulfide... addition of N-glycans [9]. Both of these posttranslational modifications can disrupt FP folding rendering...including the secretory pathway (Figure 2), the inner membrane space of mitochondria and chloroplasts, the extracellular...oxidizing environments when targeted via the Sec translocon." Traffic 12.5 (2011): 543-548. Pubmed PMID: ...

...purification of tagged transcription factors in mammalian cells and transgenic mice.” PNAS 100.13 (2003...and decarboxylases. These enzymes catalyze the transfer of carboxyl groups to organic acids to produce...lipogenesis, amino acid metabolism and energy transduction. Biotinylation is the general process by which...is responsible for this highly specific post-translational protein modification. Most organisms have less...enzymatic biotinylation of proteins: A post-translational modification of exceptional specificity.” Trends...

...plasmids for use in CRISPR and Tol2 transposase induced transgenesis.  Xenopus Xenopus, or frogs, are one... areas of microbial research like metabolism. Transport, biofilms, and much more. Because of it’s BSL-...have created molecular biology tools to generate transgenic axolotls for an array of different studies. Elly...popular tools for studying frogs include egg transplants and microinjections. Injections of mRNAs, for...Arabidopsis. There are also important tips for plant transformations and the use of Arabidopsis in the classroom...

...size, multimers may exhibit reduced transformation and transfection efficiency compared to the monomeric... Elfinger M, Hartl D, Rudolph C. Transgene expression of transfected supercoiled plasmid DNA concatemers...plasmid multimerization is to avoid growing the transformed bacterial culture into the late stationary phase...the linearized band, ligate the plasmid, and re-transform the ligated plasmid to recover the monomeric form...

...Impressions of NgAgo In particular, we need to thank Pooran Dewari who wrote this month’s most popular blog...NgAgo genome editing up and running in their labs. Pooran surveyed a CRISPR google forum to get a better ...CRISPR-based technique to generate C->T or G->A transitions in a target sequence in live cells. This technique...endonuclease (dCas9) fused to a deaminase to make the transitions at target sequences specified by gRNAs. Caveats...Epigenomics 5 Tips for Troubleshooting Viral Transductions Single Base Editing with CRISPR Cas9 Activators...

...ve also carved pumpkins (yes, Blugene made an appearance there too) and shared fascinatingly creepy science...algae cell is just the cell wall and cytoplasmic membrane. Vampirovibrio chlorellavorus will not grown in... the snail, the larvae reach the eyestalk and transform them into a pulsating display imitating a moving...grasshoppers and crickets. When it’s ready to transform into an aquatic adult, it forces its insect host...uninfected grasshoppers, including those linked to neurotransmitter activity and geotactic behavior (Biron et ...

...details how to transfect CRISPR plasmids into MEL cells by electroporation, sort your transfected cells via...CRISPR/Cas9, we began to explore the paired double-strand break (DSB) approach at a variety of loci. We were...following paired DSBs is inversions [3]. These rearranged segments may also be informative as to genomic...Res. 2010 Jan;20(1):81-89. PubMed. 2. Bauer DE, Kamran SC, Lessard S, Xu J, Fujiwara Y, Lin C, et al. ...

... origin of replication (which controls the host range and copy number of the plasmid) and typically include...for further study. Promoter Region Drives transcription of the target gene. Vital component for expression...cell types. Primer Binding Site A short single-stranded DNA sequence used as an initiation point for PCR...vector containing the newly inserted gene is transformed into bacterial cells and selectively grown on...biologists to broadly utilize plasmids across a wide range of applications. Some common plasmid types include...

...chemistry. The society currently has 352 members, ranging from undergrad all the way up to professors. Oxford...Oxford currently has around 700 members and hosts a range of scientific meetings for students to attend. It...society provides talks and career support for a range of different scientific disciplines, as well as ... opportunities for society members as well as arranging collaborations and conferences for their students...Synthetic Biology Society also aims to develop a range of talks for both students and the general public...

...how much easier it makes our lives. Plasmid transformation into E. coli is a fairly inefficient process...aminoglycoside Binds 30S ribosomal subunit; causes mis-translation Bactericidal 50-100 ug/mL Spectinomycin aminoglycoside...Blocks 50S ribosomal subunit; inhibits aminoacyl translocation Bacteriostatic 50-100 ug/mL in EtOH Polymyxin...Polymyxin B polypeptide Alters outer membrane permeability Bactericidal 10-100 ug/mL Tetracycline tetracyclin...Binds 50S ribosomal subunit; inhibits peptidyl translocation Bacteriostatic 5-25 ug/mL in EtOH *In prokaryotes...

...recombination, one resulting plasmid carries the transgene of interest (aka the viral genome) and the other...resistance gene and origin will replicate, and the transgene will be lost. Over time, bacteria containing the... grow! Our 5 Tips for Troubleshooting Viral Transductions will help with the next steps.   References...recombination of plasmid DNA without affecting mRNA translation efficiency or half-life. RNA 25:507–518. https...common lab E. coli strains Find tips for viral transduction  ...