We narrowed to 531 results for: sequence

...clonal dynamics over time using next generation sequencing (NGS). The library was developed when Carrie ...population of cells with specifc, easily read sequences that can be used to measure their clonal abundance...barcoded clone can then be monitored over time by sequencing the barcodes in the population (all barcodes ...primers). The abundance of a particular barcode sequence then corresponds to the abundance of a specific...clone; lineage tracing is performed via barcode sequencing. Using the ClonTracer library, Bhang et al. found...

... cells. Cas13 enzymes also don’t require a PAM sequence at the target locus, making them more flexible...given single base protospacer flanking site (PFS) sequence, but orthologs like LwaCas13a do not require a... target RNA from bases 12-26 of a 30 nt target sequence. For the editing portion of the protein, they ...designated this system REPAIRv1. Using next-generation sequencing, they confirmed A->I editing and found that 50...target effects observed in whole-transcriptome RNA-sequencing, the authors performed rational mutagenesis and...RESCUE further expands the RNA editing toolkit and sequences that can be edited.   As discussed above, the ...

... a rapid and highly efficient way to move DNA sequences into multiple vector systems. With the appropriate...scientists can easily clone in their desired DNA sequences. Gateway technology relies on the two reactions...add attB sites to either end of the KRAS coding sequence. If you choose this strategy, it’s important to...protein expression elements (ribosome recognition sequences, start codon, stop codons, reading frame considerations...verify the integrity of your expression clone via sequencing or restriction digest! Then, you can transform...Once you generate the entry clone with your DNA sequence of interest, you can move this DNA fragment across...

...mariner), as a method of tagmentation for next-gen sequencing pipelines (e.g. using Tn5), and as knock-in tools...A CRISPR RNA (crRNA) comprising a 32 nt spacer sequence specifying the target site. Four proteins (TniQ...interest flanked by ~50-150 bp transposon end sequences (R and L ends).  Figure 1: (A) Components.... Genomic targets require an upstream 2-bp PAM sequence for recognition by QCascade; although 5’-CC-3’...complexes survey the genome and bind target DNA sequences using RNA-DNA base pairing. Separately, TnsABC...overnight Screen colonies phenotypically or by PCR/sequencing While CRISPR-transposons are powerful and simple...

...positioning of the FP sequence relative to cell compartment targeting sequences, which often have absolute...requirements. For example, a KDEL ER retrieval sequence only functions at the extreme C-terminus [3]. ...Additionally, FPs that encode N-glycosylation consensus sequences are modified with the addition of N-glycans [9...using FPs containing two cysteine residues and a sequence intended to localize them to the secretory pathway...cysteine residues and N-glycosylation consensus sequences in popular FPs. This generated a palette of inert...others (5, 6, 7, 10, 11) highlight the very real consequences of misfolded dark FP fusions including erroneous...

...this gap, the Rat Genome Sequencing Project conducted a large scale sequencing and concluded that nearly... fully sequenced by the year 2000, becoming the first plant to have its entire genome sequenced (Koornneff... limited at first, advances in axolotl genome sequencing have vastly expanded axolotl research. One of...of the most significant advances is the sequencing of the entire axolotl genome, revealing an abundance..., R., Weinstock, G., Metzker, M. et al. Genome sequence of the Brown Norway rat yields insights into mammalian...

...the same sequence to flank a transgene (homologous pairs) or used different scrambled sequences to flank...Recombinase-dependent vectors utilize pairs of specific sequences, lox (recognized by Cre) or frt (recognized by...used a lox-STOP-lox (LSL) or frt-STOP-frt (FSF) sequence prior to an ATG start codon to prevent transcription...recognized by Cre, but they are comprised of different sequences (loxp and lox2272) and can not recombine with ...phenomena by analyzing the plasmid and viral DNA sequences and expression profile at multiple steps from ...containing a DIO/FLEx cassette using next-generation sequencing (NGS) (Guerin, K. 2020). In general, we observe...Mitsopoulos A, Fan M (2020) A Novel Next-Generation Sequencing and Analysis Platform to Assess the Identity ...

...orthogonal recombinase (Cre and Flp) recognition sequences within synthetic introns. INTRSECT was first shown...: INTRSECT works by inserting short, intronic sequences into the open reading frame (ORF) of a molecular...molecular tool and adding recombinase recognition sequences (e.g. Lox sites, FRT sites) inside of the introns...The addition of these recombinase recognition sequences enables directional control of the portion of ...

...initiation sequence known as the Species-Independent Translational Sequence (SITS). This sequence bypasses... via DNA sequencing or other readout. Cellular memory is accomplished by the use of sequence-specific ...in series with unique spacer sequences (pMemoryArray) gives a DNA sequence capable of recording 11 bits...shuttled out of the nucleus due to the nuclear export sequence. Treatment with rapamycin induces Cas9(N)-FRB-... the presence of multiple copies of targeting sequences. Scientists have adopted and employed this concept...inducible expression, loxP sites, H2B, P2A or PEST2D sequences. Several pre-constructed promoter-selection marker...generating plasmids with varying numbers of repeated sequences or inserts, which can be advantageous for imaging...

...adapted the native PEG10 RNA sequences to instead drive packaging of cargo sequences in the capsid, in an approach...also optimized the architecture and amino acid sequence of the prime editor, yielding PEmax, to work synergistically...plasmids  Deletion and replacement of long genomic sequences The PEDAR strategy engineered by Wen Xue’s lab...double-strand breaks and deletes the intervening sequence. As with other prime editing tools, the desired...

...regulatory sequences to allow for expression of multiple gRNAs (i.e. Csy4 cleavage sequence, tRNAs, multiple...No dsDNA cleavage Blunt end 5' overhang PAM sequence NGG TTTV PAM site preserved? Usually Destroyed...multiple promoters to drive crRNA expression and sequences that allow for array processing, i.e. tRNAs or...Lentiviruses carry a (+) strand RNA copy of the DNA sequence, which is a suitable substrate for Cpf1. This ...

...side of the fluorescent protein sequence that is homologous to the sequence into which it is being inserted...Gene editing is the addition of a useful coding sequence (i.e. GFP) into a gene while leaving other features...in one edited allele, or gene copy. The coding sequence for GFP is transcribed and translated along with...the gene of interest, a linker, and the GFP tag sequence to be inserted. Created with BioRender.com. ...

...gRNA targeting sequences, you can then readily generate your barcoded gRNA library sequences via oligo synthesis...can be tracked and quantitatively analyzed by sequencing its set of barcodes. CombiGEM is highly flexible...will need is to get the list of effective gRNA sequences targeting your genes of interest. Thanks to the...where NNN and XXX represent the 20-bp gRNA target sequence and its 8-bp barcode, respectively. Once cloned...

...single-stranded DNA sequence used as an initiation point for PCR amplification or sequencing. Primers can be... Description Origin of Replication (ORI) DNA sequence which allows initiation of replication within ... be exploited for sequence verification of plasmids.   How is a plasmid constructed in the lab? Due...

...described in this post are engineered to bind RNA sequences derived from Zika virus and, upon binding, produce...stripped down viral genomes containing only the sequences required for viral replication and transcription...that can be used to quickly barcode a set of DNA sequences. In this post, Alan Wong (formerly of the Lu Lab... variety of customizable functions to your DNA sequence of interest. Potential applications of the system...

... pegRNA directs the Cas9 nickase to the target sequence where it nicks the non-target strand and generates..., if the edited 3’ flap is excised, the target sequence remains unchanged and available as a substrate...

...cloning), adaptor ligation for next generation sequencing (NGS) library construction, and circularization...These applications detect specific nucleotide sequences with high specificity and quantitative accuracy...Detection Reaction (LDR), probes complementary to the sequence of interest are annealed to target DNA (genomic...fidelity thermostable DNA ligase. If the target sequence is present, the probes will ligate. Subsequent... contacts, and thus do not read specific base sequences, but are sensitive to distortions in helix shape...Gelfand. "Cloning, overexpression and nucleotide sequence of a thermostable DNA ligase-encoding gene." Gene...1756968. 7. Lauer, G., et al. "Cloning, nucleotide sequence, and engineered expression of Thermus thermophilus...

...injected animal.  PAM sequence considerations For changes 5’ to the PAM, sequences corresponding to the...developmental processes, CRISPR/Cas9 allows us to delete sequences and introduce mutations and epitopes with unprecedented... but did result in 1-2 kilobases of additional sequence being introduced. Cre-mediated excision of the...the selective cassette minimizes the sequence added, leaving a 34 bp “scar”, but currently requires additional...editing efficiency, while for edits 3’ to the PAM sequences corresponding to the opposite strand were better...they were able to insert 10 kb of non-homologous sequence or a series of single-nucleotide substitutions...an alternative gene editing system for AT-rich sequences https://doi.org/10.17912/W2237D Farboud B, Severson...

...the need for genome sequencing or annotation (5). In the event that genome sequencing can be done, this ...problem: Host binding proteins are hard to find Sequencing and cloning phage DNA can be difficult, in part...(4). To further complicate matters, even when sequenced, phage genomes tend to be choc-full of open reading...technique can also help pinpoint the genes within a sequenced genome that encode for functional cell-binding... a restriction enzyme with a short recognition sequence (like MluCI) that will cleave DNA frequently enough...Now you can grow up your colonies of interest, sequence the inserted DNA and characterize your new putative...

...insertable sequences or specific mutations, along with homologous DNA to the target sequence to be modified...and deletions along the way. HDR uses homologous sequence as a template for repair and is thus the more ...used for repair is identical to the original DNA sequence at the DSB, or it can introduce specific mutations...non-crossover events. This means all newly synthesized sequences are retained by the original damaged DNA molecule...is introduced disrupting one or both of these sequences. To prevent re-cutting and the resulting mutations...