We narrowed to 432 results for: sequence

...Amplicon Sequencing Provided 0.01% (variable) Sequence-level data, extremely sensitive Do not sequence all ...turning to next-generation sequencing options over older assays. Biased sequencing methods There are two ...Low-throughput, low sensitivity Sanger Sequencing Provided 20% (variable) Sequence-level data Low-throughput, inappropriate...is targeted amplicon sequencing. The information from targeted amplicon sequencing is highly sensitive ...edit rate and the repair product sequence. Targeted amplicon sequencing doesn’t tell the whole story ...require high sequencing read counts making them fast and viable options for multiplex sequencing in many laboratories...Athanasios C., et al. "Comparison of Sanger sequencing, pyrosequencing, and melting curve analysis for the detection...

...analysis of Sanger sequencing data alongside the analysis of NGS-based amplicon sequencing data and found ... of Edits with Low-Cost Sanger Sequencing   ICE uses Sanger sequencing data to produce quantitative, NGS-quality...NGS-based amplicon sequencing. To use the tool, you start by uploading your Sanger sequencing files, either...populations is PCR-amplified and Sanger sequenced. ICE compares these sequence traces to give a detailed analysis...Sanger sequencing files and provide basic information such as your sample names and guide sequences, and...nucleotide sequence of the DNA-targeting region of the guide RNA, excluding the PAM sequence. PAM Sequence... batch of hundreds, and indicate the guide RNA sequence you used. The ICE tool will calculate overall ...

...protein sequences to sequences in a database ExPASy translation tool: Translates a DNA sequence using all...Addgene's Analyze Sequence tool.   DNA sequence manipulation tools  Sometimes DNA sequences need to be “...give you the reverse sequence, complement sequence, or reverse and complement sequence.  Filter DNA tool:...analyze sequence tool: Annotates features, BLASTs, aligns, digests, and translates a sequence.   NEBCutter2...tools help with that.  DNA sequence reverse complement tool: Enter a DNA sequence and the program will give...Primer design. Plasmid mapping. DNA sequence analysis. We all have our favorite tools for tackling these...maps, but can also analyze and annotate any DNA sequence. SnapGene Viewer: The free SnapGene Viewer is...

...prepared as plexWell™ libraries, sequenced on an Illumina® sequencer, and then analyzed with our plasmid...over. Scientists have traditionally used Sanger sequencing to validate these constructs, as the relatively...low cost and quick turn-around time of Sanger sequencing have historically matched the needs of most molecular... advent of extremely fast, cheap and accurate sequencing (“reading”) of DNA, have changed our collective...preparation for high-throughput next generation (NGS) sequencing have prevented laboratories from using these ... that can help unlock the potential of modern sequencing instruments by enhancing the efficiency and simplicity... Library Preparation Technology for NGS-based sequencing and confirmation of Addgene’s large and growing...

...do I validate my ITR sequences?  Next-generation sequencing and Sanger sequencing might fail to correctly...and T-shaped hairpin loop sequences (Wilmott et al. 2019). Most ITR sequences are from AAV2 because they..., but these sequences can sometimes be removed to improve vector stability and sequencing results. Next-generation...structure  WT ITRs are symmetrical 145-nucleotide sequences that flank the ends of the single stranded DNA...genome of AAV in the native virus. Since the WT sequence is relatively unstable, a more stable 130 bp version... arrangement of the B-B’ and C-C’ palindromic sequences determines the orientation of the ITR, which can...orientation. The ITR contains three palindromic sequences (A-A’, B-B’, and C-C’ regions) and forms a T-shaped...

...vectors? Viral genome sequencing Thanks to the establishment of in-house sequencing capabilities and Seqwell... the individual sequencing reads (~150 bp each) are aligned to the reference sequence of the plasmid used...same sequence (gene). In a clean sample, there are typically fewer than 10 hits to a given sequence, and...recombinants in recombinase-dependent sequences. Recombinase-dependent sequences may be subject to recombinase-independent...rigorous quality control, including next generation sequencing (NGS) of the viral genome to confirm viral genome...post will describe our workflow for viral genome sequencing (VGS). Why should you care about viral quality...technology, we can now perform NGS at Addgene to sequence all the DNA packaged inside the viral particles...

...at least 96% sequence identity when detecting a reference feature. For a coding sequence feature that ...searches for a perfect protein sequence match even when the DNA sequence has changed. Identifying plasmid...available to biomedical researchers manipulating DNA sequences on a daily basis, many found these tools inadequate...molecular biologists didn’t know the complete sequences or properties of the DNA molecules they were using...aspects - its ability to annotate a raw plasmid sequence and display frequently used genes and control ...features was our collection of popular plasmid sequences. These plasmids contain features such as antibiotic...there is extensive heterogeneity in the feature sequences due to genetic drift and the use of genes from...

... PAM sequence. Cas9 Species/Variants and PAM Sequences Species/Variant of Cas9 PAM Sequence ...both by the target sequence contained within the guide RNA and a 3-base pair sequence known as the Protospacer...nucleotide target sequence to direct Cas9 to a specific genomic locus and the scaffolding sequence necessary ...dsDNA to be cut by Cas9, it must contain a PAM sequence immediately downstream (3’) of the site targeted...In the absence of either the guide RNA or a PAM sequence, Cas9 will neither bind nor cut the target. Cas9...two small RNAs have been condensed into one RNA sequence known as the guide RNA (gRNA) or single guide ...a gRNA designed to direct Cas9 to their target sequence of choice (see tips for designing a gRNA) and ...

...used SMRT sequencing, TA-based ligation and tagmentation-based methods for AAV genome sequencing (Tai 2019...and cost for AAV genome sequencing.  Figure 1: The viral genome sequencing workflow. Using this...partnered with Seqwell to establish a next-generation sequencing (NGS) QC platform that allows us to provide scientists... scientists with complete plasmid sequences. After launching our viral service in 2016, we adapted this...created a simplified process, termed viral genome sequencing (VGS), to confirm the identity and serotype of...Maynard 2019). Unfortunately, at present SMRT sequencing only works for self-complementary AAVs and the...double-stranded template.  Using viral genome sequencing to verify the viral genome We hypothesized that...

...each verified by sequencing, which makes the repository a convenient source of sequence data. A group of.... Percent sequence identity was a different story - the team found that the percent sequence identity ...saw that a percent sequence identity below 85% correlates with synthetic sequences. The researchers then...is natural or synthetic just by looking at its sequence. MIT collaboration for gene classification This...two species encode the same protein, their gene sequence may have slight or large variations depending ... different codon usage biases. But if a gene’s sequence was “optimized” so that it more closely resembles...express protein more efficiently. To classify gene sequences as natural or synthetic, the researchers looked...