Genome bioinformatics: from short- to long-read sequencing
A guide to the technology, analysis workflows, tools, and resources for next generation...
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EMBL-EBI Training course | Genome bioinformatics: from short- to long-read sequencing
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AVITI from Element Biosciences: Latest Sequencing Technologies—Part 6
- Published: 12-29-2022, 10:44 AM
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in ArticlesAVITI from Element Biosciences: Latest Sequencing Technologies—Part 6
Element Biosciences made its sequencing market debut this year when it released AVITI, its first sequencer. The AVITI System uses avidity sequencing, a novel sequencing chemistry that delivers higher quality data, decreases cycle times, and requires lower reagent concentrations. This new instrument reportedly features lower operating and start-up costs while maintaining quality sequencing.
Read type and length
AVITI is a short-read benchtop sequencer that also offers an innovative... -
DNBSEQ-G400 from Complete Genomics: Latest Sequencing Technologies—Part 5
- Published: 12-22-2022, 01:21 PM
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in ArticlesDNBSEQ-G400 from Complete Genomics: Latest Sequencing Technologies—Part 5
Complete Genomics (an MGI company) released the DNBSEQ-G400 into the U.S. market this summer. DNBSEQ-G400 is a benchtop sequencer that uses MGI’S DNA Nanoball sequencing technology (DNBSEQ) that boasts low index hopping, low amplification bias, and low PCR amplification error accumulation. In addition, the instrument is capable of using an improved antibody-based chemistry, CoolMPS sequencing reagent, that reduces errors and improves the sequencing quality.
Read type and length... -
Onso from Pacific Biosciences: Latest Sequencing Technologies—Part 4
- Published: 12-22-2022, 01:20 PM
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in ArticlesOnso from Pacific Biosciences: Latest Sequencing Technologies—Part 4
Onso was the second sequencer Pacific Biosciences (PacBio) revealed during this year’s American Society of Human Genetics meeting (read about the first sequencer here). This benchtop sequencer uses sequencing by binding (SBB), a method unlike any other instrument on the market. SBB incorporates native nucleotides, has reduced molecular scarring, and reportedly results in significantly higher accuracy base calls than traditional short-read sequencers. The following sections highlight the important...
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Align full length contigs instead of reads
Hello,
Splice aligners like HiSAT2 and STAR are optimised to map short reads (~100bp) to large genomes. I have assembled contigs available....
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Reliability of short read annotations
Hi,
I would like to know how reliable annotations are for metagenome short reads generated by illumina sequencing ~70-100bp when reads...
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Bowtie output variability
Hello everyone,
I have used Bowtie many a times earlier, but was not trapped in such situation as given below:
I have query...
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Align sRNA reads from two libraries
Hi All,
I need to check if there are some common reads between two sRNA libraries. In fact what I trying to do is find specified set miRNAs...
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Low pass filter % due to short reads
Hi,
We previously performed a 454 amplicon sequencing run on our gene library with great results back in March '12. We prepared a new amplicon...
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soap2 warning: length y <0 skip anyway
Hi all,
I have encountered a problem with soap2, when I would like to map my 17-30nt reads to genome (both fasta).
I used default parameters...
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delete reads that dont overlap with any other reads
Hi,
I am a beginner to this area. I have an alignment file in bam/sam format after aligning short reads to my genome of interest using bowtie....
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short read qualities for various NGS machines
Hi,
I am looking for the DNA sequence coverage profiles for the human genome for various different sequencing machines, such as Illumina...
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how to assess a de novo assembly result?
Hi, All,
We recently sequenced a genome around 800M using ILMN GAII and the coverage reached almost 100x. We used SOAP for de novo assembly...
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Problem with Celera Assembler
Hello,
I have short reads sequences already in a FRG file (converted from fasta to amos then to frg) which I would like to assemble using...