Analyskod (Click to sort ascending) | Beskriving (Click to sort ascending) |
|---|---|
| VWGDPTR001 | SARS-CoV-2 whole genome sequencing of amplicons converted into sequencing ready libraries using DNA Prep Tagmentation. |
| VWXONTR000 | External Oxford Nanopore sequenced virus samples. |
| MWRNXTR003 | Microbial whole genome sequencing. 3 M read pairs. |
| MWXNXTR003 | Microbial whole genome sequencing. 3 M read pairs. |
| VWGNXTR001 | Viral whole genome sequencing (of amplicons). 1 M read pairs. |
| RMLCUSR800 | Ready Made Library, SP flowcell, custom recipe 800 M read pairs. |
| RMLCUSS160 | Ready Made Library, S1 flowcell, custom recipe 1600 M read pairs. |
| RMLP05R800 | Ready Made Library, SP flowcell, PE 2x50, 800 M read pairs. |
| RMLP15R020 | Ready Made Library, PE 2x150, 20 M read pairs. |
| RMLP15R100 | Ready Made Library, PE 2x150, 100 M read pairs. |
| RMLP15R200 | Ready Made Library, PE 2x150, 200 M read pairs. |
| RMLP15R300 | Ready Made Library, PE 2x150, 300 M read pairs. |
| RMLP15R400 | Ready Made Library, PE 2x150, 400 M read pairs. |
| RMLP15R500 | Ready Made Library, PE 2x150, 500 M read pairs. |
| RMLP15R750 | Ready Made Library, PE 2x150, 750 M read pairs. |
| RMLP15S100 | Ready Made Library, PE 2x150, 1000 M read pairs. |
| RMLP15S125 | Ready Made Library, PE 2x150, 1250 M read pairs. |
| RMLP15S150 | Ready Made Library, PE 2x150, 1500 M read pairs. |
| RMLP15S175 | Ready Made Library, PE 2x150, 1750 M read pairs. |
| RMLP15S200 | Ready Made Library, PE 2x150, 2000 M read pairs. |
| RMLP15S225 | Ready Made Library, PE 2x150, 2250 M read pairs. |
| RMLP15S250 | Ready Made Library, PE 2x150, 2500 M read pairs. |
| RMLP15S275 | Ready Made Library, PE 2x150, 2750 M read pairs. |
| RMLP15S300 | Ready Made Library, PE 2x150, 3000 M read pairs. |
| RMLP15S325 | Ready Made Library, PE 2x150, 3250 M read pairs. |
| RMLP15S350 | Ready Made Library, PE 2x150, 3500 M read pairs. |
| RMLP15S375 | Ready Made Library, PE 2x150, 3750 M read pairs. |
| RMLP15S400 | Ready Made Library, PE 2x150, 4000 M read pairs. |
| RMLP15S425 | Ready Made Library, PE 2x150, 4250 M read pairs. |
| RMLP15S450 | Ready Made Library, PE 2x150, 4500 M read pairs. |
| RMLP15S475 | Ready Made Library, PE 2x150, 4750 M read pairs. |
| RMLP15S500 | Ready Made Library, PE 2x150, 5000 M read pairs. |
| PANKTTR020 | Panel-based sequencing, 20 M read pairs. |
| PANKTTR040 | Panel-based sequencing, 40 M read pairs. |
| PANKTTR060 | Panel-based sequencing, 60 M read pairs. |
| PANKTTR080 | Panel-based sequencing, 80 M read pairs. |
| PANKTTR100 | Panel-based sequencing, 100 M read pairs. |
| PANKTTR200 | Panel-based sequencing, 200 M read pairs. |
| PANWTTR020 | Panel-based sequencing using Watchmaker Genomics library prep kit and Twist Biosciences custom bait set, 20 M read pairs. Only for in-house use. |
| EXOKTTR040 | Whole exome sequencing, 40 M read pairs. |
| EXOKTTR060 | Whole exome sequencing, 60 M read pairs. |
| EXOKTTR100 | Whole exome sequencing, 100 M read pairs. |
| EXOKTTR140 | Whole exome sequencing, 140 M read pairs. |
| EXOKTTR200 | Whole exome sequencing, 200 M read pairs. |
| EXXCUSR000 | Analysis of externally sequenced whole exome data. |
| METLIFR030 | Metagenomic sequencing, low input PCR-free library preparation, 30 M read pairs. |
| METPCFR030 | Metagenomic sequencing, 30 M read pairs. |
| METPCFR050 | Metagenomic sequencing, 50 M read pairs. |
| WGSDPFR020 | For internal use only |
| WGSDPFR140 | For internal use only |
| WGSDPFR400 | Whole genome sequencing, Illumina DNA Prep PCR free. |
| WGSLIFC030 | Whole-genome sequencing, low input PCR-free library preparation, 30x coverage. |
| WGSLIFR400 | Whole-genome sequencing, low input PCR-free library preparation, 400 M read pairs. |
| WGSLIFR500 | Whole-genome sequencing, low input PCR-free library preparation. This application tag should only be used when the source of DNA is muscle. 500 M read pairs. |
| WGSLIFS120 | Whole-genome sequencing, low input PCR-free library preparation, 1200 M read pairs. |
| WGSPCFC030 | Whole genome sequencing. 30x coverage. |
| WGSPCFR010 | Whole genome sequencing, 10 M read pairs. Only for in-house use. |
| WGSPCFR400 | Whole-genome sequencing, 400 M read pairs. |
| WGSPCFR500 | Whole-genome sequencing. This application tag should only be used when the source of DNA is muscle. 500 M read pairs. |
| WGSPCFS120 | Whole-genome sequencing, 1200 M read pairs. |
| WGSWPFR020 | Whole-genome sequencing with Watchmaker genomics PCR-free prep, PE 2x150bp, 20 M r-p. Only for in-house use. |
| WGSWPFR400 | Whole-genome sequencing, Watchmaker genomics PCR-free prep, 400 M read pairs. Only for in-house use. |
| WGXCUSC000 | Analysis of externally sequenced whole genome data. |
| RNADEPR050 | RNA sequencing, rRNA depletion, 50 M read pairs. |
| RNADEPR100 | RNA sequencing, rRNA depletion, 100 M read pairs. |
| RNAPOAR050 | RNA sequencing, poly-A capture, 50 M read pairs. |
| RNAPOAR100 | RNA sequencing, poly-A capture, 100 M read pairs. |
| RNAPOAR400 | RNA sequencing, poly-A capture, 400 M read pairs. |
| RNXCUSR000 | Analysis of externally sequenced RNA data. |
WGSLIFR500
Whole-genome sequencing, low input PCR-free library preparation. This application tag should only be used when the source of DNA is muscle. 500 M read pairs. wgs
Ackreditering ISO/IEC 17025:2017
Svarstid 21 dagar
Min. order 1
prov
Sekvensdjup
Provmängd 400 ng
Prioritetsalternativ Ja
Details
Whole-genome sequencing, low input PCR-free library preparation. Paired end 2x150 bp using NovaSeq X, 75% of ordered quantity of data guaranteed. Not compatible with FFPE material. Somatic analyses (Balsamic) of samples are not accredited. Intended usage of this application tag is when a slightly deeper sequencing is required; for example when the source of DNA is muscle.
Limitations
Whole genome sequencing does not provide a complete coverage of the human genome due to certain regions being difficult to accurately represent in sequence data. No specific coverage is guaranteed, only a certain number of reads. Individual samples may have a better or poorer performance, which should be considered in the interpretation of the results.
Last updated: Mon Nov 20 2023