Overview

Edit a predefined set of Laboratory Procedure Details

The Procedure Details are used to document the laboratory procedure, the assembly procedure, the target scan procedure, and the target QC procedure.

The laboratory and assembly procedure details can be predefined and managed using the menu item Options | Procedure Details. If a new Sample is created from genome data, they can be assigned to Samples. The laboratory and assembly procedure details of an existing Sample can also be edited.

The procedure details are also shown in the Procedure tab of the Sample Overview and they can be exported like epidemiological data fields. The laboratory and assembly procedure details can also be exported to and imported from SPEC Files.

Laboratory Procedure Details

The laboratory procedure details must be specified manually for an input file or defined once in a pipeline script for all following processed samples.

Field Description Submission
Nucleic acid extraction Link to a literature reference, electronic resource or a standard operating procedure (SOP) Webupload16 grey.png
Library source Library source used (e.g., genomic, transcriptomic, cDNA, or metagenomic) Webupload16 grey.pngButton16-ENA.png
Library strategy Library strategy used (e.g., WGS, WGA, WXS, or RNA-Seq) Webupload16 grey.pngButton16-ENA.png
Library selection Library selection used (e.g., random, PCR, random PCR, orRT-PCR) Webupload16 grey.pngButton16-ENA.png
Library construction method Library construction method used Webupload16 grey.png
Library amplification method Library amplification method used Webupload16 grey.png
Sequencing protocol Sequencing protocol used (e.g., single-end reads, paired-end reads, or mate-pair reads) Webupload16 grey.pngButton16-ENA.png
Library insert size Library insert size in base pairs (excluding adaptors and/or primers) Webupload16 grey.pngButton16-ENA.png
Sequencing length Number of bases of insert sequenced Webupload16 grey.pngButton16-ENA.png
Sequencing vendor Sequencing platform producer (e.g., Illumina, Ion Torrent, Pacific Biosciences, or 454) Webupload16 grey.pngButton16-ENA.png
Sequencing platform Sequencing platform used (e.g., Illumina MiSeq or Ion Torrent PGM) Webupload16 grey.pngButton16-ENA.png

Submission Icons:

Webupload16 grey.png Potentially this field is submitted and published on cgMLST.org when the Sample is submitted.

Button16-ENA.png This field is submitted (required) and published on EMBL-EBI ENA when the Sample is submitted.

Assembly Procedure Details

The laboratory procedure details can be specified manually for an input file or defined once in a pipeline script for all following processed samples. If the pipeline performs an assembling (de novo or mapping), any existing values will be overwritten by the actually used assembly procedure details.

Field Description Submission
Assembly pre-processing Coverage downsampeled and/or trimmed by quality (window and QV) Webupload16 grey.png
Assembly type General assembly approach (de-novo or mapping) Webupload16 grey.png
Mapping reference genome NCBI accession number of reference genome against which raw read data were mapped Webupload16 grey.png
Assembler Software used for assembly Webupload16 grey.png
Assembler version Version of software used for assembly Webupload16 grey.png
Assembler parameters Assembler parameters used for assembly Webupload16 grey.png
Sequencing comment Additional information regarding laboratory and assembly meta-data
Downsampled to Coverage1) Expected genome coverage that was used to calculate the ratio for random downsampling
Expected Genome Size for Downsampling1) Expected genome size that was used to calculate the ratio for random downsampling
Quality Trimming1) Parameters that were used for quality trimming of reads

1) not editable and only available if assembled with a SeqSphere+ pipeline

Webupload16 grey.png Potentially this field is submitted and published on cgMLST.org when the Sample is submitted.

Target Scan Procedure Details

The target scan procedure details are stored as one text field. In contrast to the laboratory and assembly details, these details are not editable and never submitted to cgMLST.org. They are always automatically filled in by SeqSphere+. They are defined in the Task Procedure settings of the Task Template.


Example:

Ridom SeqSphere+ version 3.4.0_(2016-10)
BLAST version 2.2.12
Ignore contigs shorter than 200 bases

Scan for ref.-seqs. of L. monocytogenes cgMLST v2.1
  ref.-seq. scan BLASTN options: word size=11, mismatch=-1, match=1, gap open=5, gap ext.=2
  scan thresholds for hit: identity>=90, aligned=100
  require unique match found within the scan thresholds

Scan for ref.-seqs. of L. monocytogenes Accessory v2.0
  ref.-seq. scan BLASTN options: word size=11, mismatch=-1, match=1, gap open=5, gap ext.=2
  scan thresholds for hit: identity>=90, aligned=100
  require unique match found within the scan thresholds

Scan for ref.-seqs. and alleles of L. monocytogenes MLST v1.0
  ref.-seq. scan BLASTN options: word size=11, mismatch=-1, match=1, gap open=5, gap ext.=2
  allele scan BLASTN options: word size=11, mismatch=-1, match=1, gap open=5, gap ext.=2
  scan thresholds for hit: identity>=90, aligned>=99
  require unique match found within the scan thresholds

Target QC Procedure Details

The target QC procedure details are stored as one text field. In contrast to the laboratory and assembly details, these details are not editable and never submitted to cgMLST.org. They are always automatically filled in by SeqSphere+. They are defined in the Target QC Procedure settings of the Task Template.


Example:

Ridom SeqSphere+ version 3.4.0_(2016-10)

Target QC Procedure for L. monocytogenes cgMLST v2.1
  require that length of consensus equals ref.-seq. area(s) length +-3 triplets
  require that no ambiguities (R,Y,K,M,S,W,B,D,H,V,N) are in the consensus area(s)
  require that no frame shift exists in the translatable consensus area(s)

Target QC Procedure for L. monocytogenes Accessory v2.0
  require that length of consensus equals ref.-seq. area(s) length +-3 triplets
  require that no ambiguities (R,Y,K,M,S,W,B,D,H,V,N) are in the consensus area(s)
  require that no frame shift exists in the translatable consensus area(s)

Target QC Procedure for L. monocytogenes MLST v1.0
  require that length of consensus equals ref.-seq. area(s) length +-3 triplets
  require that no ambiguities (R,Y,K,M,S,W,B,D,H,V,N) are in the consensus area(s)
  require that no frame shift exists in the translatable consensus area(s)