The Illumina DNA PCR-Free Library Prep Manual workflow includes the following functionality.
Preset Illumina DNA PCR-Free Library Prep Manual protocols that support the preparation of up to 96 dual-indexed paired-end single-stranded libraries from DNA using the Illumina DNA PCR-Free Library Prep workflow.
Automated calculation of sample and buffer volumes.
Automated calculation or display of reagents at every step in the protocol.
Automatic step transition when required.
Automatic placement of samples when necessary.
Automated assignment of QC Pass/Fail, based on user-selected threshold values.
Protocol Type = Sample Prep
Next Steps Configuration
Master Step Name = Sort Sample (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = No Outputs
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Expand
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Qubit - Hybex (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard QC
Measurement Generation = Fixed, 1
Naming Convention = {InputItemName}
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
QC Log File - Automatically attached
QC Result File - Automatically attached
Upload File - Manually uploaded
Sample Table
Enable QC Flags = Yes
Sample Display Default = Expand
Well Sort Order = Column
File Column Options
File Column Display = Show
File Attachment Method = Manual
Table Columns - Global Fields
Master Step Name = Qubit - Thermal Cycler (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard QC
Measurement Generation = Fixed, 1
Naming Convention = {InputItemName}
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
QC Log File - Automatically attached
QC Result File - Automatically attached
Upload File - Manually uploaded
Sample Table
Enable QC Flags = Yes
Sample Display Default = Expand
Well Sort Order = Column
File Column Options
File Column Display = Show
File Attachment Method = Manual
Table Columns - Global Fields
Master Step Name = Whole Blood Lysis (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina Lysis Reagent Kit
Supplier = Illumina
Catalog Number = 20042221
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Placement Pattern = Column
Destination Containers
96 well plate
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Dried Blood Spot Lysis (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina Lysis Reagent Kit
Supplier = Illumina
Catalog Number = 20042221
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Placement Pattern = Column
Destination Containers
96 well plate
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Saliva Lysis (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina Lysis Reagent Kit
Supplier = Illumina
Catalog Number = 20042221
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Placement Pattern = Column
Destination Containers
96 well plate
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Protocol Type = Library Prep
Next Steps Configuration
Master Step Name = Tagment Genomic DNA (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Placement Pattern = Column
Destination Containers
96 well plate
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Expand
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Post Tagmentation Cleanup (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = No Outputs
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Ligate Indexes (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Add Labels
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}-{AppliedReagentLabels}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Row
Sample Table (Column Headers)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Placement Pattern = Column
Destination Containers
96 well plate
Label Groups
IDT for Illumina Nextera DNA UD Indexes Set A for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
IDT for Illumina Nextera DNA UD Indexes Set A-D for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
IDT for Illumina Nextera DNA UD Indexes Set B for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
IDT for Illumina Nextera DNA UD Indexes Set C for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
IDT for Illumina Nextera DNA UD Indexes Set D for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
Illumina DNA-RNA UD Indexes Set A B C D Tagmentation
Illumina DNA-RNA UD Indexes Set A Tagmentation
Illumina DNA-RNA UD Indexes Set B Tagmentation
Illumina DNA-RNA UD Indexes Set C Tagmentation
Illumina DNA-RNA UD Indexes Set D Tagmentation
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Clean Up Libraries (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Row
Table Columns - Global Fields
Protocol Type = Library Prep
Next Steps Configuration
Master Step Name = Tagment Genomic DNA - Standard Input v1.0.2
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Placement Pattern = Column
Destination Containers
96 well plate
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Expand
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Tagment Genomic DNA - Low Input v1.0
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Placement Pattern = Column
Destination Containers
96 well plate
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Expand
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Post Tagmentation Cleanup v1.0.1
Step Type = No Outputs
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Ligate Indexes - Thermal Cycler (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Add Labels
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}-{AppliedReagentLabels}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Label Groups
IDT for Illumina Nextera DNA UD Indexes Set A for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
IDT for Illumina Nextera DNA UD Indexes Set A-D for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
IDT for Illumina Nextera DNA UD Indexes Set B for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
IDT for Illumina Nextera DNA UD Indexes Set C for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
IDT for Illumina Nextera DNA UD Indexes Set D for NovaSeq, MiSeq, HiSeq 2500 and HiSeq 2000
Illumina DNA-RNA UD Indexes Set A B C D Tagmentation
Illumina DNA-RNA UD Indexes Set A Tagmentation
Illumina DNA-RNA UD Indexes Set B Tagmentation
Illumina DNA-RNA UD Indexes Set C Tagmentation
Illumina DNA-RNA UD Indexes Set D Tagmentation
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Clean Up Libraries - Thermal Cycler v1.0.2
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Clean Up Libraries - Thermal Cycler v1.0.2
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Protocol Type = Library Prep
Next Steps Configuration
Master Step Name = Pool Samples (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Pooling
Aliquot Generation = Fixed, 1
Naming Convention = {PoolName}
Reagent Kits
Illumina DNA PCR-Free Library Prep
Supplier = Illumina
Catalog Number = 24 - 20041794; 96 - 20041795
Website = www.illumina.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Label Uniqueness = On
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Qubit (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard QC
Measurement Generation = Fixed, 1
Naming Convention = {InputItemName}
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
QC Log File - Automatically attached
QC Result File - Automatically attached
Upload File - Manually uploaded
Sample Table
Enable QC Flags = Yes
Sample Display Default = Expand
Well Sort Order = Column
File Column Options
File Column Display = Hide
File Attachment Method = Auto
Table Columns - Global Fields
Protocol Type = Library Prep
Next Steps Configuration
Master Step Name = KAPA Sample Prep - Illumina/Universal v1.0.1
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
0.05% Tween® 20
10 mM Tris-HCl, pH 8.0 – 8.5 (25°C)
Control Types
KAPA DNA Standard 1
Supplier = Roche
Catalog Number = KK4828-07960166001
Website = www.roche.com
Conc. = 20 pM
Control Use
Single step only = No
KAPA DNA Standard 2
Supplier = Roche
Catalog Number = KK4828-07960166001
Website = www.roche.com
Conc. = 2 pM
Control Use
Single step only = No
KAPA DNA Standard 3
Supplier = Roche
Catalog Number = KK4828-07960166001
Website = www.roche.com
Conc. = 0.2 pM
Control Use
Single step only = No
KAPA DNA Standard 4
Supplier = Roche
Catalog Number = KK4828-07960166001
Website = www.roche.com
Conc. = 0.02 pM
Control Use
Single step only = No
KAPA DNA Standard 5
Supplier = Roche
Catalog Number = KK4828-07960166001
Website = www.roche.com
Conc. = 0.002 pM
Control Use
Single step only = No
KAPA DNA Standard 6
Supplier = Roche
Catalog Number = KK4828-07960166001
Website = www.roche.com
Conc. = 0.0002
Control Use
Single step only = No
KAPA Library Quantification Dilution Control
Supplier = Roche
Catalog Number = KK4906
Website = www.roche.com
Conc. = 200 pM
Control Use
Single step only = No
KAPA NTC
Control Use
Single step only = No
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Expand
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = KAPA qPCR Prep & Analysis - Illumina/Universal v1.0
Step Type = Standard QC
Measurement Generation = Variable
Naming Convention = {InputItemName}
Reagent Kits
KAPA qPCR library quantification kit - Illumina/Universal
Supplier = Roche
Catalog Number = 07960166001
Website = www.roche.com
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Placement Pattern = Column
Destination Containers
96 well plate
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
QC Log File - Automatically attached
QC Result File - Automatically attached
Upload File - Manually uploaded
Sample Table
Enable QC Flags = Yes
Sample Display Default = Expand
Well Sort Order = Column
File Column Options
File Column Display = Hide
File Attachment Method = Auto
Table Columns - Global Fields
Master Step Name = KAPA Library Quantification - Illumina/Universal v1.0
Step Type = Standard QC
Measurement Generation = Fixed, 1
Naming Convention = {InputItemName}
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
QC Log File - Automatically attached
QC Result File - Manually uploaded
Upload File - Manually uploaded
Sample Table
Enable QC Flags = Yes
Sample Display Default = Expand
Well Sort Order = Column
File Column Options
File Column Display = Show
File Attachment Method = Manual
Table Columns - Global Fields
Master Step Name = Dilute Libraries - Low Input (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Standard
Derived Sample Generation = Fixed, 1
Naming Convention = {InputItemName}
Reagent Kits
Resuspension Buffer (RSB)
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Expand
Well Sort Order = Column
Table Columns - Global Fields
Master Step Name = Pool Libraries - Low Input (Illumina DNA PCR-Free Library Prep Manual v1.0.3)
Step Type = Pooling
Aliquot Generation = Fixed, 1
Naming Convention = {PoolName}
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Sample Table (Column Headers)
Label Uniqueness = On
Defaults
Sample Grouping = Group by Containers
Well Sort Order = Column
Step Data (Master Step Fields)
Step File Placeholders
Log - Automatically attached
Sample Table
Sample Display Default = Collapse
Well Sort Order = Column
Table Columns - Global Fields
The version of Sort Sample master step name may be different depending on the version of IPP installed.
The version of the nextStep step names may be different depending on the version of IPP installed.
The version of Qubit - Hybex master step name may be different depending on the version of IPP installed.
The actual version of the workflow and step names for the routing script may be different depending on the version of IPP installed.
The version of Qubit - Thermal Cycler master step name may be different depending on the version of IPP installed.
The actual version of the workflow and step names for the routing script may be different depending on the version of IPP installed.
The version of Whole Blood Lysis master step name may be different depending on the version of IPP installed.
The actual version of the workflow and step names for the routing script may be different depending on the version of IPP installed.
The version of Dried Blood Spot Lysis master step name may be different depending on the version of IPP installed.
The actual version of the workflow and step names for the routing script may be different depending on the version of IPP installed.
The version of Saliva Lysis master step name may be different depending on the version of IPP installed.
The actual version of the workflow and step names for the routing script may be different depending on the version of IPP installed.
The version of Tagment Genomic DNA master step name may be different depending on the version of IPP installed.
The version of Post Tagmentation Cleanup master step name may be different depending on the version of IPP installed.
The version of Ligate Indexes master step name may be different depending on the version of IPP installed.
The version of Clean Up Libraries master step name may be different depending on the version of IPP installed.
The actual version of the workflows and steps in the routing automation script may be different depending on the version of IPP installed.
The version of Tagment Genomic DNA - Standard Input master step name may be different depending on the version of IPP installed.
The actual version of the nextStep step names may be different depending on the version of IPP installed.
The version of Post Tagmentation Cleanup master step name may be different depending on the version of IPP installed.
The version of Ligate Indexes - Thermal Cycler (Illumina DNA PCR-Free Library Prep Manual) master step name may be different depending on the version of IPP installed.
The version of Clean Up Libraries - Thermal Cycler master step name may be different depending on the version of IPP installed.
The actual version of the workflow and step names for the routing script may be different depending on the version of IPP installed.
The version of Clean Up Libraries - Thermal Cycler master step name may be different depending on the version of IPP installed.
The actual version of the workflow and step names for the routing script may be different depending on the version of IPP installed.
The version of Pool Samples (Illumina DNA PCR-Free Library Prep Manual) master step name may be different depending on the version of IPP installed.
The version of Qubit (Illumina DNA PCR-Free Library Prep Manual) master step name may be different depending on the version of IPP installed.
The version of KAPA Sample Prep - Illumina/Universal master step name may be different depending on the version of IPP installed.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Instruction Notes
Multiline Text
Read Only
Default = Select a sample type and protocol type for each sample.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Protocol Type
Text Dropdown
Required Field
Presets
Thermal Cycler
Hybex
Default = Thermal Cycler
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type for DNA PCR-Free Lib Prep
Text Dropdown
Required Field
Presets
gDNA
Whole Blood
Dried Blood Spot
Saliva
Default = gDNA
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Criteria 1 - Operator
Text
Default = >=
Criteria 1 - Source Data Field
Text
Default = Concentration
Criteria 1 - Threshold Value
Numeric
Default = 300
Range = 300 To 2000
Criteria 2 - Operator
Text
Default = <=
Criteria 2 - Source Data Field
Text
Default = Concentration
Criteria 2 - Threshold Value
Numeric
Default = 2000
Range = 300 To 2000
Instruction Notes
Multiline Text
Read Only
Default = 1. Upload or enter Concentration and Conc. Units. 2. Set Threshold Values then click on Assign QC Flags.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Concentration
Numeric
Required Field
Decimal Places Displayed = 2
Derived Sample
Conc. Units
Text
Required Field
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type
Text Dropdown
Required Field
Custom Entries
Presets
DNA
RNA
Measurement
Concentration
Numeric
Decimal Places Displayed = 2
Measurement
Conc. Units
Text
Measurement
Sample Type
Text
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Criteria 1 - Operator
Text
Default = >=
Criteria 1 - Source Data Field
Text
Default = Concentration
Criteria 1 - Threshold Value
Numeric
Default = 25
Criteria 2 - Operator
Text
Default = <=
Criteria 2 - Source Data Field
Text
Default = Concentration
Criteria 2 - Threshold Value
Numeric
Default = 2000
Instruction Notes
Multiline Text
Read Only
Default = 1. Upload or enter Concentration and Conc. Units. 2. Set Threshold Values then click on Assign QC Flags.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Concentration
Numeric
Required Field
Decimal Places Displayed = 2
Derived Sample
Conc. Units
Text
Required Field
Derived Sample
Prep Input Type
Text
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type
Text Dropdown
Required Field
Custom Entries
Presets
DNA
RNA
Measurement
Concentration
Numeric
Decimal Places Displayed = 2
Measurement
Conc. Units
Text
Measurement
Prep Input Type
Text
Measurement
Sample Type
Text
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
80% EtOH Prep Date
Date
Instruction Notes
Multiline Text
Read Only
Default = 1. Combine MLB, PK1 and Nuclease-free water to create the Lysis Master Mix in a 15 mL tube. 2. Add 280 µl of lysis master mix to a new 2 mL tube. 3. Add 20 uL to each 2 mL tube, mix by pipetting then vortex briefly and centrifuge. 4. Incubate and shake at 1000 rpm for 15 mins then centrifuge briefly. 5. Add 135 uL of IPB, invert tube, vortex for 15 secs to mix. 6. Incubate at RT for 5 mins. 7. Place tube on magnetic stand for 5 mins then remove and discard supernatant. 8. Wash beads 2x with 500 uL of fresh 80% EtOH for each wash. 9. Air dry on magnetic stand for 5 mins. 10. Add 35 uL of RSB to each tube and vortex to mix. 11. Label a new 96 well PCR plate with LP1 and add 32 uL of supernatant of each sample to a new well.
MLB (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Nuclease-free water (uL)
Numeric
Read Only
Decimal Places Displayed = 0
PK1 (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Total Samples
Numeric
Read Only
Default = 0
Decimal Places Displayed = 0
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type
Text Dropdown
Required Field
Custom Entries
Presets
DNA
RNA
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
10x Lysis Buffer (uL)
Numeric
Read Only
Decimal Places Displayed = 0
80% EtOH Prep Date
Date
Instruction Notes
Multiline Text
Read Only
Default = 1. Combine 10x Lysis Buffer, PK1 and Nuclease-free water to create the Lysis Master Mix in a 15 mL tube. 2. Add 300 uL of lysis master mix to a new 2 mL tube. 3. Add 6 x 3 mm² punches to a each 2 ml tube, mix by pipetting then vortex briefly and centrifuge. 4. Incubate and shake at 1000 rpm for 15 mins then centrifuge briefly. 5. Without removing the punches, transfer all supernatant from each tube to a new 2 ml tube. 6. Add 135 uL of IPB, invert tube, vortex for 15 secs to mix. 7. Incubate at RT for 5 mins. 8. Place tube on magnetic stand for 5 mins then remove and discard supernatant. 9. Wash beads 2x with 500 uL of fresh 80% EtOH for each wash. 10. Air dry on magnetic stand for 5 mins. 11. Add 35 uL of RSB to each tube and vortex to mix. 12. Incubate at RT for 2 mins then on the magnetic stand until the liquid turns clear. 13. Label a new 96 well PCR plate with LP1 and add 32 uL of supernatant of each sample to a new well.
Nuclease-free water (uL)
Numeric
Read Only
Decimal Places Displayed = 0
PK1 (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Total Samples
Numeric
Read Only
Default = 0
Decimal Places Displayed = 0
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type
Text Dropdown
Required Field
Custom Entries
Presets
DNA
RNA
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
80% EtOH Prep Date
Date
Instruction Notes
Multiline Text
Read Only
Default = 1. Incubate saliva overnight at 50°C in a water bath or air incubator. 2. Add 250 uL of Nuclease-Free Water to a new 2 mL tube. 3. Invert each heat-treated saliva collection tube 5 times to mix, add 50 uL of Saliva to each 2 mL tube, pipette to mix, vortex briefly and then centrifuge. 4. Add 135 uL of IPB, invert tube, vortex for 15 secs to mix. 5. Incubate at RT for 5 mins. 6. Place tube on magnetic stand for 5 mins then remove and discard supernatant. 7. Wash beads 2x with 500 uL of fresh 80% EtOH for each wash. 8. Air dry on magnetic stand for 5 mins. 9. Add 35 uL of RSB to each tube and vortex to mix. 10. Incubate at RT for 2 mins then on the magnetic stand until the liquid turns clear. 11. Label a new 96 well PCR plate with LP1 and add 32 uL of supernatant of each sample to a new well.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type
Text Dropdown
Required Field
Custom Entries
Presets
DNA
RNA
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
80% EtOH Prep Date
Date
Desired DNA Input (ng)
Numeric
Range = 300 To 2000
Decimal Places Displayed = 0
Instruction Notes
Multiline Text
Read Only
Default = 1. Label a new 96 well MIDI plate with LP1 and add the calculated DNA and RSB volumes of each sample to a new well on the plate. 2. Add 10 uL of TB1 to each well. 3. Add 15 uL of BLT-PF to each well. 4. Seal and shake at 1800 rpm for 1 minute. 5. Incubate in pre-heated Hybex for 8 minutes.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Concentration
Numeric
Required Field
Decimal Places Displayed = 2
Derived Sample
Conc. Units
Text
Required Field
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
DNA (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
RSB (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Instruction Notes
Multiline Text
Read Only
Default = 1. Add 10 µl ST2 to each well then seal and shake at 1800 rpm for 1 minute. 2. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 3. Without disturbing the bead pellet, remove and discard all supernatant from each well. 5. Add 150 μl TWB to each well then seal and shake at 1800 rpm for 1 minute. 6. Place on the magnetic stand and wait until the liquid is clear (~2 minutes).
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
HP3 (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Instruction Notes for Hybex Protocol
Multiline Text
Read Only
Default = 1. Remove and discard all supernatant. 2. Add 45 µl ELM to each well. 3. Add 5 µl index adapters to each well then seal and shake at 1800 rpm for 1 min. 4. Incubate in the preheated Hybex for 8 mins. 5. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 6. Remove and discard all supernatant from each well. 7. Add 75 µl TWB onto the beads in each well then seal and shake at 1800 rpm for 1 minute. 8. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 9. Remove and discard all supernatant from each well. 10. Without disturbing the bead pellet, use a 20 µl pipette to remove and discard residual TWB from each well. 11. Add 45 µl diluted HP3 to each well then seal and shake at 1800 rpm for 1 minute.
Nuclease-free water (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Total Samples
Numeric
Read Only
Default = 0
Decimal Places Displayed = 0
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
80% EtOH Prep Date
Date
Instruction Notes
Multiline Text
Read Only
Default = 1. Add 36 µl IPB to each well then seal and shake at 1800 rpm for 1 minute. 2. Incubate at room temperature for 2 minutes. 3. Place on the magnetic stand and wait until the liquid is clear (~5 minutes). 4. Label a new 96-well MIDI plate LP2. 5. Add 42 µl IPB to each well of LP2. 6. Without disturbing the bead pellet, transfer 76 µl supernatant from each well of LP1 to the corresponding well of LP2 then seal and shake at 1800 rpm for 1 minute. 7. Discard LP1 and incubate LP2 at room temperature for 2 minutes. 8. Place on the magnetic stand and wait until the liquid is clear (~5 minutes). 9. Without disturbing the bead pellet, remove and discard all supernatant from each well. 10. Wash beads 2x with 180 uL of fresh 80% EtOH for each wash. 11. Using a 20 µl pipette, remove residual EtOH from each well. 12. Air-dry on the magnetic stand (~4 minutes). 13. Add 22 µl of RSB onto the beads in each well then seal and shake at 1800 rpm for 1 minute. 14. Incubate at room temperature for 2 minutes. 15. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 16. Label a new PCR plate FLP. 17. Transfer 20 µl supernatant from each well of LP2 to the corresponding well of FLP.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
Prep Input Type
Text
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
80% EtOH Prep Date
Date
Desired DNA Input (ng)
Numeric
Required Field
Range = 100 To 2000
Instruction Notes
Multiline Text
Read Only
Default = 1. Label a new 96 well PCR plate LP1. 2. Add the calculated DNA, and RSB volumes to the LP1 plate and then pipette to mix. 3. Add the calculated BLT-PF to each well and pipette to mix. 4. Add 10 uL of TB1 to each well, pipette to mix and then seal. 5. Place the LP1 plate on the thermo cycler and run the TAG program.
Thermal Cycler Program
Text
Default = TAG
Thermal Cycler Program Notes
Multiline Text
Read Only
Default = 1. Choose the preheat lid option and set to 100°C 2. Set the reaction volume to 50 µl u 41°C for 5 minutes.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
BLT-PF (uL)
Numeric
Derived Sample
Concentration
Numeric
Required Field
Decimal Places Displayed = 2
Derived Sample
Conc. Units
Text
Required Field
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
DNA (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
RSB (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type
Text Dropdown
Requird Field
Custom Entries
Presets
DNA
RNA
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
80% EtOH Prep Date
Date
BLT-PF (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Desired DNA Input (ng)
Numeric
Required Field
Default = 25
Range = 25 To 99</li
Instruction Notes
Multiline Text
Read Only
Default = 1. Label a new 96 well MIDI plate LP1. 2. Combine the calculated BLT-PF and TB1 volumes into a 1.5 mL tube to prepare the Tagmentation Master Mix. 3. Add the calculated DNA, and RSB volumes to the LP1 plate and then pipette to mix. 4. Add 20 µl Tagmentation Master Mix to each well, pipette to mix and then seal. 5. Place the LP1 plate on the thermo cycler and run the TAG program.
TB1 (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Thermal Cycler Program
Text
Default = TAG
Thermal Cycler Program Notes
Multiline Text
Read Only
Default = 1. Choose the preheat lid option and set to 100°C 2. Set the reaction volume to 50 µl u 41°C for 5 minutes.
Total Samples
Numeric
Read Only
Default = 0
Decimal Places Displayed = 0
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Concentration
Numeric
Required Field
Decimal Places Displayed = 2
Derived Sample
Conc. Units
Text
Required Field
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
DNA (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
RSB (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type
Text Dropdown
Requird Field
Custom Entries
Presets
DNA
RNA
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Instruction Notes
Multiline Text
Read Only
Default = 1. Add 10 µl ST2 to each well, seal and then shake at 1800 rpm for 1 minute. 2. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 3. Without disturbing the bead pellet, remove and discard all supernatant from each well. 4. Add 150 μl TWB to each well, seal and shake at 1800 rpm for 1 minute. 5. Place on the magnetic stand and wait until the liquid is clear (~2 minutes).
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
Sample Name
Built-in
Derived Sample
Sample Type
Text Dropdown
Requird Field
Custom Entries
Presets
DNA
RNA
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
HP3 (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Instruction Notes
Multiline Text
Read Only
Default = 1. Remove and discard all supernatant. 2. Add 45 µl ELM to each well and pipette to mix. 3. Add 5 µl index adapters to each well then seal and shake at 1800 rpm for 1 min. 4. Place on the preprogrammed thermal cycler and run the ELM program. 5. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 6. Remove and discard all supernatant from each well. 7. Add 75 µl TWB onto the beads in each well then pipette to mix. 8. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 9. Remove and discard all supernatant from each well. 10. Seal and centrifuge at 280 x g for 10 seconds and then place on magnetic stand. 11. Without disturbing the bead pellet, remove and discard residual TWB from each well. 12. Remove the plate from the magnetic stand. 13. Add 45 µl diluted HP3 to each well, pipette to mix and then incubate at RT for 2 mins.
Nuclease-free water (uL)
Numeric
Read Only
Decimal Places Displayed = 0
Thermal Cycler Program
Text
Default = ELM
Thermal Cycler Program Notes
Multiline Text
Read Only
Default = ELM Program 1. Choose the preheat lid option and set to 100°C 2. Set the reaction volume to 50 μl 3. Run for 37°C for 5 minutes 4. Run for 50°C for 5 minutes
Total Samples
Numeric
Read Only
Default = 0
Decimal Places Displayed = 0
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
80% EtOH Prep Date
Date
Instruction Notes for Standard Input
Multiline Text
Read Only
Default = 1. Add 36 µl IPB to each well containing BLT-PF beads and pipette to mix. 2. Incubate at room temperature for 2 minutes. 3. Place on the magnetic stand and wait until the liquid is clear (~5 minutes). 4. Label a new 96-well PCR plate LP2. 5. Add 42 µl IPB to each well of LP2. 6. Without disturbing the bead pellet, transfer 76 µl supernatant from each well of LP1 to the corresponding well of the LP2, pipette to mix and remove LP1 from the magnetic stand, and then discard. 7. Incubate LP2 at room temperature for 2 minutes. 8. Place on the magnetic stand and wait until the liquid is clear (~5 minutes). 9. Without disturbing the bead pellet, remove and discard all supernatant from each well. 10. Wash beads 2x with 180 µl fresh 80% ethanol per well for each wash. 11. Seal and then centrifuge 280 x g for 10 seconds. 12. Place on the magnetic stand, and then wait 10 seconds. 13. Remove residual EtOH from each well, air-dry on the magnetic stand (~2 minutes) then remove from the magnetic stand. 14. Add 22 µl RSB onto the beads in each well and pipette to mix. 15. Incubate at room temperature for 2 minutes. 16. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 17. Label a new PCR plate FLP. 18. Transfer 20 µl supernatant from each well of LP2 to the corresponding well of FLP.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
Prep Input Type
Text
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
80% EtOH Prep Date
Date
Instruction Notes for Low Input
Multiline Text
Read Only
Default = 1. Add 81 µl IPB to each well and pipette to mix. 2. Incubate at room temperature for 5 minutes. 3. Place on the magnetic stand and wait until the liquid is clear (~5 minutes). 4. Remove and discard all supernatant from each well. 5. Wash beads 2x with 180 uL of fresh 80% EtOH for each wash. 6. Seal plate then centrifuge 280 x g for 10 seconds. 7. Place on the magnetic stand and wait until the liquid is clear (~5 minutes). 8. Remove residual EtOH from each well and air-dry on the magnetic stand (~2 minutes). 9. Remove the plate from the magnetic stand. 10. Add 15 µl RSB onto the beads in each well and pipette to resuspend. 11. Incubate at room temperature for 2 minutes. 12. Place on the magnetic stand and wait until the liquid is clear (~2 minutes). 13. Transfer 14 µl supernatant from each well of the plate to the corresponding well of a new PCR plate.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
Prep Input Type
Text
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Instruction Notes
Multiline Text
Read Only
Default = 1. Combine 9 µl of each library in a 1.5 or 1.7 ml microcentrifuge tube. 2. Vortex to mix, and then centrifuge at 280 x g for 1 minute.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Criteria 1 - Operator
Text
Default = >=
Criteria 1 - Source Data Field
Text
Default = Concentration
Criteria 1 - Threshold Value
Numeric
Criteria 2 - Operator
Text
Default = <=
Criteria 2 - Source Data Field
Text
Default = Concentration
Criteria 2 - Threshold Value
Numeric
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Concentration
Numeric
Required Field
Decimal Places Displayed = 2
Derived Sample
Conc. Units
Text
Required Field
Derived Sample
Sample Name
Built-in
Measurement
Concentration
Numeric
Decimal Places Displayed = 2
Measurement
Conc. Units
Text
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
DNA Dilution Buffer Prep Date
Date
Instruction Notes
Multiline Text
Read Only
Default = - Prepare the appropriate library dilutions (using DNA dilution buffer). - Depending on the expected concentration of the library, 1:1,000 – 1:100,000 dilutions may be appropriate.
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Desired DNA Input (ng)
Numeric Dropdown
Custom Entries
Presets
99
50
25
0.005952
0.000595
0.00006
0.000006
6e-7
6e-8
0.059524
Derived Sample
Dilution Factor
Text Dropdown
Required Field
Custom Entries
Presets
1:10000
1:20000
Derived Sample
Expected Concentration (pM)
Numeric
Decimal Places Displayed = 4
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Adding Rox?
Text Dropdown
Presets
Yes
No
Default = Yes
Criteria 1 - Operator
Text
Default = >=
Criteria 1 - Source Data Field
Text
Default = Cq
Criteria 1 - Threshold Value
Numeric
Default = 7
Criteria 2 - Operator
Text
Default = <=
Criteria 2 - Source Data Field
Text
Default = Cq
Criteria 2 - Threshold Value
Numeric
Default = 25
Instruction Notes
Multiline Text
Read Only
Default = 1. Set reaction volume and adding Rox? then click on calculate qPCR Master Mix and Sample Volume button. 2. Combine KAPA SYBR FAST qPCR Master Mix + Primer Premix, ROX and PCR-grade water to produce the qPCR Master Mix. 3. Add the qPCR Master Mix and Sample volume to a new 96 well PCR plate, seal the plate, vortex briefly to mix and then centrifuge. 4. Place the plate on the qPCR instrument. 5. Select Absolute Quantification and run the following cycling protocol: - Initial denaturation Temp. at 95C fro 5 mins for 1 cycle - Denaturation Temp. at 95C for 30 secs for 35 cycles - Annealing/Extension/Data acquisition Temp. at 95C for 45 sec for 35 cycles - Melt curve analysis (C) between 65C - 95C 6. Upload Cq values 7. Set Cq Thresholds then click on Assign QC Flags button. 8. Review Cq values and remove outliers. 9. Click on Calculate Average Cq.
KAPA SYBR FAST qPCR Master Mix + Primer Premix (uL)
Numeric
Read Only
Decimal Places Displayed = 2
PCR-grade water (uL)
Numeric
Read Only
Decimal Places Displayed = 2
qPCR Master Mix with Primer Prep Date
Date
Reaction Volume (uL)
Numeric Dropdown
Presets
20
10
Default = 20
Decimal Places Displayed = 0
ROX (uL)
Numeric
Read Only
Decimal Places Displayed = 2
Total Samples
Numeric
Read Only
Default = 0
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Average Cq
Numeric
Decimal Places Displayed = 0
Derived Sample
Cq
Numeric
Decimal Places Displayed = 2
Derived Sample
Dilution Factor
Text Dropdown
Required Field
Custom Entries
Presets
1:10000
1:20000
Derived Sample
qPCR master mix (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
Sample Name
Built-in
Derived Sample
Sample (uL)
Numeric
Decimal Places Displayed = 0
Measurement
Cq
Numeric
Decimal Places Displayed = 2
Measurement
qPCR master mix (uL)
Numeric
Measurement
Sample (uL)
Numeric
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Criteria 1 - Operator
Text
Default = >=
Criteria 1 - Source Data Field
Text
Default = Concentration (nM)
Criteria 1 - Threshold Value
Numeric
Default = 25
Criteria 2 - Operator
Text
Default = <=
Criteria 2 - Source Data Field
Text
Default = Concentration (nM)
Criteria 2 - Threshold Value
Numeric
Default = 99
Instruction Notes
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Default = 1. Enter the Slope and the Y-Intercept for your standard curve then click on the Calculate Concentration button. 2. Set your Concentration Threshold then click on the Assign QC Flogs button.
Library Length (bp)
Numeric
Default = 450
Library Length Ratio
Numeric
Read Only
Decimal Places Displayed = 0
Standard Curve Slope
Numeric
Standard Curve Y-Intercept
Numeric
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Average Cq
Numeric
Decimal Places Displayed = 2
Derived Sample
Concentration (nM)
Numeric
Decimal Places Displayed = 2
Derived Sample
Concentration (pM)
Numeric
Decimal Places Displayed = 2
Derived Sample
Diluted Avg. Conc. (pM)
Numeric
Derived Sample
Dilution Factor
Text Dropdown
Required Field
Custom Entries
Presets
1:10000
1:20000
Derived Sample
Sample Name
Built-in
Measurement
Average Cq
Numeric
Decimal Places Displayed = 2
Measurement
Concentration (nM)
Numeric
Decimal Places Displayed = 2
Measurement
Concentration (pM)
Numeric
Decimal Places Displayed = 2
Measurement
Diluted Avg. Conc. (pM)
Numeric
Decimal Places Displayed = 4
Measurement
Dilution Factor
Text
Read Only
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Final Concentration (nM)
Numeric
Default = 2
Final Volume (uL)
Numeric
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Concentration (nM)
Numeric
Decimal Places Displayed = 2
Derived Sample
Final Concentration (nM)
Numeric
Derived Sample
RSB (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
Sample (uL)
Numeric
Decimal Places Displayed = 0
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Sample Name
Built-in
Derived Sample
Waiting
Built-in
Project
Project Name
Built-in
Field Name
Field Type
Options
Additional Options and Dropdown Items
Instruction Notes
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Default = 1. Combine libraries equimolarly to a 2 nM final concentration. 2. Vortex to mix, and then centrifuge at 280 x g for 1 minute.
Sample Volume (uL)
Numeric
Category
Field Name
Field Type
Options
Additional Options and Dropdown Items
Container
Container Name
Built-in
Container
LIMS ID (Container)
Built-in
Container
Well
Built-in
Derived Sample
Concentration (nM)
Numeric
Decimal Places Displayed = 2
Derived Sample
Sample Name
Built-in
Project
Project Name
Built-in