CBWM070.64 I Cambrian Blood RNA Isolation Kit
The Cambrian Blood RNA Isolation Kit offers efficient, high-quality RNA for applications such as PCR, NGS, epigenetic studies, biomarker discovery, and cancer research. With advanced magnetic bead technology, the kit ensures reliable results to support research and clinical diagnostics.
The Cambrian Blood RNA Isolation Kit offers efficient, high-quality RNA for applications such as PCR, NGS, epigenetic studies, biomarker discovery, and cancer research. With advanced magnetic bead technology, the kit ensures reliable results to support research and clinical diagnostics.
The Cambrian Blood RNA Isolation Kit offers efficient, high-quality RNA for applications such as PCR, NGS, epigenetic studies, biomarker discovery, and cancer research. With advanced magnetic bead technology, the kit ensures reliable results to support research and clinical diagnostics.
The Cambrian Blood RNA Isolation Kit offers efficient, high-quality RNA for applications such as PCR, NGS, epigenetic studies, biomarker discovery, and cancer research. With advanced magnetic bead technology, the kit ensures reliable results to support research and clinical diagnostics.
The Cambrian Blood RNA Isolation Kit offers efficient, high-quality RNA for applications such as PCR, NGS, epigenetic studies, biomarker discovery, and cancer research. With advanced magnetic bead technology, the kit ensures reliable results to support research and clinical diagnostics.
Available kit size:
Available kit size:
64 reactions
64 reactions
Built for sensitive workflows
BCR-ABL testing
RNA sequencing
Transcriptome analysis
Epigenetic studies
Biomarker discovery
Cancer research
Built for sensitive workflows
BCR-ABL testing
RNA sequencing
Transcriptome analysis
Epigenetic studies
Biomarker discovery
Cancer research
Built for sensitive workflows
BCR-ABL testing
RNA sequencing
Transcriptome analysis
Epigenetic studies
Biomarker discovery
Cancer research
Built for sensitive workflows
BCR-ABL testing
RNA sequencing
Transcriptome analysis
Epigenetic studies
Biomarker discovery
Cancer research
Built for sensitive workflows
BCR-ABL testing
RNA sequencing
Transcriptome analysis
Epigenetic studies
Biomarker discovery
Cancer research
Performance data
Performance data
Performance data
Performance data
Performance data
Yield that scales with your needs
Yield that scales with your needs
Yield that scales with your needs
Yield that scales with your needs
Yield that scales with your needs
The kit demonstrates excellent scalability with increasing sample volume, allowing researchers to fine-tune RNA output based on experimental needs.
The kit demonstrates excellent scalability with increasing sample volume, allowing researchers to fine-tune RNA output based on experimental needs.
The kit demonstrates excellent scalability with increasing sample volume, allowing researchers to fine-tune RNA output based on experimental needs.
The kit demonstrates excellent scalability with increasing sample volume, allowing researchers to fine-tune RNA output based on experimental needs.
Sample type: Whole blood
Sample type: Whole blood
Sample type: Whole blood
Sample type: Whole blood
Elution volume: 60 µL
Elution volume: 60 µL
Elution volume: 60 µL
Elution volume: 60 µL
Input volume
Input volume
Input volume
Input volume
0.5 mL
0.5 mL
0.5 mL
0.5 mL
1 mL
1 mL
1 mL
1 mL
2 mL
2 mL
2 mL
2 mL
Average yield (µg)
Average yield (µg)
Average yield (µg)
Average yield (µg)
2.17 µg
2.17 µg
2.17 µg
2.17 µg
5.64 µg
5.64 µg
5.64 µg
5.64 µg
9.61 µg
9.61 µg
9.61 µg
9.61 µg
0.5 mL
0
1
2
3
4
5
6
7
8
9
10
1 mL
2 mL
2.17
5.64
9.61
Input volume of whole blood (mL)
Total RNA yield (µg)
0.5 mL
0
1
2
3
4
5
6
7
8
9
10
1 mL
2 mL
2.17
5.64
9.61
Input volume of whole blood (mL)
Total RNA yield (µg)
0.5 mL
0
1
2
3
4
5
6
7
8
9
10
1 mL
2 mL
2.17
5.64
9.61
Input volume of whole blood (mL)
Total RNA yield (µg)
0.5 mL
0
1
2
3
4
5
6
7
8
9
10
1 mL
2 mL
2.17
5.64
9.61
Input volume of whole blood (mL)
Total RNA yield (µg)
0.5 mL
0
1
2
3
4
5
6
7
8
9
10
1 mL
2 mL
2.17
5.64
9.61
Input volume of whole blood (mL)
Total RNA yield (µg)
RNA yield scales linearly with whole blood input volume
RNA yield scales linearly with whole blood input volume
RNA yield scales linearly with whole blood input volume
RNA yield scales linearly with whole blood input volume
Validated for high RNA integrity
Validated for high RNA integrity
Validated for high RNA integrity
Validated for high RNA integrity
Validated for high RNA integrity
High RNA integrity numbers as measured on the Agilent Tapestation System - suitable for sensitive downstream applications.
High RNA integrity numbers as measured on the Agilent Tapestation System - suitable for sensitive downstream applications.
High RNA integrity numbers as measured on the Agilent Tapestation System - suitable for sensitive downstream applications.
High RNA integrity numbers as measured on the Agilent Tapestation System - suitable for sensitive downstream applications.
Sample number
Sample number
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
RIN
RIN
9.7
9.7
9.4
9.4
9.3
9.3
8.9
8.9
9.1
9.1
9
9
8.6
8.6
9.3
9.3
8.7
8.7
8.8
8.8
RNA Integrity (RIN) assessment using Agilent RNA ScreenTape system
RNA Integrity (RIN) assessment using Agilent RNA ScreenTape system
RNA Integrity (RIN) assessment using Agilent RNA ScreenTape system
RNA Integrity (RIN) assessment using Agilent RNA ScreenTape system
RNA Integrity (RIN) assessment using Agilent RNA ScreenTape system
Consistency you can count on
Consistency you can count on
Consistency you can count on
Consistency you can count on
Consistency you can count on
Compared to a popular spin-column kit, our solution delivers significantly higher RNA recovery with cleaner extracts.
Compared to a popular spin-column kit, our solution delivers significantly higher RNA recovery with cleaner extracts.
Compared to a popular spin-column kit, our solution delivers significantly higher RNA recovery with cleaner extracts.
Compared to a popular spin-column kit, our solution delivers significantly higher RNA recovery with cleaner extracts.
Compared to a popular spin-column kit, our solution delivers significantly higher RNA recovery with cleaner extracts.
Cambrian
Cambrian
Cambrian
Supplier A
Supplier A
Supplier A
Sample number
Total RNA yield (µg)
0
2
4
6
8
10
8
7
6
5
4
3
2
1
Sample number
Total RNA yield (µg)
0
2
4
6
8
10
8
7
6
5
4
3
2
1
Sample number
Total RNA yield (µg)
0
2
4
6
8
10
8
7
6
5
4
3
2
1
Sample number
Total RNA yield (µg)
0
2
4
6
8
10
8
7
6
5
4
3
2
1
Sample number
Total RNA yield (µg)
0
2
4
6
8
10
8
7
6
5
4
3
2
1
Total RNA Yield (µg) comparison between Cambrian Bioworks and Supplier A
Total RNA Yield (µg) comparison between Cambrian Bioworks and Supplier A
Total RNA Yield (µg) comparison between Cambrian Bioworks and Supplier A
Total RNA Yield (µg) comparison between Cambrian Bioworks and Supplier A
Total RNA Yield (µg) comparison between Cambrian Bioworks and Supplier A
CBW A260/230
CBW A260/230
CBW A260/230
Supplier A A260/230
Supplier A A260/230
Supplier A A260/230
Number of samples
Purity
0.0
0.5
1.0
1.5
2.0
2.5
8
6
4
2
Number of samples
Purity
0.0
0.5
1.0
1.5
2.0
2.5
8
6
4
2
Number of samples
Purity
0.0
0.5
1.0
1.5
2.0
2.5
8
6
4
2
Number of samples
Purity
0.0
0.5
1.0
1.5
2.0
2.5
8
6
4
2
Number of samples
Purity
0.0
0.5
1.0
1.5
2.0
2.5
8
6
4
2
RNA purity (A260/280) comparison between Cambrian Bioworks and Supplier A
RNA purity (A260/280) comparison between Cambrian Bioworks and Supplier A
RNA purity (A260/280) comparison between Cambrian Bioworks and Supplier A
RNA purity (A260/280) comparison between Cambrian Bioworks and Supplier A
RNA purity (A260/280) comparison between Cambrian Bioworks and Supplier A
How to build reliable
RNA workflows for
blood-based studies
How to build reliable RNA workflows for blood-based studies
How to build reliable
RNA workflows for
blood-based studies
How to build reliable RNA workflows for blood-based studies
How to build reliable RNA workflows for blood-based studies
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
Explore our full range
of kits for other
sample types
Explore our full range of kits for other sample types
Explore our full range
of kits for other
sample types
Explore our full range of kits for other sample types
Explore our full range of kits for other sample types
Technical specifications
Attributes
Description
Compatable sample types
Whole blood, cell cultures
Method of purification
Magnetic bead-based technology
Cartridges
Pre-filled, 1 cartridge for 1 sample, non-reusable
Lysis buffers
Included in the box
On-deck time
50 minutes
Lysis time
40 minutes
Input volume
500 µl - 2 mL
Elution volume
60 µL
Protocol on Manta
CBW-200-i4
Pack size
64 reactions
Kit content (64 reactions)
Cartridges x64, 10X RBClysis buffer, 20X PBS,RNA LBB, Reagent R, RNase freeDNase, 10X DNase buffer
Storage conditions
Cartridges and buffers are to be stored at room temperature, Reagent R is to be stored at 4°C before reconstitution and at -20°C after reconstitution. RNase freeDNase,10X DNase buffer before and after -20°C
Technical specifications
Attributes
Description
Compatable sample types
Whole blood, cell cultures
Method of purification
Magnetic bead-based technology
Cartridges
Pre-filled, 1 cartridge for 1 sample, non-reusable
Lysis buffers
Included in the box
On-deck time
50 minutes
Lysis time
40 minutes
Input volume
500 µl - 2 mL
Elution volume
60 µL
Protocol on Manta
CBW-200-i4
Pack size
64 reactions
Kit content (64 reactions)
Cartridges x64, 10X RBClysis buffer, 20X PBS,RNA LBB, Reagent R, RNase freeDNase, 10X DNase buffer
Storage conditions
Cartridges and buffers are to be stored at room temperature, Reagent R is to be stored at 4°C before reconstitution and at -20°C after reconstitution. RNase freeDNase,10X DNase buffer before and after -20°C
Technical specifications
Attributes
Description
Compatable sample types
Whole blood, cell cultures
Method of purification
Magnetic bead-based technology
Cartridges
Pre-filled, 1 cartridge for 1 sample, non-reusable
Lysis buffers
Included in the box
On-deck time
50 minutes
Lysis time
40 minutes
Input volume
500 µl - 2 mL
Elution volume
60 µL
Protocol on Manta
CBW-200-i4
Pack size
64 reactions
Kit content (64 reactions)
Cartridges x64, 10X RBClysis buffer, 20X PBS,RNA LBB, Reagent R, RNase freeDNase, 10X DNase buffer
Storage conditions
Cartridges and buffers are to be stored at room temperature, Reagent R is to be stored at 4°C before reconstitution and at -20°C after reconstitution. RNase freeDNase,10X DNase buffer before and after -20°C
Technical specifications
Attributes
Description
Compatable sample types
Whole blood, cell cultures
Method of purification
Magnetic bead-based technology
Cartridges
Pre-filled, 1 cartridge for 1 sample, non-reusable
Lysis buffers
Included in the box
On-deck time
50 minutes
Lysis time
40 minutes
Input volume
500 µl - 2 mL
Elution volume
60 µL
Protocol on Manta
CBW-200-i4
Pack size
64 reactions
Kit content (64 reactions)
Cartridges x64, 10X RBClysis buffer, 20X PBS,RNA LBB, Reagent R, RNase freeDNase, 10X DNase buffer
Storage conditions
Cartridges and buffers are to be stored at room temperature, Reagent R is to be stored at 4°C before reconstitution and at -20°C after reconstitution. RNase freeDNase,10X DNase buffer before and after -20°C
Technical specifications
Attributes
Description
Compatable sample types
Whole blood, cell cultures
Method of purification
Magnetic bead-based technology
Cartridges
Pre-filled, 1 cartridge for 1 sample, non-reusable
Lysis buffers
Included in the box
On-deck time
50 minutes
Lysis time
40 minutes
Input volume
500 µl - 2 mL
Elution volume
60 µL
Protocol on Manta
CBW-200-i4
Pack size
64 reactions
Kit content (64 reactions)
Cartridges x64, 10X RBClysis buffer, 20X PBS,RNA LBB, Reagent R, RNase freeDNase, 10X DNase buffer
Storage conditions
Cartridges and buffers are to be stored at room temperature, Reagent R is to be stored at 4°C before reconstitution and at -20°C after reconstitution. RNase freeDNase,10X DNase buffer before and after -20°C
FAQs
What is the recommended age of blood samples for RNA extraction?
How should stored blood samples be processed for RNA extraction?
What is the correct method to perform RBC lysis?
How should a PBS wash be performed?
How should kit components be stored?
How can DNA contamination be prevented during RNA extraction?
What precautions should be taken with DNase to avoid contamination?
How can the RNA binding step be optimized?
How often should the Manta sterilization protocol be followed?
What should be done if residual supernatant remains during transfer to Well 1?
What should be done if the lysate appears too viscous?
FAQs
What is the recommended age of blood samples for RNA extraction?
How should stored blood samples be processed for RNA extraction?
What is the correct method to perform RBC lysis?
How should a PBS wash be performed?
How should kit components be stored?
How can DNA contamination be prevented during RNA extraction?
What precautions should be taken with DNase to avoid contamination?
How can the RNA binding step be optimized?
How often should the Manta sterilization protocol be followed?
What should be done if residual supernatant remains during transfer to Well 1?
What should be done if the lysate appears too viscous?
FAQs
What is the recommended age of blood samples for RNA extraction?
How should stored blood samples be processed for RNA extraction?
What is the correct method to perform RBC lysis?
How should a PBS wash be performed?
How should kit components be stored?
How can DNA contamination be prevented during RNA extraction?
What precautions should be taken with DNase to avoid contamination?
How can the RNA binding step be optimized?
How often should the Manta sterilization protocol be followed?
What should be done if residual supernatant remains during transfer to Well 1?
What should be done if the lysate appears too viscous?
FAQs
What is the recommended age of blood samples for RNA extraction?
How should stored blood samples be processed for RNA extraction?
What is the correct method to perform RBC lysis?
How should a PBS wash be performed?
How should kit components be stored?
How can DNA contamination be prevented during RNA extraction?
What precautions should be taken with DNase to avoid contamination?
How can the RNA binding step be optimized?
How often should the Manta sterilization protocol be followed?
What should be done if residual supernatant remains during transfer to Well 1?
What should be done if the lysate appears too viscous?
FAQs
What is the recommended age of blood samples for RNA extraction?
How should stored blood samples be processed for RNA extraction?
What is the correct method to perform RBC lysis?
How should a PBS wash be performed?
How should kit components be stored?
How can DNA contamination be prevented during RNA extraction?
What precautions should be taken with DNase to avoid contamination?
How can the RNA binding step be optimized?
How often should the Manta sterilization protocol be followed?
What should be done if residual supernatant remains during transfer to Well 1?
What should be done if the lysate appears too viscous?
Try Manta for
blood RNA samples
Try Manta for
blood RNA samples
Try Manta for
blood RNA samples
Try Manta for
blood RNA samples
Try Manta for
blood RNA samples
Schedule a demo with us and see how Manta can make
your workflows more efficient.
Schedule a demo with us and see how Manta can make your workflows more efficient.
Schedule a demo with us and see how Manta can make
your workflows more efficient.
Schedule a demo with us and see how Manta can make your workflows more efficient.