CamSelect NGS
CamSelect NGS
CamSelect NGS
CamSelect NGS
CamSelect NGS
Beads for library preparation workflows
Beads for library preparation workflows
Beads for library preparation workflows
Beads for library preparation workflows
Beads for library preparation workflows
Engineered for DNA precision
Engineered for DNA precision
Engineered for DNA precision
Engineered for DNA
precision
Engineered for DNA precision
CamSelect NGS enables efficient size selection and PCR clean-up, ensuring high-purity DNA for downstream applications.
Using magnetic beads with polymers and salts, it selectively binds DNA above a set size threshold. The reversible binding process delivers precise isolation and preparation of target fragments.
CamSelect NGS enables efficient size selection and PCR clean-up, ensuring high-purity DNA for downstream applications.
Using magnetic beads with polymers and salts, it selectively binds DNA above a set size threshold. The reversible binding process delivers precise isolation and preparation of target fragments.
CamSelect NGS enables efficient size selection and PCR clean-up, ensuring high-purity DNA for downstream applications.
Using magnetic beads with polymers and salts, it selectively binds DNA above a set size threshold. The reversible binding process delivers precise isolation and preparation of target fragments.
CamSelect NGS enables efficient size selection and PCR clean-up, ensuring high-purity DNA for downstream applications.
Using magnetic beads with polymers and salts, it selectively binds DNA above a set size threshold. The reversible binding process delivers precise isolation and preparation of target fragments.
CamSelect NGS enables efficient size selection and PCR clean-up, ensuring high-purity DNA for downstream applications.
Using magnetic beads with polymers and salts, it selectively binds DNA above a set size threshold. The reversible binding process delivers precise isolation and preparation of target fragments.
Consistent results
Consistent results
ISO 13485–manufactured with ultra-uniform Camoxyl™ beads for up to 90% DNA recovery across volumes and fragment sizes.
ISO 13485–manufactured with ultra-uniform Camoxyl™ beads for up to 90% DNA recovery across volumes and fragment sizes.
Assured supply
Assured supply
Assured supply
Made in India in an ISO 13485 certified facility with guaranteed dispatch within 5 business days.
Made in India in an ISO 13485 certified facility with guaranteed dispatch within 5 business days.
Made in India in an ISO 13485 certified facility with guaranteed dispatch within 5 business days.
Fast and scalable
Fast and scalable
Fast and scalable
Optimized for 96/384-well formats with no centrifugation, rapid bead capture, and seamless use in both manual and automated liquid handling workflows.
Optimized for 96/384-well formats with no centrifugation, rapid bead capture, and seamless use in both manual and automated liquid handling workflows.
Optimized for 96/384-well formats with no centrifugation, rapid bead capture, and seamless use in both manual and automated liquid handling workflows.
Consistent results
ISO 13485–manufactured with ultra-uniform Camoxyl™ beads for up to 90% DNA recovery across volumes and fragment sizes.
Cost-effective
Cost-effective
Cost-effective
Reduce costs while maintaining high recovery rates and consistent performance.
Reduce costs while maintaining high recovery rates and consistent performance.
Reduce costs while maintaining high recovery rates and consistent performance.
Seamless integration
Seamless integration
Seamless integration
Works with existing protocols and automation scripts without any changes or revalidation.
Works with existing protocols and automation scripts without any changes or revalidation.
Works with existing protocols and automation scripts without any changes or revalidation.
Reliable recovery
Reliable recovery
Reliable recovery
Reliable recovery
Reliable recovery
CamSelect NGS efficiently cleans up DNA and RNA fragments post-PCR, removing excess dNTPs and reaction components. With recovery rates up to 90%, it offers fast, column-free, magnetic stand–based purification.
CamSelect NGS efficiently cleans up DNA and RNA fragments post-PCR, removing excess dNTPs and reaction components. With recovery rates up to 90%, it offers fast, column-free, magnetic stand–based purification.
CamSelect NGS efficiently cleans up DNA and RNA fragments post-PCR, removing excess dNTPs and reaction components. With recovery rates up to 90%, it offers fast, column-free, magnetic stand–based purification.
CamSelect NGS efficiently cleans up DNA and RNA fragments post-PCR, removing excess dNTPs and reaction components. With recovery rates up to 90%, it offers fast, column-free, magnetic stand–based purification.
CamSelect NGS efficiently cleans up DNA and RNA fragments post-PCR, removing excess dNTPs and reaction components. With recovery rates up to 90%, it offers fast, column-free, magnetic stand–based purification.
The figures below illustrate the recovery and reproducibility performance of CamSelect in PCR fragment analysis:
The figures below illustrate the recovery and reproducibility performance of CamSelect in PCR fragment analysis:
The figures below illustrate the recovery and reproducibility performance of CamSelect in PCR fragment analysis:
The figures below illustrate the recovery and reproducibility performance of CamSelect in PCR fragment analysis:
The figures below illustrate the recovery and reproducibility performance of CamSelect in PCR fragment analysis:
Fig. 1.1 presents normalized recovery of three PCR fragments, comparing Camselect NGS with Ampure XP. Camselect demonstrates higher recovery across all fragment sizes, indicating improved compatibility.
Fig. 1.1 presents normalized recovery of three PCR fragments, comparing Camselect NGS with Ampure XP. Camselect demonstrates higher recovery across all fragment sizes, indicating improved compatibility.
Fig. 1.1 presents normalized recovery of three PCR fragments, comparing Camselect NGS with Ampure XP. Camselect demonstrates higher recovery across all fragment sizes, indicating improved compatibility.
Fig. 1.1 presents normalized recovery of three PCR fragments, comparing Camselect NGS with Ampure XP. Camselect demonstrates higher recovery across all fragment sizes, indicating improved compatibility.
Fig. 1.1 presents normalized recovery of three PCR fragments, comparing Camselect NGS with Ampure XP. Camselect demonstrates higher recovery across all fragment sizes, indicating improved compatibility.
Fig. 1.2 shows CamSelect NGS recovery across six replicates for a 300 bp PCR product, demonstrating high reproducibility.
Fig. 1.2 shows CamSelect NGS recovery across six replicates for a 300 bp PCR product, demonstrating high reproducibility.
Fig. 1.2 shows CamSelect NGS recovery across six replicates for a 300 bp PCR product, demonstrating high reproducibility.
Fig. 1.2 shows CamSelect NGS recovery across six replicates for a 300 bp PCR product, demonstrating high reproducibility.
Fig. 1.2 shows CamSelect NGS recovery across six replicates for a 300 bp PCR product, demonstrating high reproducibility.
Fig. 1.3 shows CamSelect NGS recovery across six replicates for a 600 bp PCR product, confirming consistent reproducibility.
Fig. 1.3 shows CamSelect NGS recovery across six replicates for a 600 bp PCR product, confirming consistent reproducibility.
Fig. 1.3 shows CamSelect NGS recovery across six replicates for a 600 bp PCR product, confirming consistent reproducibility.
Fig. 1.3 shows CamSelect NGS recovery across six replicates for a 600 bp PCR product, confirming consistent reproducibility.
Fig. 1.3 shows CamSelect NGS recovery across six replicates for a 600 bp PCR product, confirming consistent reproducibility.
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
CamSelect NGS
Ampure XP
Recovery (%)
0
20
40
60
80
100
120
Product 2
600 bp
Product 3
650 bp
Product 1
300 bpFig. 1.1: PCR Fragment Recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 1Repeat 4
(300 bp)Repeat 5
Repeat 6
Fig. 1.2: Reproducibility of 300 bp recovery
CamSelect NGS
Recovery (%)
0
20
40
60
80
100
120
Repeat 1
Repeat 2
Repeat 3
Product 2Repeat 4
(600 bp)Repeat 5
Repeat 6
Fig. 1.3: Reproducibility of 600 bp recovery
Size selection efficiency
Size selection efficiency
Size selection efficiency
Size selection efficiency
Size selection efficiency
Genomic DNA was extracted from whole blood using Manta, sheared with Covaris, and quantified at 4 ng/μl by Qubit. For size selection, 50 μl of this sheared DNA was analyzed on an Agilent TapeStation, with quantification confirmed by Qubit.
Genomic DNA was extracted from whole blood using Manta, sheared with Covaris, and quantified at 4 ng/μl by Qubit. For size selection, 50 μl of this sheared DNA was analyzed on an Agilent TapeStation, with quantification confirmed by Qubit.
Genomic DNA was extracted from whole blood using Manta, sheared with Covaris, and quantified at 4 ng/μl by Qubit. For size selection, 50 μl of this sheared DNA was analyzed on an Agilent TapeStation, with quantification confirmed by Qubit.
Genomic DNA was extracted from whole blood using Manta, sheared with Covaris, and quantified at 4 ng/μl by Qubit. For size selection, 50 μl of this sheared DNA was analyzed on an Agilent TapeStation, with quantification confirmed by Qubit.
Genomic DNA was extracted from whole blood using Manta, sheared with Covaris, and quantified at 4 ng/μl by Qubit. For size selection, 50 μl of this sheared DNA was analyzed on an Agilent TapeStation, with quantification confirmed by Qubit.
CamSelect NGS was used at various sample to bead ratios to result in size specific fragment selection.
CamSelect NGS was used at various sample to bead ratios to result in size specific fragment selection.
CamSelect NGS was used at various sample to bead ratios to result in size specific fragment selection.
0.8x
0.8x
0.8x
1.0x
1.0x
1.0x
1.5x
1.5x
1.5x
2.0x
2.0x
2.0x
Sheared DNA
Sheared DNA
Sheared DNA
Target fragment
size
Target fragment
size
Target fragment
size
100 bp - 1500 bp
100 bp - 1500 bp
100 bp - 1500 bp
≥ 200 bp
≥ 200 bp
≥ 200 bp
≥ 200 bp
≥ 500 bp
≥ 500 bp
≥ 500 bp
≥ 500 bp
≥ 700 bp
≥ 700 bp
≥ 700 bp
≥ 700 bp
Recommended
reagent volume
Recommended
reagent volume
Recommended
reagent volume
1.8x
1.8x
1.8x
1.8x
0.8x
0.8x
0.8x
0.8x
0.4x
0.4x
0.4x
0.4x
0.35x
0.35x
0.35x
0.35x
Benchmark comparison
Benchmark comparison
Benchmark comparison
Benchmark comparison
Size selection was performed on DNA elutes at 1x ratio and the analysis was conducted on the TapeStation Analyzer. The yellow curve indicates CamSelect NGS and the blue curve represents competitor SPRI beads (AmpureXP)
Size selection was performed on DNA elutes at 1x ratio and the analysis was conducted on the TapeStation Analyzer. The yellow curve indicates CamSelect NGS and the blue curve represents competitor SPRI beads (AmpureXP)
Size selection was performed on DNA elutes at 1x ratio and the analysis was conducted on the TapeStation Analyzer. The yellow curve indicates CamSelect NGS and the blue curve represents competitor SPRI beads (AmpureXP)
Size selection was performed on DNA elutes at 1x ratio and the analysis was conducted on the TapeStation Analyzer. The yellow curve indicates CamSelect NGS and the blue curve represents competitor SPRI beads (AmpureXP)
Size selection was performed on DNA elutes at 1x ratio and the analysis was conducted on the TapeStation Analyzer. The yellow curve indicates CamSelect NGS and the blue curve represents competitor SPRI beads (AmpureXP)
SPRI beads
SPRI beads
SPRI beads
SPRI beads
CamSelect NGS
CamSelect NGS
CamSelect NGS
CamSelect NGS
Seamless integration with
leading sequencing platforms
Seamless integration with
leading sequencing platforms
Seamless integration with leading sequencing platforms
Seamless integration with
leading sequencing platforms
Seamless integration with leading sequencing platforms
Ion Torrent
CamSelect beads streamline DNA preparation, ensuring seamless integration with Ion Torrent for high-quality sequencing data.
Ion Torrent
CamSelect beads streamline DNA preparation, ensuring seamless integration with Ion Torrent for high-quality sequencing data.
Ion Torrent
CamSelect beads streamline DNA preparation, ensuring seamless integration with Ion Torrent for high-quality sequencing data.
Ion Torrent
CamSelect beads streamline DNA preparation, ensuring seamless integration with Ion Torrent for high-quality sequencing data.
Ion Torrent
CamSelect beads streamline DNA preparation, ensuring seamless integration with Ion Torrent for high-quality sequencing data.
Illumina
Designed for Illumina’s short-read workflows, CamSelect simplifies size selection and PCR clean-up for optimal sequencing results.
Illumina
Designed for Illumina’s short-read workflows, CamSelect simplifies size selection and PCR clean-up for optimal sequencing results.
Illumina
Designed for Illumina’s short-read workflows, CamSelect simplifies size selection and PCR clean-up for optimal sequencing results.
Illumina
Designed for Illumina’s short-read workflows, CamSelect simplifies size selection and PCR clean-up for optimal sequencing results.
Illumina
Designed for Illumina’s short-read workflows, CamSelect simplifies size selection and PCR clean-up for optimal sequencing results.
Oxford Nanopore
CamSelect NGS enables precise size selection of DNA for long-read sequencing on ONT platforms.
Oxford Nanopore
CamSelect NGS enables precise size selection of DNA for long-read sequencing on ONT platforms.
Oxford Nanopore
CamSelect NGS enables precise size selection of DNA for long-read sequencing on ONT platforms.
Oxford Nanopore
CamSelect NGS enables precise size selection of DNA for long-read sequencing on ONT platforms.
Oxford Nanopore
CamSelect NGS enables precise size selection of DNA for long-read sequencing on ONT platforms.
Optimized for your workflows
Optimized for your workflows
Optimized for your workflows
Optimized for your workflows
Optimized for your workflows
CamSelect NGS beads are designed to meet the rigorous demands of clinical, research, and biopharma sequencing environments.
CamSelect NGS beads are designed to meet the rigorous demands of clinical, research, and biopharma sequencing environments.
Streamline your nucleic acid extraction with a magnetic stand that’s designed for consistency, speed, and ease of use.
CamSelect NGS beads are designed to meet the rigorous demands of clinical, research, and biopharma sequencing environments.
CamSelect NGS beads are designed to meet the rigorous demands of clinical, research, and biopharma sequencing environments.
Typical NGS workflows (Library prep, size selection, cleanup)
Typical NGS workflows (Library prep, size selection, cleanup)
Typical NGS workflows (Library prep, size selection, cleanup)
Typical NGS workflows (Library prep, size selection, cleanup)
Typical NGS workflows (Library prep, size selection, cleanup)
Single cell & multiomics workflows
Single cell & multiomics workflows
Single cell & multiomics workflows
Single cell & multiomics workflows
Single cell & multiomics workflows
Genomic DNA / FFPE applications
Genomic DNA / FFPE applications
Genomic DNA / FFPE applications
Genomic DNA / FFPE applications
Genomic DNA / FFPE applications
Target enrichment & amplicon sequencing
Target enrichment & amplicon sequencing
Target enrichment & amplicon sequencing
Target enrichment & amplicon sequencing
Target enrichment & amplicon sequencing
Long-read sequencing (ONT, PacBio)
Long-read sequencing (ONT, PacBio)
Long-read sequencing (ONT, PacBio)
Long-read sequencing (ONT, PacBio)
Long-read sequencing (ONT, PacBio)
Workflow overview
Workflow overview
Workflow overview
Workflow overview
Workflow overview
Illumina NGS Library Prep
Illumina NGS Library Prep
Illumina NGS Library Prep
Illumina NGS Library Prep
NovaSeq
NovaSeq
NovaSeq
NovaSeq
NovaSeq
NextSeq
NextSeq
NextSeq
NextSeq
NextSeq
MiSeq
MiSeq
MiSeq
MiSeq
MiSeq
CamSelect NGS removes excess primers and unwanted fragments after PCR, ensuring cleaner libraries. In dual-index workflows, it’s also used post-indexing PCR to improve purity before sequencing.
Streamline your nucleic acid extraction with a magnetic stand that’s designed for consistency, speed, and ease of use.
CamSelect NGS removes excess primers and unwanted fragments after PCR, ensuring cleaner libraries. In dual-index workflows, it’s also used post-indexing PCR to improve purity before sequencing.
Streamline your nucleic acid extraction with a magnetic stand that’s designed for consistency, speed, and ease of use.
DNA extraction
DNA extraction
DNA extraction
DNA extraction
DNA extraction
PCR Amplification
PCR amplification
PCR amplification
Clean-up
Clean-up
Clean-up
PCR amplification
Clean-up
PCR amplification
Clean-up
Library QC
Library QC
Library QC
Library QC
Library QC
Normalization & pooling
Normalization & pooling
Normalization & pooling
Normalization & pooling
Normalization & pooling
Sequencing
Sequencing
Sequencing
Sequencing
Sequencing
Target Enrichment
Target Enrichment
Target Enrichment
Target Enrichment
Agilent SureSelect
Agilent SureSelect
Agilent SureSelect
Agilent SureSelect
Agilent SureSelect
IDT xGen
IDT xGen
IDT xGen
IDT xGen
IDT xGen
Twist
Twist
Twist
Twist
Twist
CamSelect NGS clean-up removes oligo contamination, excess primers, and short artifacts, delivering higher yield, greater purity, and more reliable sequencing in target enrichment workflows.
Streamline your nucleic acid extraction with a magnetic stand that’s designed for consistency, speed, and ease of use.
CamSelect NGS clean-up removes oligo contamination, excess primers, and short artifacts, delivering higher yield, greater purity, and more reliable sequencing in target enrichment workflows.
Streamline your nucleic acid extraction with a magnetic stand that’s designed for consistency, speed, and ease of use.
DNA extraction
DNA extraction
DNA extraction
DNA extraction
DNA extraction
Library preparation
Library preparation
Library preparation
Library preparation
Library preparation
Hybrid capture
Hybrid capture
Hybrid capture
Hybrid capture
Hybrid capture
NGS clean-up
NGS clean-up
NGS clean-up
NGS clean-up
NGS clean-up
QC and sequencing
QC and sequencing
QC and sequencing
QC and sequencing
QC and sequencing
Trusted by experts in the lab
Trusted by experts in the lab
Trusted by
experts in the lab
Trusted by
experts in the lab
Trusted by
experts in the lab
Genotypic integrates CamSelect into DNA and library clean-up workflows for large-scale targeted and whole genome sequencing projects.
Genotypic integrates CamSelect into DNA and library clean-up workflows for large-scale targeted and whole genome sequencing projects.
Genotypic integrates CamSelect into DNA and library clean-up workflows for large-scale targeted and whole genome sequencing projects.
Genotypic integrates CamSelect into DNA and library clean-up workflows for large-scale targeted and whole genome sequencing projects.
Genotypic integrates CamSelect into DNA and library clean-up workflows for large-scale targeted and whole genome sequencing projects.
Strand uses CamSelect in their Illumina Whole Exome Sequencing workflows to get high recovery, precise clean-up, and fast separation in a high-throughput clinical genomics setup.
Strand uses CamSelect in their Illumina Whole Exome Sequencing workflows to get high recovery, precise clean-up, and fast separation in a high-throughput clinical genomics setup.
Strand uses CamSelect in their Illumina Whole Exome Sequencing workflows to get high recovery, precise clean-up, and fast separation in a high-throughput clinical genomics setup.
Strand uses CamSelect in their Illumina Whole Exome Sequencing workflows to get high recovery, precise clean-up, and fast separation in a high-throughput clinical genomics setup.
Strand uses CamSelect in their Illumina Whole Exome Sequencing workflows to get high recovery, precise clean-up, and fast separation in a high-throughput clinical genomics setup.
Haystack uses CamSelect for DNA clean-up in whole-exome sequencing, ensuring consistent recovery and purity for advanced genomic analysis.
Haystack uses CamSelect for DNA clean-up in whole-exome sequencing, ensuring consistent recovery and purity for advanced genomic analysis.
Haystack uses CamSelect for DNA clean-up in whole-exome sequencing, ensuring consistent recovery and purity for advanced genomic analysis.
Haystack uses CamSelect for DNA clean-up in whole-exome sequencing, ensuring consistent recovery and purity for advanced genomic analysis.
Haystack uses CamSelect for DNA clean-up in whole-exome sequencing, ensuring consistent recovery and purity for advanced genomic analysis.
Technical specifications
Technical specifications
Technical specifications
Technical specifications
Technical specifications
Toolkit
Toolkit
Toolkit
Toolkit
Toolkit
Ordering information
Ordering information
Ordering information
Ordering information
Ordering information
FAQs
What are Cambrian’s magnetic beads used for?
Are your beads compatible with other automated systems?
What’s the shelf life and storage condition for the beads?
Do you offer free samples for evaluation?
Do you offer custom bead formulations?
FAQs
What are Cambrian’s magnetic beads used for?
Are your beads compatible with other automated systems?
What’s the shelf life and storage condition for the beads?
Do you offer free samples for evaluation?
Do you offer custom bead formulations?
FAQs
FAQs
What are Cambrian’s magnetic beads used for?
Are your beads compatible with other automated systems?
What’s the shelf life and storage condition for the beads?
Do you offer free samples for evaluation?
Do you offer custom bead formulations?
FAQs
Elevate your sequencing
workflows
Elevate your sequencing
workflows
Elevate your
sequencing workflows
Elevate your sequencing
workflows
Elevate your sequencing workflows
Contact us now to learn how CamSelect NGS
can improve your sequencing workflows.
Contact us now to learn how CamSelect NGS
can improve your sequencing workflows.
Contact us now to learn how CamSelect NGS
can improve your sequencing workflows.
Contact us now to learn how CamSelect NGS
can improve your sequencing workflows.
Contact us now to learn how CamSelect NGS can improve your sequencing workflows.