DNA Lib Prep 384 CDI Primer for Illumina, Set 1(96 index) _ N210731

Description

DNA Lib Prep 384 CDI Primer for Illumina is a dedicated adapter primer kit for DNA library preparation on the IlluminaTM high-throughput sequencing platform. It is divided into 2 Sets, each containing PE adapters and 8 types of i5 Index Primers and 12 types of i7 Index Primers used in next-generation sequencing library preparation. The two Sets together provide 16 types of i5 Index Primers and 24 types of i7 Index Primers, which, when used with Arcegen's DNA library prep kits, can construct up to 384 different combinations of dual-indexed libraries. All reagents provided in the kit have undergone strict quality control and functional validation to ensure maximum stability and reproducibility in library preparation.

Specifications

Cat.No.

N210731S / N210731M

Size

4×2T / 96×2T

Components

Components No.

Name

N210731S

N210731M

N210731

PE Adapter

28 μL

2×336 μL

P501-P502

10 μL each

-

P701-P702

10 μL each

-

P501-P508

-

60 μL each

P701-P712

-

40 μL each

Storage

Store at -25°C ~ -15°C. Valid for 18 months.

Notes

1. The concentration of PE Adapter in this kit is 15 μM, and the amount used per library preparation should be adjusted according to the specific library prep kit used. The concentration of Index Primers is 25 μM.

2. The PE Adapter provided in this kit is a universal short adapter; complete library preparation requires PCR amplification. Index Primers provide Barcode sequence tags for distinguishing samples during high-throughput sequencing.

3. Each Set of this kit contains 8 types of i5 Index Primers (P 5xx) and 12 types of i7 Index Primers (P 7xx), allowing for the preparation of 96 different combinations of dual-indexed libraries. The two Sets together provide 16 types of i5 Index Primers and 24 types of i7 Index Primers. You can use the i5 Index Primers (or i7 Index Primers) from Cat#N210731 in combination with the i7 Index Primers (or i5 Index Primers) from Cat#N210732 to construct up to 384 different combinations of dual-indexed libraries.

4. Do not heat the adapters; allow them to dissolve slowly at room temperature. The laboratory temperature is best maintained between 20–25°C. Avoid repeated freeze-thaw cycles. We recommend aliquoting and storing temporarily at 4°C if needed.

5. The structure of sequencing libraries constructed using the DNA Lib Prep 384 CDI Primer for Illumina kit is as follows: 

6. For your safety and health, please wear a lab coat and disposable gloves while handling these reagents.

7. This product is intended solely for research purposes!

Sequence Information

PE Adapter for Illumina:

5´-/5Phos/ GATCGGAAGAGCACACGTCTGAACTCCAGTC -3´

5´-ACACTCTTTCCCTACACGACGCTCTTCCGATCT-3´

i5 Index Primer for Illumina:

5´-AATGATACGGCGACCACCGAGATCTACAC[i5 Index]ACACTCTTTCCCTACACGACGCTCTTCCGATCT -3´

i7 Index Primer for Illumina:

5´-CAAGCAGAAGACGGCATACGAGAT[i7 Index]GTGACTGGAGTTCAGACGTGTGCTCTTCCGATC-3´

Where [i5 Index] represents an 8 bp i5 Index sequence, and [i7 Index] represents an 8 bp i7 Index sequence. The corresponding Index names, sequences included in the primers, and the Index sequences used during sequencing are shown in the tables below:

I5 Index Primers

Sequence in Primer

Sample Sheet Input / Sequencing Index Sequence

NovaSeq 6000 v1.0 reagents, MiSeq, HiSeq 2000/2500

NovaSeq 6000 v1.5 reagents

MiniSeq, NextSeq,
HiSeq 3000/4000

P501

TATAGCCT

TATAGCCT

AGGCTATA

P502

ATAGAGGC

ATAGAGGC

GCCTCTAT

P503

CCTATCCT

CCTATCCT

AGGATAGG

P504

GGCTCTGA

GGCTCTGA

TCAGAGCC

P505

AGGCGAAG

AGGCGAAG

CTTCGCCT

P506

TAATCTTA

TAATCTTA

TAAGATTA

P507

CAGGACGT

CAGGACGT

ACGTCCTG

P508

GTACTGAC

GTACTGAC

GTCAGTAC

P509

GACCTGTA

GACCTGTA

TACAGGTC

P510

ATGTAACT

ATGTAACT

AGTTACAT

P511

GTTTCAGA

GTTTCAGA

TCTGAAAC

P512

CACAGGAT

CACAGGAT

ATCCTGTG

P513

TAGCTGCC

TAGCTGCC

GGCAGCTA

P514

AGCGAATG

AGCGAATG

CATTCGCT

P515

TATGCTGC

TATGCTGC

GCAGCATA

P516

AGAAGACT

AGAAGACT

AGTCTTCT

 

I7 Index Primers

Sequence in Primer

Sample Sheet Input / Sequencing Index Sequence

P701

CGAGTAAT

ATTACTCG

P702

TCTCCGGA

TCCGGAGA

P703

AATGAGCG

CGCTCATT

P704

GGAATCTC

GAGATTCC

P705

TTCTGAAT

ATTCAGAA

P706

ACGAATTC

GAATTCGT

P707

AGCTTCAG

CTGAAGCT

P708

GCGCATTA

TAATGCGC

P709

CATAGCCG

CGGCTATG

P710

TTCGCGGA

TCCGCGAA

P711

GCGCGAGA

TCTCGCGC

P712

CTATCGCT

AGCGATAG

P713

CCTACACG

CGTGTAGG

P714

GTAGTGTC

GACACTAC

P715

TGTATGCA

TGCATACA

P716

CCAGACTG

CAGTCTGG

P717

AGGTGCCA

TGGCACCT

P718

TCACCTTG

CAAGGTGA

P719

GTATCTTT

AAAGATAC

P720

CAGCTCCA

TGGAGCTG

P721

TCGCCTTA

TAAGGCGA

P722

CTAGTACG

CGTACTAG

P723

AGCGTAGC

GCTACGCT

P724

GAGCCTCG

CGAGGCTC

Documents:

DNA Lib Prep 384 CDI Primer for Illumina, Set 1(96 index) _ N210731

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SKU: N210731M

$645.00

    • In stock
    • Shipped today? Order within: Jun 10, 2026 17:00:00 -0400

    Description

    DNA Lib Prep 384 CDI Primer for Illumina is a dedicated adapter primer kit for DNA library preparation on the IlluminaTM high-throughput sequencing platform. It is divided into 2 Sets, each containing PE adapters and 8 types of i5 Index Primers and 12 types of i7 Index Primers used in next-generation sequencing library preparation. The two Sets together provide 16 types of i5 Index Primers and 24 types of i7 Index Primers, which, when used with Arcegen's DNA library prep kits, can construct up to 384 different combinations of dual-indexed libraries. All reagents provided in the kit have undergone strict quality control and functional validation to ensure maximum stability and reproducibility in library preparation.

    Specifications

    Cat.No.

    N210731S / N210731M

    Size

    4×2T / 96×2T

    Components

    Components No.

    Name

    N210731S

    N210731M

    N210731

    PE Adapter

    28 μL

    2×336 μL

    P501-P502

    10 μL each

    -

    P701-P702

    10 μL each

    -

    P501-P508

    -

    60 μL each

    P701-P712

    -

    40 μL each

    Storage

    Store at -25°C ~ -15°C. Valid for 18 months.

    Notes

    1. The concentration of PE Adapter in this kit is 15 μM, and the amount used per library preparation should be adjusted according to the specific library prep kit used. The concentration of Index Primers is 25 μM.

    2. The PE Adapter provided in this kit is a universal short adapter; complete library preparation requires PCR amplification. Index Primers provide Barcode sequence tags for distinguishing samples during high-throughput sequencing.

    3. Each Set of this kit contains 8 types of i5 Index Primers (P 5xx) and 12 types of i7 Index Primers (P 7xx), allowing for the preparation of 96 different combinations of dual-indexed libraries. The two Sets together provide 16 types of i5 Index Primers and 24 types of i7 Index Primers. You can use the i5 Index Primers (or i7 Index Primers) from Cat#N210731 in combination with the i7 Index Primers (or i5 Index Primers) from Cat#N210732 to construct up to 384 different combinations of dual-indexed libraries.

    4. Do not heat the adapters; allow them to dissolve slowly at room temperature. The laboratory temperature is best maintained between 20–25°C. Avoid repeated freeze-thaw cycles. We recommend aliquoting and storing temporarily at 4°C if needed.

    5. The structure of sequencing libraries constructed using the DNA Lib Prep 384 CDI Primer for Illumina kit is as follows: 

    6. For your safety and health, please wear a lab coat and disposable gloves while handling these reagents.

    7. This product is intended solely for research purposes!

    Sequence Information

    PE Adapter for Illumina:

    5´-/5Phos/ GATCGGAAGAGCACACGTCTGAACTCCAGTC -3´

    5´-ACACTCTTTCCCTACACGACGCTCTTCCGATCT-3´

    i5 Index Primer for Illumina:

    5´-AATGATACGGCGACCACCGAGATCTACAC[i5 Index]ACACTCTTTCCCTACACGACGCTCTTCCGATCT -3´

    i7 Index Primer for Illumina:

    5´-CAAGCAGAAGACGGCATACGAGAT[i7 Index]GTGACTGGAGTTCAGACGTGTGCTCTTCCGATC-3´

    Where [i5 Index] represents an 8 bp i5 Index sequence, and [i7 Index] represents an 8 bp i7 Index sequence. The corresponding Index names, sequences included in the primers, and the Index sequences used during sequencing are shown in the tables below:

    I5 Index Primers

    Sequence in Primer

    Sample Sheet Input / Sequencing Index Sequence

    NovaSeq 6000 v1.0 reagents, MiSeq, HiSeq 2000/2500

    NovaSeq 6000 v1.5 reagents

    MiniSeq, NextSeq,
    HiSeq 3000/4000

    P501

    TATAGCCT

    TATAGCCT

    AGGCTATA

    P502

    ATAGAGGC

    ATAGAGGC

    GCCTCTAT

    P503

    CCTATCCT

    CCTATCCT

    AGGATAGG

    P504

    GGCTCTGA

    GGCTCTGA

    TCAGAGCC

    P505

    AGGCGAAG

    AGGCGAAG

    CTTCGCCT

    P506

    TAATCTTA

    TAATCTTA

    TAAGATTA

    P507

    CAGGACGT

    CAGGACGT

    ACGTCCTG

    P508

    GTACTGAC

    GTACTGAC

    GTCAGTAC

    P509

    GACCTGTA

    GACCTGTA

    TACAGGTC

    P510

    ATGTAACT

    ATGTAACT

    AGTTACAT

    P511

    GTTTCAGA

    GTTTCAGA

    TCTGAAAC

    P512

    CACAGGAT

    CACAGGAT

    ATCCTGTG

    P513

    TAGCTGCC

    TAGCTGCC

    GGCAGCTA

    P514

    AGCGAATG

    AGCGAATG

    CATTCGCT

    P515

    TATGCTGC

    TATGCTGC

    GCAGCATA

    P516

    AGAAGACT

    AGAAGACT

    AGTCTTCT

     

    I7 Index Primers

    Sequence in Primer

    Sample Sheet Input / Sequencing Index Sequence

    P701

    CGAGTAAT

    ATTACTCG

    P702

    TCTCCGGA

    TCCGGAGA

    P703

    AATGAGCG

    CGCTCATT

    P704

    GGAATCTC

    GAGATTCC

    P705

    TTCTGAAT

    ATTCAGAA

    P706

    ACGAATTC

    GAATTCGT

    P707

    AGCTTCAG

    CTGAAGCT

    P708

    GCGCATTA

    TAATGCGC

    P709

    CATAGCCG

    CGGCTATG

    P710

    TTCGCGGA

    TCCGCGAA

    P711

    GCGCGAGA

    TCTCGCGC

    P712

    CTATCGCT

    AGCGATAG

    P713

    CCTACACG

    CGTGTAGG

    P714

    GTAGTGTC

    GACACTAC

    P715

    TGTATGCA

    TGCATACA

    P716

    CCAGACTG

    CAGTCTGG

    P717

    AGGTGCCA

    TGGCACCT

    P718

    TCACCTTG

    CAAGGTGA

    P719

    GTATCTTT

    AAAGATAC

    P720

    CAGCTCCA

    TGGAGCTG

    P721

    TCGCCTTA

    TAAGGCGA

    P722

    CTAGTACG

    CGTACTAG

    P723

    AGCGTAGC

    GCTACGCT

    P724

    GAGCCTCG

    CGAGGCTC

    Documents:

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