SEKUENSI UNIVERSAL 100018-USG TELL Seq Library Sequencing

Pandhuan Pangguna Urutan Pustaka TELL-Seq™
Kanggo kabeh sistem urutan Illumina kajaba iSeq 100
Kanggo Riset Gunakake Mung. Ora digunakake ing prosedur diagnostik.
Dokumen # 100018 v8.0
Februari 2025
Dokumen iki duweke Universal Sequencing Technology Corporation lan dimaksudake mung kanggo panggunaan pelanggan sing ana gandhengane karo panggunaan produk sing diterangake ing kene lan ora kanggo tujuan liyane.
Pandhuan ing dokumen iki kudu ditindakake kanthi tepat dening personel sing dilatih kanthi bener kanggo mesthekake panggunaan kit TELL-Seq™ sing bener lan aman.
TEKNOLOGI SEKUENSI UNIVERSAL ORA NANGGUL TANGGUNG JAWAB SAIKI SALAH NGANGGO KIT TELL-SEQ™.
©2022 Universal Sequencing Technology Corporation. Kabeh hak dilindhungi undhang-undhang. TELL-Seq™ minangka merek dagang saka Universal Sequencing Technology Corporation. Kabeh jeneng liyane, logo lan merek dagang liyane sing duwe dhewe.
Pambuka
Protokol iki nerangake carane mbukak pustaka TELL-Seq™ sing dipasangake kanthi indeks ing sistem urutan Illumina®. Pustaka TELL-Seq™† mbutuhake primer urutan khusus kanggo sistem urutan Illumina lan ngemot urutan indeks 18 basis sing digunakake minangka barcode molekuler kanggo maca sing disambung, sing kudu diurutake kanthi lengkap.
Isi Kit
Kit Primer Urutan TELL-Seq™ Illumina® (PN 100004)

Kit Primer Urutan TELL-Seq™ Illumina®, HT (PN 100013)

Struktur Pustaka TELL-Seq™ lan Skema Urutan

Indeks 1 (yaiku, indeks I7) ngemot urutan Manik TELL basis 18, sing kudu diurutake kanthi lengkap. Indeks 2 (yaiku, indeks I5) ngemot 8-basis (seri-T) utawa 10-basis (seri-C) sample indeks urutan primer digunakake ing perpustakaan amplifikasi. Urutan pungkasan sing dipasangake luwih disenengi. Kebutuhan dawa maca minimal yaiku 2 × 96; Kebutuhan dawa maca maksimal yaiku 2 × 150.
Example saka Illumina® Sequencing% Base dening Cycle Chart

Illumina® Sequencing Guideline
- Encer perpustakaan TELL-Seq™ miturut konsentrasi lan volume spesifik platform urutan Illumina®.
- Pustaka bisa dikumpulake bebarengan kanggo urutan nalika macem-macem primer multiplex digunakake ing perpustakaan amplangkah lifikasi.
- Primer urutan khusus dibutuhake kanggo ngurutake perpustakaan TELL-Seq™ lan kasedhiya ing Kit Primer Urutan Illumina TELL-Seq™.
- Primer urutan khusus iki bisa dimuat menyang sumur sing ditemtokake kanggo primer khusus. Utawa, uga bisa dimuat menyang sumur primer urutan Illumina® standar sing cocog nalika perpustakaan kontrol Illumina® PhiX dipasang ing urutan urutan.
- Primer Indeks Custom 2 mung dibutuhake nalika sawetara perpustakaan TELL-Seq™ kanthi primer multipleks beda-beda diklumpukake kanggo urutan lan nalika sequencer mbutuhake primer urutan indeks i5. Saiki mung kanggo MiSeq, Indeks 2 Primer khusus ora dibutuhake. Uga kanggo sistem sing ora didhukung kaya HiSeq 2000/2500 lan reagen NovaSeq v1, indeks khusus 2 primer ora dibutuhake.
- Jumlah minimal sequencing run bisa dileksanakake nggunakake jumlah sequencing primers kasedhiya mawarni-warni adhedhasar sistem sequencing.
| Sistem Sequencing | Apa Indeks 2 Primer khusus dibutuhake? |
| NovaSeq X/X Plus | ya wis |
| NovaSeq 6000 | ya wis |
| HiSeq 3000/4000 | ya wis |
| SabanjureSeq | ya wis |
| MiSeq | Ora |
| MiniSeq | ya wis |
Examplan Sample Sheet kanggo Sistem MiSeq
Ing ngisor iki ana mantanampsamplembar kanggo 2 × 146 PE roto karo 18-siklus indeks 1 (IE, I7 indeks) lan 8-siklus utawa 10-basis (C-seri) indeks 2 (IE, indeks I5) urutan nggunakake sekuens urutan adat kanggo Read 1 , Indeks 1 lan Waca 2 sing bakal dimuat menyang sumur primer urutan khusus. Amarga MiSeq nggunakake primer P5 ing lumahing sel aliran minangka primer urutan kanggo maca Indeks 2, primer Indeks 2 khusus TELL-Seq ora dibutuhake kanggo sistem MiSeq. Demultiplexing sembarang perpustakaan pooled bakal adhedhasar sampindeks (yaiku, indeks 2). Bakal diproses dening pipa analisis TELL-maca kanthi kapisah sawise urutan urutan rampung.

Illumina® Sequencing Rekomendasi Dawa Waca
- Urutan pungkasan sing dipasangake dianjurake.
- Pustaka TELL-Seq™ Indeks 1 yaiku 18 basis, Indeks 2 yaiku 8 basis (seri T) utawa 10 basis (seri C). Ana total 26-base (T-seri) utawa 28-base (C-seri) kanggo loro indeks dibandhingake total 16-basa kanggo standar Illumina dual indeks.
- Siklus 10 ekstra sing dibutuhake kanggo ngurutake indeks perpustakaan TELL-Seq™ kudu dikurangi saka maca 1 lan maca 2 siklus urutan kanthi rata. Wiwit reagen urutan Illumina njamin 2 siklus ekstra, 4-siklus kanggo maca 1 lan 4-siklus kanggo maca 2 kudu dikurangi.
- Dawane urutan sing disaranake yaiku 2 × 96 PE nganti 2 × 146 PE kanggo roto indeks ganda; 2 × 100 PE kanggo 2 × 150 PE kanggo s singleample mbukak tanpa perlu kanggo Index 2 diwaca.
Pertimbangan Kedalaman Urutan
- Kedalaman urutan sing nyukupi dibutuhake kanggo entuk jangkoan TELL Bead sing cukup. Sing liyane TELL Beads digunakake ing perpustakaan ampKanggo ngasilake perpustakaan TELL-Seq™, luwih akeh urutan maca sing dibutuhake kanggo entuk kedalaman urutan sing dikarepake. Nanging, luwih sithik TELL Beads digunakake kanggo perpustakaan ampNanging, luwih murah kerumitan perpustakaan, sing bisa nyebabake tingkat duplikasi sing luwih dhuwur saka urutan maca. Imbangan antarane Manik-manik TELL sing digunakake lan kompleksitas perpustakaan TELL-Seq™ sing dibutuhake bisa uga gumantung saka ukuran genom lan aplikasi.
- Kanggo aplikasi perakitan de novo, paling sethithik 60x jangkoan genom saka sample dianjurake ing umum. Nanging, jangkoan urutan ngisor uga cukup gumantung saka jumlah TELL Beads digunakake kanggo perpustakaan ampkompleksitas perpustakaan lan TELL-Seq™.
- Kanggo phasing manungsa, paling 500 yuta kluster maca saben sample kang ~ 40x ambane dianjurake.
- Kanggo urutan sing ditarget, jangkoan minimal 100x dianjurake.
Urutan Indeks Primer Multiplex Pustaka (yaiku, Indeks 2 Waca): T-seri (8-base)
| Pustaka Multiplex Primer (T-seri) | Kanggo Sample Lembar MiSeq | Kanggo Sample Sheet NovaSeq, NovaSeq X, NextSeq, MiniSeq |
| T501 | TGAACCTT | AAGGTTCA |
| T502 | TGTAAGT | ACTTAGCA |
| T503 | TGTTCTCT | AGAGAACA |
| T504 | TAAGACAC | GTGTCTTA |
| T505 | CTAATCGA | TCGATTAG |
| T506 | CTAGAACA | TGTTCTAG |
| T507 | TAAGTTCC | GGAACTTA |
| T508 | TAGACCTA | TAGGTCTA |
| T509 | CATCCGAA | TTCGGATG |
| T510 | TTTGAGT | ACTCATAA |
| T511 | AGAGGCGC | GGCCTCT |
| T512 | TAGCCGCG | CCGGCTA |
| T513 | ACGAATAA | TTTTCGT |
| T514 | TTCGTAGG | CCTACGAA |
| T515 | GATCTGCT | AGCAGATC |
| T516 | CGCTCCGC | GGGAGCG |
| T517 | AGGCTATA | TATAGCCT |
| T518 | GCCCTAT | ATAGAGGC |
| T519 | AGGATAGG | CCTATCCT |
| T520 | TCAGAGCC | GGCTCTGA |
| T521 | CTTCGCCT | AGGCGAAG |
| T522 | TAAGATTA | TAATCTTA |
| T523 | AGTAAGTA | TACTTACT |
| T524 | GACTTCCT | AGGAAGTC |
Urutan Indeks Primer Multiplex Pustaka (yaiku Indeks 2 Waca): Seri C,D,E,F (10 basis)
| Pustaka Multiplex Primer (seri-C) | Kanggo Sample Lembar MiSeq | Kanggo Sample Sheet NovaSeq, NovaSeq X, NextSeq, MiniSeq |
| C501 | ACGTACGTAC | GTACGTACGT |
| C502 | CATGCATGCA | TGCATGCATG |
| C503 | GTACGTACGT | ACGTACGTAC |
| C504 | TGCATGCATG | CATGCATGCA |
| C505 | ATGTGATCA | TGATCAGCAT |
| C506 | CACAGCTGTG | CACAGCTGTG |
| C507 | GCTGATCAGC | GCTGATCAGC |
| C508 | TGATCAGCAT | ATGTGATCA |
| C509 | ATTCAATACT | AGTATTGAAT |
| C510 | CTAGCGCTAG | CTAGCGCTAG |
| C511 | GCTAGTAGTA | TACTACTAGC |
| C512 | TCAATCAAG | CTTGATTGGA |
| C513 | AATATTGCTG | CAGCAATATT |
| C514 | CGTCGTTACG | CGTAACGACG |
| C515 | GATTGATTCC | GGAATCAATC |
| C516 | TCTAACAATG | CATTGTTAGA |
| C517 | AGAATTGTCA | TGACAATTCT |
| C518 | CTCAGCAATT | AATTGCTGAG |
| C519 | GGTCCTTGTC | GACAAGGACC |
| C520 | AGGCCTGACA | TGTCAGGCCT |
| C521 | CTCCTAGTGG | CCACTAGGAG |
| C522 | GGTTACAGCT | AGCTGTAACC |
| C523 | CTGATTGGCG | CGCCAATCAG |
| C524 | ATTGGTTAGA | TCTAACCAAT |
| C525 | CCATTCAACT | AGTTGAATGG |
| C526 | CAGTATTGAC | GTCAATACTG |
| C527 | GAGTCCTCAA | TTGAGGACTC |
| C528 | AGCTACTACT | AGTAGTAGCT |
| C529 | TAGCTAGCGC | GCGCTAGCTA |
| C530 | GATGCAACAC | GTGTTGCATC |
| C531 | CCTCAGTACA | TGTACTGAGG |
| C532 | CGGTAATTCA | TGAATTACCG |
| C533 | CGCAATGGCT | AGCCATTGCG |
| C534 | GTACGTTGAA | TTCAACGTAC |
| C535 | TTGATCAGTA | TACTGATCAA |
| C536 | GGCCTAACAA | TTGTTAGGCC |
| C537 | GTTGTTGGAA | TTCCAACAAC |
| C538 | TACGTTGGAC | GTCCAACGTA |
| C539 | ACACCATGCA | TGCATGGTGT |
| C540 | GCAATAGTAC | GTACTATTTGC |
| C541 | ACGCAGCCAG | CTGGCTGCGT |
| C542 | CGAGTTGACG | CGTCAACTCG |
| C543 | CGTGGGTGAA | TTCAGCCACG |
| C544 | TTCAAGGAC | GTCTTGAGA |
| C545 | CCTAGGCACT | AGTGCCTAGG |
| C546 | CTGCGGTAAT | ATTACCGCAG |
| C547 | GGCACTACCA | TGGTAGTGCC |
| C548 | GCTCAATCAA | TTGATTGAGC |
| C549 | AGGCACACAC | GTGTGTGCCT |
| C550 | CCTGGCAAGA | TTTGCCAGG |
| C551 | TAATTTGGTAG | CTACCAATTA |
| C552 | GCCAACAAGT | ACTTGTTGGC |
| C553 | ATGGCTATA | TATAAGCCAT |
| C554 | GCATGGCCTT | AAGGCCATGC |
| C555 | ACAATACTGG | CCAGTATTGT |
| C556 | GGATTGGACT | AGTCCAATCC |
| C557 | ACTGTACTAT | ATAGTACAGT |
| C558 | CAGCTGTGAG | CTCACAGCTG |
| C559 | CTTGAGGACC | GGTCCTCAAG |
| C560 | GGTACAATAG | CTATTGTACC |
| C561 | CTGACTACTA | TAGTAGTCAG |
| C562 | TCAACCATGG | CCATGGTTGA |
| C563 | ATTATAACCG | CGGTTATAAT |
| C564 | ACTAGTCCTT | AAGGACTAGT |
| C565 | ACTTGGACGT | ACGTCCAAGT |
| C566 | ATGGTTAGGA | TCCTAACCAT |
| C567 | ATGGTACCAA | TTGGTACCAT |
| C568 | GAATTGACTC | GAGTCAATTC |
| C569 | AGCAACCAGG | CCTGGTTGCT |
| C570 | TACTGTGCTG | CAGCACAGTA |
| C571 | CAACAACGTC | GACGTTGTTG |
| C572 | CAGTAGCGCT | AGCGCTACTG |
| C573 | ATTACCAATC | GATTGGTAAT |
| C574 | TAAGGACCGC | GCGGTCCTTA |
| C575 | ACACGTACCG | CGGTACGTGT |
| C576 | CAACGTTGTT | AACAACGTTG |
| C577 | ATTGTGCTGA | TCAGCACAAT |
| C578 | GTACCAACAG | CTGTTGGTAC |
| C579 | TTGTCAAGGA | TCCTTGACAA |
| C580 | CTTGTACGTA | TACGTACAAG |
| C581 | TGCTTGTAA | TTACAAGGCA |
| C582 | TAGTAGCTTA | TAAGCTACTA |
| C583 | GACCGCAATG | CATTGCGGTC |
| C584 | CTACTAGCTT | AAGCTAGTAG |
| C585 | AGCACACGTT | AACGTGTGCT |
| C586 | TGTTATAAGC | GCTTATAACA |
| C587 | GTTGCCAAGT | ACTTGGCAAC |
| C588 | CTGGCAACCG | CGGTTGCCAG |
| C589 | TTAGGCCTTA | TAAGGCCTAA |
| C590 | CGCAGCACAG | CTGTGCTGCG |
| C591 | CTAGGCACAA | TTGTGCCTAG |
| C592 | TGTTGTACAG | CTGTACAACA |
| C593 | CTAACGTGGC | GCCCGTTAG |
| C594 | GCGTACTGGT | ACCAGTACGC |
| C595 | GGCTGAATT | AATTCAGGCC |
| C596 | CATGCTCGAG | CTCGAGCATG |
| Pustaka Multiplex Primer (D-seri) | Kanggo Sample Lembar MiSeq | Kanggo Sample Sheet NovaSeq, NovaSeq X, NextSeq, MiniSeq |
| D501 | AGCACTGTAA | TTACAGTGCT |
| D502 | CCGAAGTACT | AGTACTTCGG |
| D503 | GTTACAAGTA | TACTTGTAAC |
| D504 | TGATTGCGTG | CACGCAATCA |
| D505 | ATCTTAGGCA | TGCCTAAGAT |
| D506 | CACGCAAGTT | AACTTGCGTG |
| D507 | GAGCTTAGGA | TCCTAAGCTC |
| D508 | TATTGCTCGA | TCGAGCAATA |
| D509 | AACATCTGAG | CTCAGATGTT |
| D510 | CAACTCAGCA | TGCTAGTTG |
| D511 | GAACTATATG | CATATAGTTC |
| D512 | TAATAGTCTA | TAGACTATTA |
| D513 | AAGATTGACG | CGTCAATCTT |
| D514 | CACGTAGCCG | CGCTACGTG |
| D515 | GACTCGATCA | TGATCGAGTC |
| D516 | TAATCCTCGC | GGGGGATTA |
| D517 | AAGCTTCCTGG | CCAGGAGCTT |
| D518 | CAGATTGTTG | CAACAATCTG |
| D519 | GATGCTATTC | GAATAGCATC |
| D520 | TAATCCTCGC | GGGGGATTA |
| D521 | AAGTATACCT | AGGTATACT |
| D522 | CAGTAGCCAA | TTGGCTACTG |
| D523 | GCAAGGACTC | GAGTCCTTGC |
| D524 | TACTACTGTA | TACAGTAGTA |
| D525 | AATCCTAGCT | AGCTAGGATT |
| D526 | CATTGGCAAG | CTTGCCAATG |
| D527 | GCCTGAGAAT | ATTCTCAGGC |
| D528 | TACTAGCAAG | CTTGCTAGTA |
| D529 | ACAGCTAGTC | GACTAGCTGT |
| D530 | CCAACCAGTA | TACTGGTTGG |
| D531 | GCGCTCAAT | AATGAGCGC |
| D532 | TAGCGCGGAC | GTCCGCGCTA |
| D533 | ACCTATAGTT | AACTATAGGT |
| D534 | CCACGTCAGG | CCTGACGTGG |
| D535 | GCTACGCAAT | ATTGCGTAGC |
| D536 | TAGTTGCTGC | GCAGCAACTA |
| D537 | ACGGTACAAC | GTTGTACCGT |
| D538 | CCGAACTTCG | CGAAGTTCGG |
| D539 | GCTCCTAATT | AATTAGGAGC |
| D540 | TATCCTCGAT | ATCGAGGATA |
| D541 | ACTCGATCT | AGAATCGAGT |
| D542 | CCTGGTAATT | AATTACCAGG |
| D543 | TCGTAGTTGG | CCAACTAAGC |
| D544 | TCAGCAAGGA | TCCTTGCTGA |
| D545 | ACTGGTAGCA | TGCTACCAGT |
| D546 | CGATCACCT | AGGTTGATCG |
| D547 | GGAAGTAGCA | TGCTACTTCC |
| D548 | TCAGCTGCGG | CCGCAGCTGA |
| D549 | ACTGGTAGCA | TGCTACCAGT |
| D550 | CGATCACCT | AGGTTGATCG |
| D551 | GGCAAGATGA | TCATCTTGCC |
| D552 | TCCCCAATG | CATTGGCGGA |
| D553 | AGAATTTAT | ATAAGATTCT |
| D554 | CGCTAGCAAC | GTTGCTAGCG |
| D555 | GCCTTATAT | ATATAAGGCC |
| D556 | TCGAATACTA | TAGTATTCGA |
| D557 | AGCAATGGTA | TACCATTGCT |
| D558 | CGGTCTGATC | GATCAGACCG |
| D559 | GGTCCGCCCAT | ATGGCGGACC |
| D560 | TCGAATACTA | TAGTATTCGA |
| D561 | AGCACTGTAA | TTACAGTGCT |
| D562 | CGTACTACCG | CGGTAGTACG |
| D563 | GGTTCATCGG | CCGATGAACC |
| D564 | TGGAGCTGC | GAGCTCCGA |
| D565 | AGGACGTTAG | CTAACGTCCT |
| D566 | CGTTGACAAT | ATTGTCAACG |
| D567 | GTACTGACAC | GTGTCAGTAC |
| D568 | TCTAAGATAG | CTATCTTAGA |
| D569 | AGTGCTCAAC | GTGAGCACT |
| D570 | CTAAGAACCT | AGGTTCTTAG |
| D571 | GTATAATTAC | GTAATATAC |
| D572 | TGATTGCGTG | CACGCAATCA |
| D573 | ATATTCGACG | CGTCGAATAT |
| D574 | CTATAACGAC | GTCGTTATAG |
| D575 | GTCGTTAGGT | ACCTAACGAC |
| D576 | TGCCACTGAT | ATCAGTGCA |
| D577 | ATCGGCTAAG | CTTAGCCGAT |
| D578 | CTCAAGTTGC | GCAACTTGAG |
| D579 | GTGTGTTCGA | TCGAACACAC |
| D580 | TGCTATAGTC | GACTATAGCA |
| D581 | ATGAGCTATT | AATAGCTCAT |
| D582 | CTCACAACGA | TCGTTGTGAG |
| D583 | TGCTCGATTG | CAATCGAGCA |
| D584 | ATGTTGGACT | AGTCCAACAT |
| D585 | CTGATGTTAG | CTAACATCAG |
| D586 | TGGTAACCAG | CTGGTTACCA |
| D587 | ATTCGAAGTA | TACTTCGAAT |
| D588 | CTTAGCTCCT | AGGAGCTAAG |
| D589 | TGTAATCGAT | ATCGATTACA |
| D590 | CTTGGACTTC | GAAGTCCAAG |
| D591 | TGTACTTGAA | TTCAAGTACA |
| D592 | TTAAGCTAG | CTGAGCTTAA |
| D593 | TTACAACCAG | CTGGTTGTAA |
| D594 | TTCTCAGCCA | TGGCTGAGAA |
| D595 | TTGCATGGCT | AGCCATGCAA |
| D596 | TTGGGGTAC | GTACCGCCAA |
| Pustaka Multiplex Primer (E-seri) | Kanggo Sample Lembar MiSeq | Kanggo Sample Sheet NovaSeq, NovaSeq X, NextSeq, MiniSeq |
| E501 | AGCCACGGTC | GACCGTGGCT |
| E502 | CCGCCTGAGT | ACTCAGGCGG |
| E503 | GTATATACC | GGTATAAC |
| E504 | CTTCCTGGCA | TGCCAGGAAG |
| E505 | ATCGAATTGC | GCAATTCGAT |
| E506 | CACGTGTTGT | ACAACACGTG |
| E507 | GAGCTGTGTT | AACACAGCTC |
| E508 | TATTACAGAT | ATCGTAATA |
| E509 | AACAATGGCG | CGCCATTGTT |
| E510 | CAACTCGCTA | TAGCAGTTG |
| E511 | GAATTGCTCA | TAGCAATTC |
| E512 | GTGTGTTCGA | TCGAACACAC |
| E513 | CGATTCGAGC | GCTCGAATCG |
| E514 | GTCAACTTA | TAACGTTGAC |
| E515 | GACAATCCTA | TAGGATTGTC |
| E516 | TAATCAGACT | AGTCTGATTA |
| E517 | AAGCTATAT | ATATAAGCTT |
| E518 | CATATTGTAA | TTACAATATG |
| E519 | GATAGGACTT | AAGTCCTATC |
| E520 | ATGCTAGGTT | AACCTAGCAT |
| E521 | GCAAGATTAG | CTAATCTTGC |
| E522 | CAGCTGTATA | TATACAGCTG |
| E523 | GCAAGTCTAA | TTAGACTTGC |
| E524 | TACTAGCAAG | CTTGCTAGTA |
| E525 | AATACTGTTA | TAACAGTATT |
| E526 | CATATCTGAC | GTCAGATATG |
| E527 | GCCACTAAGG | CCTTAGTGGC |
| E528 | CTGGCAATTC | GAATTGCCAG |
| E529 | ACAATAGGCG | CGCCTATTGT |
| E530 | CCATGCTAAG | CTTAGCATGG |
| E531 | GCGAGCGATC | GATCGCTCGC |
| E532 | TAGGTAGTTC | GAACTACCTA |
| E533 | ACCTTGGACC | GGTCCAAGGT |
| E534 | TGACTAATAC | GTATTAGTCA |
| E535 | GCTATATCTG | CAGATATAGC |
| E536 | TCTAGTTCAG | CTGAACTAGA |
| E537 | ACGGTTGAGA | TCTCAACCGT |
| E538 | CTGATTCCGG | CCGGAATCAG |
| E539 | TGGTAACCAG | CTGGTTACCA |
| E540 | GACTCAGACA | TGTCTGAGTC |
| E541 | TTAGCCAATA | TATTGGCTAA |
| E542 | CCTTAAGGCG | CCCTTAAGG |
| E543 | CGTAGCAATC | GATTGCTACG |
| E544 | CATGGTAAT | ATTAGCCATG |
| E545 | ACTCGACAAT | ATTGTCGAGT |
| E546 | CGAGTCTAGG | CCTAGACTCG |
| E547 | GGACTCAGCT | AGCTAGTCC |
| E548 | TCAGCAAGGA | TCCTTGCTGA |
| E549 | CGATTCCTTA | TAAGGAATCG |
| E550 | ATTAGGCAAT | ATTGCCTAAT |
| E551 | TTGTCGAAGG | CCTTCGACAA |
| E552 | TCCAAGTAGC | GCTACTTGGA |
| E553 | AGATAGTCCG | CGGACTATCT |
| E554 | CGCTAACATA | TATGTTAGCG |
| E555 | GGCTAATTGT | ACAATTAGCC |
| E556 | AGGTACGTCA | TGACGTACCT |
| E557 | TTCCAAGTTC | GAACTTGGAA |
| E558 | CGGGCTCCG | CGGGCTCCG |
| E559 | GGTACTAATA | TATTAGTACC |
| E560 | TCGAAGGCAA | TTGCTTCGA |
| E561 | CTCCTTGATG | CATCAAGGAG |
| E562 | GCAATTCGG | CCGGAATTGC |
| E563 | ACTACCGCAGC | GCTGCGTAGT |
| E564 | AGGAATGGCC | GGCCATTCCT |
| E565 | AGGTTAGCAT | ATGCTAACCT |
| E566 | CGTCCTAGAC | GTCTAGGACG |
| E567 | GCGTGGCAAT | ATTGCCACGC |
| E568 | TCTGATCGAC | GTCGATCAGA |
| E569 | AGTTGTCAGG | CCTGACAACT |
| E570 | CTACGCCAAT | ATTGGCGTAG |
| E571 | GTAGTTGCGT | ACGCAACTAC |
| E572 | TAGCGCTAT | ATAGCGCTCA |
| E573 | ATACCTTAGT | ACTAAGGTAT |
| E574 | GACACCATT | AATGGTGTGC |
| E575 | GCTAAGGAG | CTCCTTAGAC |
| E576 | CATTCCGGGG | CCGGGGAATG |
| E577 | GCGTACCTAG | CTAGGTACGC |
| E578 | CTCAATAGCA | TGCTATTGAG |
| E579 | GTGCTAAGCC | GGCTTAGCAC |
| E580 | TGCCACTATC | GATAGTGGCA |
| E581 | GCTGTTGAAT | ATTCAACAGC |
| E582 | CGCTAATCC | GGATTAGCCG |
| E583 | AACTACCGCA | TGCGGTAGTT |
| E584 | ATGCATCAAG | CTTGATGCAT |
| E585 | CTGACTTGCA | TGCAAGTCAG |
| E586 | TGGTACCTAT | ATAGGTACCA |
| E587 | ATTAGCTAAC | GTTAGCTAAT |
| E588 | TGGTACCTAT | ATAGGTACCA |
| E589 | TGTTGCTACC | GGTAGCAACA |
| E590 | CTTATAAG | CTTATAAG |
| E591 | TCAAGTCTGT | ACAGACTGA |
| E592 | TAGCGCTAT | ATAGCGCTCA |
| E593 | TTAGGCGTAC | GTACGCCTAA |
| E594 | TTCTCATCAG | CTGATGAGAA |
| E595 | CTAGGTATTG | CAATACCTAG |
| E596 | TTGTGACTA | TAGTCAGCAA |
| Pustaka Multiplex Primer (F-seri) | Kanggo Sample Lembar MiSeq | Kanggo Sample Sheet NovaSeq, NovaSeq X, Next Seq, MiniSeq |
| F501 | AGCCAGTAGC | GCTACTGGCT |
| F502 | CCGATGAGTT | AACTCATCGG |
| F503 | GTTCAACTTC | GAAGTTGAAC |
| F504 | TTGAGCATCA | TGATGCTCAA |
| F505 | ATCAACAGTG | CACTGTTGAT |
| F506 | CACACGGTAG | CTACCGTGTG |
| F507 | GAGGATTGCT | AGCAATCCTC |
| F508 | TATCTTGGCC | GGCCAAGATA |
| F509 | AACTAGTGGC | GCCACTAGTT |
| F510 | CAATCCTGGT | ACCAGGATTG |
| F511 | GAAGGTTACG | CGTAACCTTC |
| F512 | CTAAGAACCT | AGGTTCTTAG |
| F513 | CACACGGTAG | CTACCGTGTG |
| F514 | AATTAGTCTG | CAGACTAATT |
| F515 | GACCGTGTTA | TAACACGGTC |
| F516 | TAATTCGAGG | CCTCGAATTA |
| F517 | AAGATTGACG | CGTCAATCTT |
| F518 | CAACTCGCTA | TAGCAGTTG |
| F519 | GATTCGAACT | AGTTCGAATC |
| F520 | GCCTTGAGTT | AACTCAAGGC |
| F521 | CACAGATTAG | CTAATCTGTG |
| F522 | CAGCTAGGCC | GGCCTAGCTG |
| F523 | GCAAGGTATA | TATACCTTGC |
| F524 | TACCTAGGTA | TACCTAGGTA |
| F525 | AATCCTTGAA | TTCAAGGATT |
| F526 | CATCGAACCT | AGGTTCGATG |
| F527 | GCCTGCGTAA | TTACGCAGGC |
| F528 | CATCGAACCT | AGGTTCGATG |
| F529 | ACAGTGCCAT | ATGGCACTGT |
| F530 | CCAACTATTG | CAATAGTTGG |
| F531 | GCGTACCGCA | TGCGGTACGC |
| F532 | TAGGAGCGAT | ATCGCTCCTA |
| F533 | ACCAATGGT | ACCAATGGT |
| F534 | AATACTGTTA | TAACAGTATT |
| F535 | GCTGTTGAAT | ATTCAACAGC |
| F536 | TTACAACCAG | CTGGTTGTAA |
| F537 | ACGTCAAGTC | GACTTGACGT |
| F538 | CAATTCAATG | CATTGAATTG |
| F539 | TGAATTCAGC | GCTGAATTCA |
| F540 | ACGTACAGCT | AGCTGTACGT |
| F541 | TGACTACCAT | ATGGTAGTCA |
| F542 | CCTGGTGTGA | TCACACCAGG |
| F543 | GACTAATCGC | GCGATTAGTC |
| F544 | ACGTTAGTGC | GCACTAACGT |
| F545 | ACTCGATCT | AGAATCGAGT |
| F546 | CGACAAGATT | AATCTTGTCG |
| F547 | GGAATTGGCT | AGCCAATTCC |
| F548 | TCACAGCCGA | TCGGTGTGGA |
| F549 | CTGTACTGTA | TACAGTACAG |
| F550 | TCGCTCGAGG | CCTCGAGCGA |
| F551 | ACCTTAGCAA | TTGCTAAGGT |
| F552 | TCCGGACTAC | GTAGTCCGGA |
| F553 | AGAACTTGCA | TGCAAGTTCT |
| F554 | CGCAGGACTT | AAGTCCTGCG |
| F555 | GGCAAGATGA | TCATCTTGCC |
| F556 | GCCTAGCGCG | CGCGCTAGGC |
| F557 | GACATCGCTA | TAGCGATGTC |
| F558 | CGCTAATCC | GGATTAGCCG |
| F559 | GGTTGAGCTT | AAGCTCAACC |
| F560 | TCGCTCAGGC | GCCTGAGCGA |
| F561 | GCTGATTATA | TATAATCAGC |
| F562 | GCGCTAGTCC | GGACTAGCGC |
| F563 | TATGTCTGAA | TTCAGACATA |
| F564 | AAGCTATAT | ATATAAGCTT |
| F565 | AGGAATGGCC | GGCCATTCCT |
| F566 | CGTAGCGCGC | GCGGCTACG |
| F567 | GCCTGCGTAA | TTACGCAGGC |
| F568 | TCTTAGCGAT | ATCGCTAAGA |
| F569 | AGTTCTAAGA | TCTTAGAACT |
| F570 | CTAGGTATTG | CAATACCTAG |
| F571 | GTAGTACTAC | GTAGTACTAC |
| F572 | TGACAAGTAG | CTACTTGTCA |
| F573 | ATAGTCTGAG | CTCAGACTAT |
| F574 | CTGTGTTACA | TGTAACACAG |
| F575 | GTCTAGCCAC | GTGGCTAGAC |
| F576 | AATCAAGGTT | AACTTGATT |
| F577 | CATAATTATG | CATAATTATG |
| F578 | CTCGAGCTAT | ATAGCTCGAG |
| F579 | GTGCCTGATG | CATCAGGCAC |
| F580 | TGCTCGATTG | CAATCGAGCA |
| F581 | GATTCGAACT | AGTTCGAATC |
| F582 | TCGTTGAGGA | TCCTCAACGA |
| F583 | AGCCAGGCGT | ACGCCTGGCT |
| F584 | ATGTCAGATT | AATCTGACAT |
| F585 | CTGTATATAC | GATATACAG |
| F586 | TGGTGTCAAC | GTTGACACCA |
| F587 | ATTGCATGCT | AGCATGCAAT |
| F588 | AGTATTCATA | TATGAATACT |
| F589 | TGTAATTCCG | CGAATTACA |
| F590 | CTTCCTGGCA | TGCCAGGAAG |
| F591 | TCCGCGCGGA | TCCGCGCGGA |
| F592 | CACTGTTCGG | CCGAACAGTG |
| F593 | TTAGCCAATA | TATTGGCTAA |
| F594 | TTCAGCTGA | TCAGCTCGAA |
| F595 | GTACCGCGCG | CGGCGGTAC |
| F596 | TTGAGCATCA | TGATGCTCAA |
Lampiran
Spiking TELL-Seq™ Custom Primer menyang Illumina® Sequencing Primer
Pustaka TELL-Seq™ mbutuhake primer urutan khusus kanggo platform urutan Illumina. Spiking (utawa nggabungake) primisima urutan TELL-Seq™ Illumina khusus menyang primer urutan Illumina standar perlu yen kalebu perpustakaan kontrol PhiX utawa perpustakaan Illumina standar liyane karo perpustakaan TELL-Seq™ ing urutan urutan. Cathetan: TELL-Seq™ Index 1 maca nduweni basis 18 lan mbutuhake urutan 18 siklus; Indeks 2 maca nduweni 8-basa kanggo primer seri T lan 10-basa kanggo primer seri C. Prosedur kanggo spiking primer khusus menyang primer Illumina
- Posisi kartrij, volume total, lan konsentrasi akhir primer khusus kanggo saben platform kasedhiya ing tabel ing ngisor iki.
- Etung volume primer khusus sing bakal ditambahake menyang posisi kartrid primer Illumina adhedhasar konsentrasi pungkasan saka primer khusus ing kartrid.*
- Sawise spiking ing sepisanan khusus, nyetel pipette kanggo setengah saka volume total lan alon-alon pipette munggah lan mudhun kaping lima kanggo nyampur sak tenane.
Kanggo platform MiSeq, MiniSeq, NextSeq lan NovaSeq, aja mriksa posisi kothak "primer khusus" ing s.ample sheet utawa sak persiyapan roto. * Kanggo ngetung pinten primisima khusus kanggo spike menyang sumur, gunakake persamaan (C1)*(V1) = (C2)*(V2) ing ngendi:
- V1 = ngatasi volume primer khusus kanggo spiked
- C2 = konsentrasi final primer khusus sing disaranake saka grafik ing ngisor iki
- V2 = total volume primer Illumina ing grafik ing ngisor iki
Example kanggo platform MiSeq:
100M * V1 = 0.5M * 680L V1 = 3.4 µl
Wigati Penting: Pedoman ing ngisor iki adhedhasar volume primer saiki. Kanggo mesthekake akurasi, ukur volume primer total ing kartrid nganggo pipette sadurunge nerusake persiyapan.
Saben sequencer Illumina® duwe konsentrasi akhir lan volume total sing beda, mula deleng dokumen ing ngisor iki kanggo mesthekake yen jumlah Primer Urutan TELL-Seq™ Illumina® sing cocog ditambahake langsung.
* Cathetan: Indeks 1 lan Indeks 2 bebarengan karo primer Read 1 lan Read 2 asring dikumpulake ing kartrij reagen. Mangga priksa manawa primer khusus konsentrasi akhir kanggo sumur yaiku saben primer (contone. 0.3M saka Indeks 1 lan Indeks 2 kanthi total 0.6Mhttps://knowledge.illumina.com/library-preparation/general/library-preparation-general-reference_material-list/000001542>
Ing ngisor iki
iSeq100
Amarga pambangunan kartrid iSeq100, ora bisa mbukak lan nggunakake primer khusus.
MiniSeq 
SabanjureSeq

SabanjureSeq 
* Ora ana pilihan kanggo sepisanan Index adat 2 (i5) wiwit cithakan nggunakake sepisanan P5 grafted ing lumahing sel aliran.
HiSeq 1000/2000 – 1500/2300 
* Ora ana pilihan kanggo sepisanan Index adat 2 (i5) wiwit cithakan nggunakake sepisanan P5 grafted ing lumahing sel aliran.
HiSeq 3000/4000 
NovaSeq v1.0 Consumables
| Kit versi | Illumina Primer Kab (jeneng) | Kartrid posisi | Total Volume (mL) | adat primer pungkasan konsentrasi (µM) |
| SP100/200/300/500 siklus | Wacan 1 (BP10) | 24 | 4 | 0.3 |
| Indeks 1 (i7) (BP14)* | 23 | 5 | 0.3 | |
| Wacan 2 (BP11) | 13 | 2 | 0.3 | |
| S1 lan S2 100/200/300 siklus | Wacan 1 (BP10) | 24 | 4 | 0.3 |
| Indeks 1 (i7) (BP14)* | 23 | 5 | 0.3 | |
| Wacan 2 (BP11) | 13 | 2 | 0.3 | |
| S4200/300 siklus | Wacan 1 (BP10) | 24 | 7.3 | 0.3 |
| Indeks 1 (i7) (BP14)* | 23 | 5 | 0.3 | |
| Wacan 2 (BP11) | 13 | 3.5 | 0.3 |
* Ora ana pilihan kanggo sepisanan Index adat 2 (i5) wiwit cithakan nggunakake sepisanan P5 grafted ing lumahing sel aliran.
NovaSeq v1.5 Consumables
| Kit versi | Illumina Primer Kab (jeneng) | Kartrid posisi | Total Volume (mL) | adat primer pungkasan konsentrasi (µM) |
| SP100/200/300/500 siklus | Waca 1 (VP10) | 24 | 4 | 0.3 |
| Indeks 1 (i7) lan Indeks 2 (i5) (VP14) | 23 | 5 | 0.3 | |
| Waca 2 (VP11) | 13 | 2 | 0.3 | |
| S1 lan S2 100/200/300 siklus | Waca 1 (VP10) | 24 | 4 | 0.3 |
| Indeks 1 (i7) lan Indeks 2 (i5) (VP14) | 23 | 5 | 0.3 | |
| Waca 2 (VP11) | 13 | 2 | 0.3 | |
| S4200/300 siklus | Waca 1 (VP10) | 24 | 7.3 | 0.3 |
| Indeks 1 (i7) lan Indeks 2 (i5) (VP14) | 23 | 5 | 0.3 | |
| Waca 2 (VP11) | 13 | 3.5 | 0.3 |
NovaSeq X/X Plus

Nggawe TELL-Seq™ Run ing Sistem NextSeq™ 1000/2000
Kartrid reagen NextSeq™ 1000/2000 duwe rong sumur khusus (1 lan 2, loro-lorone kosong) kanggo digunakake nalika perpustakaan mbutuhake paling ora siji primer khusus. Ndhukung nganti rong primer khusus (blumbang) kanggo saben sumur khusus. Penting yen primer Read lan Index primer ana ing sumur sing beda.
Pustaka TELL-Seq™ mbutuhake primer khusus kanggo kabeh wacan (waca 1, waca 2, indeks 1 lan indeks 2).
Nalika mung perpustakaan TELL-Seq™ sing diurutake sajrone mlaku
- Gabungke TELL-Seq™ read 1 lan maca 2 primer: gunakake HT1 kanggo ngencerake saben campuran primer maca khusus kanggo ngasilake 600 µl ing konsentrasi akhir 0.3 µM, yaiku, 1.8 µl saka 100 µM TELL-Seq™ read 1 primer lan 1.8 µl saka 100 µl µM TELL-Seq™ maca 2 primer menyang 597 µl HT1. Muat menyang sumur khusus 1.
- Gabungan primer indeks TELL-Seq™ 1 lan indeks 2: gunakake HT1 kanggo ngencerake saben campuran primer indeks khusus kanggo ngasilake 600 µl ing konsentrasi akhir 0.6 µM, yaiku, 3.6 µl saka 100 µM indeks TELL-Seq™ 1 primer lan 3.6µl 100µl. Indeks µM TELL-Seq™ 2 primer dadi 593 µl HT1. Muat menyang sumur adat 2.
Pilih sepisanan khusus sing tepat nalika nyetel urutan urutan kaya ing ngisor iki:
- Waca 1: Custom
- 1 Indeks
- 1: Custom
- 2 Indeks 2: Custom
- 2 Waca 2: Kustom 1
Nalika perpustakaan PhiX digunakake karo perpustakaan TELL-Seq™ kanggo ngurutake nalika mlaku

- Entuk Kit Primer NextSeq 1000/2000 (Katalog # 20046117)
- Gabungke TELL-Seq™ read 1 lan maca 2 primer menyang HP21: Tambahake saben campuran primer maca khusus menyang 600 µl HP21 kanggo konsentrasi akhir 0.3 µM, yaiku, 1.8 µl saka 100 µM TELL-Seq™ read 1 primer lan 1.8 µl saka 100 µM TELL-Seq™ maca 2 primer dadi 597 µl HP21. Muat menyang sumur khusus 1.
- Gabungan primer indeks TELL-Seq™ 1 lan indeks 2: gunakake HT1 kanggo ngencerake saben campuran primer indeks khusus kanggo ngasilake 600 µl ing konsentrasi akhir 0.6 µM, yaiku, 3.6 µl saka 100 µM indeks TELL-Seq™ 1 primer lan 3.6µl 100µl. Indeks µM TELL-Seq™ 2 primer dadi 593 µl HT1. Muat menyang sumur adat 2.
Pilih primer khusus sing tepat nalika nyetel urutan urutan kaya ing ngisor iki:
- Waca 1: Custom
- 1 Indeks 1: Custom
- 2 Indeks 2: Custom
- 2 Waca 2: Kustom 1
Nalika perpustakaan Illumina indeks ganda diurutake nganggo perpustakaan TELL-Seq™ bebarengan
- Entuk Kit Primer Read & Index NextSeq 1000/2000 (Katalog # 20046115)

- Gabungke TELL-Seq™ read 1 lan maca 2 primer menyang HP21: Tambahake saben campuran primer maca khusus menyang 600 µl HP21 kanggo konsentrasi akhir 0.3 µM, yaiku, 1.8 µl saka 100 µM TELL-Seq™ read 1 primer lan 1.8 µl saka 100 µM TELL-Seq™ maca 2 primer dadi 597 µl HP21. Muat menyang sumur khusus 1.
- Gabungke primer indeks TELL-Seq™ 1 lan indeks 2 dadi BP14: Tambahake saben campuran primer indeks khusus menyang 600 µl BP14 kanggo konsentrasi akhir 0.6 µM, yaiku, 3.6 µl saka 100 µM indeks TELL-Seq™ 1 primer lan 3.6µl 100µl Indeks µM TELL-Seq™ 2 primer dadi 593 µl BP14. Muat menyang sumur adat 2.
- Pilih primer khusus sing tepat nalika nyetel urutan urutan kaya ing ngisor iki:
- Waca 1: Kustom 1
Indeks 1: Custom - 2 Indeks 2: Custom
- 2 Waca 2: Kustom 1
Pitakonan sing Sering Ditakoni
- P: Apa sing kedadeyan yen urutan Indeks 1 ora diurutake kanthi lengkap?
A: Gagal ngurutake Indeks 1 kanthi lengkap bisa nyebabake kesalahan ing analisis lan interpretasi data hilir. Penting kanggo mesthekake urutan lengkap Indeks 1 kanggo asil sing akurat. - P: Apa aku butuh primer urutan khusus kanggo kabeh sistem Illumina?
A: Ya, dhasar urutan khusus dibutuhake kanggo ngurutake perpustakaan TELL-Seq TM ing kabeh sistem Illumina kajaba iSeq 100. Banjur primer diwenehake ing TELL-SeqTM Illumina Sequencing Primer Kit.
Dokumen / Sumber Daya
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SEKUENSI UNIVERSAL 100018-USG TELL Seq Library Sequencing [pdf] Pandhuan pangguna 100018-USG TELL Seq Library Sequencing, 100018-USG, TELL Seq Library Sequencing, Seq Library Sequencing, Library Sequencing, Sequencing |

