DK1907571T3 - Nukleinsyreanalyse ved hjælp af tilfældige blandinger af ikke-overlappende fragmenter - Google Patents
Nukleinsyreanalyse ved hjælp af tilfældige blandinger af ikke-overlappende fragmenter Download PDFInfo
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Claims (33)
1. Fremgangsmåde til sekventering af et eller flere målpolynukleotider, hvilken fremgangsmåde omfatter trinene: tilfældig fragmentering af den ene eller de flere målpolynukleotider, der er til stede, i en forudbestemt dækningsmængde til frembringelse af en population, der indeholder overlappende fragmenter med en første størrelse, der hver har en gennemsnitslængde, der er mindre end gennemsnitslængderne af målpolynukleotiderne; frembringelse af et antal separate blandinger fra populationen af fragmenter med en første størrelse, idet et sådant antal vælges, således at mindst 60 % af sådanne separate blandinger kun indeholder ikke-overlappende fragmenter, og således at udgangsblandingen for hvert sådant fragment med en første størrelse er bestemmelig; sekventering af mindst en del af et eller flere fragmenter med en første størrelse i hver separate blanding til opnåelse af sekvensresultater; og samling af sekvensresultaterne fra de separate blanding til komplette eller partielle nukleotidsekvenser for det ene eller de flere målpolynukleotider til frembringelse af contigs, hvor en sådan samling afhænger af udgangsblandingen for mindst en del af sekvensinformationen.
2. Fremgangsmåde ifølge krav 1, hvor trinet frembringelse indbefatter replikering af hvert af fragmenterne med den første størrelse i de separate blandinger.
3. Fremgangsmåde ifølge krav 1 eller 2, hvor hvert af sekvensresultaterne fra den ene eller de flere fragmenter med den første størrelse i hver separate blanding har en længde, der er mindre end længderne af fragmenterne med den første størrelse, og antallet af sekvensresultater vælges, således at mindst 30 % af fragmenterne med den første størrelse sekventeres.
4. Fremgangsmåde ifølge kravene 1 til 3, der yderligere indbefatter et trin med tagging af hvert af fragmenterne med den første størrelse med et oligonukleotidtag, således at oligonukleotidtagget identificerer udgangsblandingen for fragmentet med den første størrelse.
5. Fremgangsmåde ifølge krav 4, hvor trinet opnåelse af sekvensresultater fra et eller flere fragmenter med den første størrelse i hver separate blanding indbefatter bestemmelse af nukleotidsekvensen for oligonukleotidtagget, og hvor eventuelt opnåelsen af sekvensresultater omfatter sekventering med højt gennemløb.
6. Fremgangsmåde ifølge krav 3, hvor trinet opnåelse af sekvensresultater indbefatter: generering for hver af de separate blandinger af en flerhed af målconcatemerer fra fragmenterne med den første størrelse, idet hver målconcatemer omfatter flere kopier af en del af et fragment med en første størrelse, og hver flerhed af målconcatemerer indbefatter et antal af sådanne dele, der dækker fragmentet med den første størrelse; frembringelse for hver af de separate blandinger af et tilfældigt array af målconcatemerer, der er fikseret til en overflade ved en densitet, således at mindst størstedelen af målconcatemererne kan opløses optisk; og opnåelse af sekvensresultater fra målconcatemerer for hver af de separate blandinger, hvor sådanne sekvensresultater hver har en længde, der er mindre end længderne af fragmenterne med den første størrelse, og hver af sådanne antal af sekvensresultater er valgt, således at sekvensresultaterne for hver separate blanding dækker fragmenterne med den første størrelse deri.
7. Fremgangsmåde ifølge krav 6, hvor trinet opnåelse af sekvensresultater omfatter: (a) hybridisering af en eller flere prober fra et første sæt af prober til hvert tilfældige array under betingelser, der åbner mulighed for frembringelse af perfekt matchede duplexer mellem den ene eller de flere prober og komplementære sekvenser på målconcatemerer; (b) hybridisering af en eller flere prober fra et andet sæt af prober til det tilfældige array under betingelser, der åbner mulighed for frembringelse af perfekt matchede duplexer mellem den ene eller de flere prober og komplementære sekvenser på målconcatemerer; (c) ligering af prober fra det første og andet sæt, der er hybridiseret til en målconcatemer på fortløbende steder; (d) identificering af sekvenserne af det ligerede første og andet sæt af prober; og (e) gentagelse af trinene (a) til (d) for hvert tilfældige array, indtil sekvenserne af fragmenterne med den første størrelse i hver af de separate blandinger er bestemt ud fra identiteterne af sekvenserne af de ligerede prober.
8. Fremgangsmåde ifølge kravene 1 til 7, hvor det ene eller de flere målpolynukleotider indeholder repetitive sekvensregioner, der hver har en længde, der er større end længderne af sekvensresultaterne.
9. Fremgangsmåde ifølge krav 2, hvor gennemsnitslængden af fragmenterne med den første størrelse ligger i intervallet fra 50 til 2000 baser.
10. Fremgangsmåde ifølge kravene 1 til 9, hvor gennemsnitslængden af fragmenterne med den første størrelse ligger i intervallet fra en tredjedel til en tusindedel af længden af det ene eller de flere målpolynukleotider.
11. Fremgangsmåde ifølge krav 1, der yderligere omfatter: tilfældig fragmentering af hver af fragmenterne med den første størrelse i hver af blandingerne til frembringelse af en population af fragmenter med en anden størrelse for hver blanding, således at fragmenterne med en anden størrelse har en gennemsnitslængde, der er mindre end længderne af fragmenterne med den første størrelse, og således at udgangsblandingen for hver af fragmenterne med en anden størrelse er bestemmelig.
12. Fremgangsmåde ifølge krav 1, hvor samlingen omfatter: samling af sekvensresultater til rekonstruktion af sekvensen af fragmenter med hver separate blanding; og samling af overlappende fragmenter fra uafhængige separate blandinger til frembringelse af de komplette eller partielle nukleotidsekvenser for målpolynukleotidet eller målpolynukleotiderne
13. Fremgangsmåde ifølge krav 11, hvor fragmenterne med den anden størrelse i de separate blandinger tagges til indikering af udgangsportionen, og samlingen omfatter: gruppering af sekvensresultaterne ved hjælp af tagsekvensen, og samling af sekvens-contigs derfra; samling af overlappende sekvens-contigs fra uafhængige portioner til frembringelse af komplette eller partielle nukleotidsekvenser for målpolynukleotidet eller målpolynukleotiderne.
14. Fremgangsmåde ifølge krav 1, hvor samlingen omfatter: samling af sekvensinformation i hver portion til rekonstruktion af sekvenserne af fragmenterne; samling af sekvenser af fragmenterne til rekonstruktion af sekvensen af målpolynukleotidet i en prøve.
15. Fremgangsmåde ifølge krav 11, hvor gennemsnitslængden af fragmenterne med den første størrelse er mindre end 300 kilobaser, og gennemsnitslængden af fragmenterne med den anden størrelse ligger i intervallet fra 50 til 600 baser.
16. Fremgangsmåde ifølge krav 11, hvor den forudbestemte dækningsmængde ligger i intervallet fra 3 til 30.
17. Fremgangsmåde ifølge kravene 1 til 16, hvor det ene eller de flere målpolynukleotider er et eller flere bakterielle genomer.
18. Fremgangsmåde ifølge kravene 11 til 16, hvor det ene eller de flere målpolynukleotider er haploide strenge af et mammaliagenom.
19. Fremgangsmåde ifølge krav 4, der yderligere omfatter puljning af de taggede fragmenter med den første størrelse i en enkelt blanding før opnåelse af sekvensresultaterne.
20. Fremgangsmåde ifølge krav 19, som er en fremgangsmåde til sekventering med højt gennemløb.
21. Fremgangsmåde ifølge kravene 1 til 20, der yderligere indbefatter separering af fragmenterne med den første størrelse efter størrelse før trinet frembringelse af de separate blandinger.
22. Fremgangsmåde ifølge krav 11, hvor trinet sekventering omfatter trinene: generering for hver af de separate blandinger af en flerhed af målconcatemerer fra fragmenterne med den anden størrelse, idet hver målconcatemer omfatter flere kopier af et fragment med den anden størrelse, og hver flerhed af målconcatemerer indbefatter et antal fragmenter med den anden størrelse, der dækker fragmenterne med den første størrelse i dets respektive separate blanding; frembringelse for hver af de separate blandinger af et tilfældigt array af målconcatemerer, der er fikseret til en overflade ved en densitet, således at mindst størstedelen af målconcatemererne kan opløses optisk; og generering af et antal sekvensresultater fra målconcatemerer i hver af de separate blandinger, idet sådanne sekvensresultater hver har en længde, der er mindre end længderne af fragmenterne med den anden størrelse, og hvert af sådanne antal af sekvensresultater er valgt, således at sekvensresultaterne af hver separate blanding dækker fragmenterne med den anden størrelse deri.
23. Fremgangsmåde ifølge krav 22, hvor trinet opnåelse af sekvensresultaterne omfatter: (a) hybridisering af en eller flere prober fra et første sæt af prober til hvert tilfældige array under betingelser, der åbner mulighed for frembringelse af perfekt matchede duplexer mellem den ene eller de flere prober og komplementære sekvenser på målconcatemerer; (b) hybridisering af en eller flere prober fra et andet sæt af prober til det tilfældige array under betingelser, der åbner mulighed for frembringelse af perfekt matchede duplexer mellem den ene eller de flere prober og komplementære sekvenser på målconcatemerer; (c) ligering af prober fra det første og andet sæt, der er hybridiseret til en målconcatemer på fortløbende steder; (d) identificering af sekvenserne af det ligerede første og andet sæt af prober; og (e) gentagelse af trinene (a) til (d) for hvert tilfældige array, indtil sekvenserne af fragmenterne med den anden størrelse i hver af de separate blandinger er bestemt ud fra identiteterne af sekvenserne af de ligerede prober.
24. Fremgangsmåde ifølge krav 22 eller 23, hvor hver af fragmenterne med den første størrelse har et oligonukleotidtag bundet til en ende, hvilket oligonukleotidtag identificerer den separate blanding af et sådant fragment med en første størrelse.
25. Fremgangsmåde til sekventering af nukleotidsekvenser af et eller flere målpolynukleotider, hvilken fremgangsmåde omfatter trinene: frembringelse af flere niveauer af blandinger, der omfatter et hierarki af indlejrede fragmenter af det ene eller de flere målpolynukleotider fremstillet ved tilfældig fragmentering, hvor hver blanding af hvert forudgående niveau opdeles i et antal blandinger på et efterfølgende niveau, idet mindst ét niveau har blandinger med ikke-overlappende fragmenter, og det ene eller de flere niveauer har et sidste niveau, hvor blandinger af forudgående niveauer kan identificeres for hvert fragment i hver blanding på det sidste niveau; opnåelse af sekvensresultater fra mindst en del af et eller flere fragmenter i hver blanding på det sidste niveau; og tilvejebringelse af komplette eller partielle nukleotidsekvenser af det ene eller de flere målpolynukleotider ved hjælp af samling af sekvensresultaterne fra det sidste niveau af blandinger til frembringelse af contigs, hvor en sådan samling afhænger af udgangsblandingen på mindst ét af niveauerne.
26. Fremgangsmåde ifølge krav 25, hvor trinet frembringelse indbefatter replikering af fragmenterne i hver af blandingerne på hvert af de efterfølgende niveauer.
27. Fremgangsmåde ifølge krav 25 eller 26, hvor samlingen af sekvensresultaterne afhænger af identiteterne af blandingerne på hvert af det ene eller de flere niveauer.
28. Fremgangsmåde ifølge kravs 25 til 27, der yderligere indbefatter et trin med tagging af hvert af fragmenterne på hvert af niveauerne med et oligonukleotidtag, således at oligonukleotidtagget identificerer udgangsblandingen for hvert af fragmenterne på hvert niveau; og hvor blandingerne forud for trinet opnåelse af sekvensresultater fra det sidste niveau puljes sammen til en enkelt blanding.
29. Fremgangsmåde ifølge krav 28, hvor trinet bestemmelse af nukleotidsekvensen af delen af fragmenterne på den sidste niveau indbefatter sekventering af hvert af oligonukleotidtaggene.
30. Fremgangsmåde ifølge kravene 25 til 29, hvor det ene eller de flere målpolynukleotider indeholder repetitive sekvensregioner, der hver har en længde, der er større end længden af sekvensresultaterne.
31. Fremgangsmåde ifølge kravene 1 til 24, hvor trinet tilfældig fragmentering udføres ved hjælp af en fremgangsmåde udvalgt blandt sonikering, passage gennem kapillarer, dispersion af en DNA-opløsning i fine dråber, behandling med DNase I, behandling med endonuclease og tagget PCR-amplifikation .
32. Fremgangsmåde ifølge kravene 1 til 31, der tilvejebringer haplotype-information for et diploidt genom.
33. Fremgangsmåde ifølge krav 25, hvor der dannes en flerhed af niveauer af blandinger ved hjælp af en proces, der omfatter trinene: (a) tilfældig fragmentering af det ene eller de flere målpolynukleotider, der er til sted, i en forudbestemt dækningsmængde til frembringelse af en population, der indeholder overlappende fragmenter med en første størrelse, som hver har en gennemsnitslængde, der er mindre end længderne af målpolynukleotiderne, idet fragmenterne med den første størrelse er de første fragmenter med forudgående størrelse; (b) generering af et sæt af separate blandinger fra hver population af fragmenter med forudgående størrelse, idet et sådant sæt har et niveau og et antal blandinger deri, hvor hvert sådant antal er valgt, således at mindst 60 % af de separate blandinger kun indeholder ikke-overlappende fragmenter; (c) tilfældig fragmentering af hvert af fragmenterne med den forudgående størrelse i hver af blandingerne til frembringelse af en population af fragmenter med en anden størrelse for hver blanding, således at hvert fragment med den anden størrelse har en gennemsnitslængde, der er mindre end gennemsnitslængderne af fragmenterne med den første størrelse, og således at udgangsblandingerne for hvert fragment med den anden størrelse kan identificeres, idet fragmenterne med den anden størrelse er fragmenterne med den forudgående størrelse for et næste fragmenteringstrin; (d) gentagelse af trinene (b) og (c) efter behov, indtil det sidste niveau af blandinger er opnået; og hvor sekvensresultaterne opnås fra mindst en del af et eller flere fragmenter med den anden størrelse i hver blanding på det sidste niveau.
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| PCT/US2006/022950 WO2006138284A2 (en) | 2005-06-15 | 2006-06-13 | Nucleic acid analysis by random mixtures of non-overlapping fragments |
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| DK06784802.8T DK1907583T4 (da) | 2005-06-15 | 2006-06-13 | Enkeltmolekyle-arrays til genetisk og kemisk analyse |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| US11414702B2 (en) | 2005-06-15 | 2022-08-16 | Complete Genomics, Inc. | Nucleic acid analysis by random mixtures of non-overlapping fragments |
| US12421544B2 (en) | 2005-06-15 | 2025-09-23 | Complete Genomics, Inc. | Labeling strategy for use in DNA sequencing to facilitate assembly of sequence reads into longer fragments of a genome |
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