FIELD: biotechnology; medicine.
SUBSTANCE: invention is a method of determining corrected color values from image data obtained during a base sensing cycle using a nucleic acid sequencer comprising an image acquisition system, one or more processors, and a storage device, comprising the following: (a) obtaining an image of a substrate containing a plurality of base sensing sites; nucleic acids, the portions having colors representing types of nucleic bases; (b) measuring color values of a plurality of regions from said substrate image; (c) storing the color values in a processor buffer of one or more sequencer processors; (d) retrieving phasing-corrected color values of a plurality of regions where said phasing-corrected color values were stored in the sequencer memory during the immediately preceding base recognition cycle; and (e) determining the corrected color values from the color values in the processor buffer and the phasing corrected color values stored from the immediately preceding cycle.
EFFECT: invention makes it possible to determine corrected color values from image data obtained using a nucleic acid sequencer during a base recognition cycle.
18 cl, 11 dwg
Title |
Year |
Author |
Number |
PHASING CORRECTION |
2018 |
- Langlua, Robert
- Belits, Pol
|
RU2765996C2 |
SEQUENCING USING SINGLE LIGHT SOURCE AND TWO OPTICAL CHANNELS |
2018 |
- Langlua, Robert
- Viseli, Dzhon
- Lyu, Syaokhaj
|
RU2736384C1 |
METHODS AND SYSTEMS FOR OBTAINING SETS OF UNIQUE MOLECULAR INDICES WITH HETEROGENEOUS LENGTH OF MOLECULES AND CORRECTING ERRORS THEREIN |
2018 |
- U, Kevin
- Chzhao, Chen
- Chuan, Khan-Yu
- So, Aleks
- Tanner, Stiven
- Gross, Stiven M.
|
RU2766198C2 |
SUPPRESSING ERRORS IN SEQUENCED DNA FRAGMENTS BY USING EXCESSIVE READING WITH UNIQUE MOLECULAR INDICES (UMI) |
2016 |
- Gnerre Sante
- Tszyun Byunsok
- Kostem Emrakh
- Aravanis Aleks
- So Aleks
- Tsaj Syujyuj
- Chzhan Chzhikhun
|
RU2704286C2 |
SEQUENCE GRAPH-BASED TOOL FOR DETERMINING VARIATION IN SHORT TANDEM REPEAT AREAS |
2020 |
- Dolzhenko, Egor
- Eberle, Michael A.
|
RU2799654C2 |
HIGH-THROUGHPUT SEQUENCING WITH SEMICONDUCTOR-BASED DETECTION |
2019 |
- Delinger, Ditrikh
- Aga, Ali
- Fung, Trejsi Khelen
- Kostem, Emra
|
RU2742975C1 |
SEQUENCE GRAPH TOOL FOR DETERMINING VARIATIONS IN REGIONS OF SHORT TANDEM REPEATS |
2020 |
- Dolzhenko, Egor
- Eberle, Michael A.
|
RU2825664C2 |
SYSTEMS AND APPARATUSES FOR SEQUENCING WITH HIGH THROUGHPUT CAPACITY WITH DETECTION BASED ON SEMICONDUCTORS |
2019 |
- Delinger, Ditrikh
- Aga, Ali
- Fung, Trejsi Khelen
- Kostem, Emra
- Kheterington, Krejg
|
RU2755738C2 |
SYSTEM AND METHOD FOR SECONDARY ANALYSIS OF NUCLEOTIDE SEQUENCING DATA |
2017 |
- Garsiya, Frantsisko Khose
- Rachi, Kome
- Dej, Aaron
- Karni, Majkl Dzh.
|
RU2741807C2 |
LIBRARIES FOR NEXT GENERATION SEQUENCING |
2014 |
|
RU2698125C2 |