Title:
Systems and methods for model-based qPCR
Document Type and Number:
Japanese Patent JP6363584
Kind Code:
B2
Abstract:
A method for determining a cycle threshold for a PCR amplification curve is provided. The method includes receiving a data set for a plurality of biological samples for a PCR amplification reaction. The data set includes a plurality of amplification curves, each amplification curve associated with a biological sample of the plurality of biological samples. The method further includes performing a nonlinear optimization comprising a fit of each amplification curve to a complementary modeled amplification curve to determine a best-fit set of parameters for a modeled efficiency curve and associated amplification curve. The modeled amplification curve is based on a modeled efficiency curve. The method includes determining a cycle threshold value for each biological sample based on a complementary relationship of the modeled efficiency curve to the modeled amplification curve. In an embodiment, the nonlinear optimization is a constrained nonlinear optimization.
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Inventors:
George Wallace Earl.
Application Number:
JP2015231320A
Publication Date:
July 25, 2018
Filing Date:
November 27, 2015
Export Citation:
Assignee:
Life Technologies Corporation
International Classes:
G16B25/20; G16B40/10
Domestic Patent References:
JP2007095070A | ||||
JP2007128483A | ||||
JP2001314194A | ||||
JP2007236219A | ||||
JP2008521104A | ||||
JP2005516630A |
Foreign References:
US20100070190 |
Other References:
Robert G Rutledge et al,A kinetic-based sigmoidal model for the polymerase chain reaction and its application to high-capacity absolute quantitative real-time PCR,BMC Biotechnology,2008年 5月 8日,Vol.8 No.47,pp.1-28
Attorney, Agent or Firm:
Hatsushi Shimizu
Masao Haruna
Hirotaka Yamaguchi
Toshi Gobe
Ryuichi Inoue
Toshimitsu Sato
Koichi Niimi
Tomohiko Kobayashi
Masato Ozeki
Yoshihiro Igarashi
Kazuya Kawamoto
Masao Haruna
Hirotaka Yamaguchi
Toshi Gobe
Ryuichi Inoue
Toshimitsu Sato
Koichi Niimi
Tomohiko Kobayashi
Masato Ozeki
Yoshihiro Igarashi
Kazuya Kawamoto