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Table 2 R-squared correlation coefficients for GFP repression data fit to zero-, first-, or second-order kinetics

From: Slow, stochastic transgene repression with properties of a timer

Passaging

Clone

 

5

6

18

 

0th

1st

2nd

0th

1st

2nd

0th

1st

2nd

One-half

0.997

0.980

0.943

0.859

0.996

0.820

0.989

0.981

0.961

One-third

0.955

0.940

0.909

0.876

0.999

0.847

0.962

0.989

0.992

One-quarter

0.883

0.906

0.891

0.861

0.997

0.796

0.972

0.992

0.975

One-fifth

   

0.871

0.999

0.881

0.966

0.991

0.995

One-sixth

      

0.934

0.990

0.963

  1. R-squared correlation coefficients for GFP repression data (Figure 4a) fit to zero, first (Figure 4b), or second-order kinetics. Values are shown for clones 5, 6, and 18, passaged daily with different fractions of culture retained.
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Genome Biology

ISSN: 1474-760X

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