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Os04g0474800

blastp(Os)/ blastp(At)/ coex/// RAP/ RiceXPro/ SALAD/ ATTED-II

Description : Similar to Amygdalin hydrolase isoform AH I precursor (EC 3.2.1.117).


log2(Expression) ~ Norm(μ, σ2)

μ = α + β1D + β2C + β3E + β4D*C + β5D*E + γ1N8

par. value (S.E.)
α : 8.58 (0.0429) R2 : 0.386
β1 : -- (--) R2dD : -- R2D : --
β2 : -- (--) R2dC : -- R2C : --
β3 : 3.97 (0.235) R2dE : 0.409 R2E : 0.366
β4 : -- (--) R2dD*C : -- R2D*C : --
β5 : -- (--) R2dD*E : -- R2D*E : --
γ1 : 0.304 (0.0924) R2dN8 : 0.02 R2N8 : -0.0232
σ : 0.8
deviance : 295.03
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C
peak time of C : --
E
wheather : radiation
threshold : 1.17
memory length : 1504
response mode : < th
dose dependency : dose dependent
G
type of G : no
peak or start time of G : --
open length of G : --

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Dependence on each variable

Residual plot

Process of the parameter reduction
(fixed parameters. wheather = radiation, response mode = < th, dose dependency = dose dependent, type of G = no)

deviance σ α β1 β2 β3 β4 β5 γ1 peak time of C threshold memory length peak or start time of G open length of G
254.98 0.75 8.68 -0.93 0.856 3.78 1.79 3.05 0.134 22.1 1.015 1441 -- --
258.14 0.748 8.63 -0.637 0.642 3.29 1.92 -- 0.182 21.6 1.358 1466 -- --
266.53 0.76 8.68 -0.978 0.748 3.87 -- 3.12 0.137 22 1.06 1452 -- --
271.28 0.767 8.63 -0.719 0.651 3.24 -- -- 0.165 21.9 1.387 1464 -- --
275.14 0.773 8.66 -1.09 -- 4.07 -- 3.19 0.1 -- 1.107 1506 -- --
371.89 0.904 8.72 -1.37 0.873 -- 1.56 -- -0.23 21.9 -- -- -- --
380.96 0.914 8.72 -1.44 0.863 -- -- -- -0.236 22.3 -- -- -- --
283.89 0.785 8.6 -0.737 -- 3.49 -- -- 0.205 -- 1.41 1512 -- --
283.18 0.784 8.61 -- 0.678 3.55 -- -- 0.272 22 1.125 1459 -- --
426.39 0.965 8.7 -1.42 -- -- -- -- -0.233 -- -- -- -- --
435.28 0.976 8.69 -- 0.856 -- -- -- -0.0759 22.2 -- -- -- --
295.03 0.8 8.58 -- -- 3.97 -- -- 0.304 -- 1.17 1504 -- --
479.73 1.02 8.67 -- -- -- -- -- -0.0755 -- -- -- -- --

Results of the grid search

Summarized heatmap of deviance
Histogram

Local optima within top1000 grid-points

rank deviance wheather threshold memory length response mode dose dependency type of G peak or start time of G open length of G
1 250.61 radiation 1.0 14400 > th dose independent rect. 9 1
2 251.62 radiation 1.0 14400 < th dose independent rect. 9 1
3 253.67 radiation 1.0 1440 < th dose dependent sin 1 NA
5 253.71 radiation 1.0 1440 < th dose dependent rect. 8 23
6 253.82 radiation 1.0 1440 < th dose dependent rect. 2 16
11 254.02 radiation 1.0 1440 < th dose dependent rect. 23 19
12 254.03 radiation 1.0 1440 < th dose dependent rect. 21 21
37 254.79 radiation 1.0 1440 < th dose dependent rect. 2 22
75 254.99 radiation 1.0 1440 < th dose dependent no NA NA
91 255.11 radiation 1.0 1440 < th dose independent rect. 5 13
94 255.27 radiation 1.0 1440 < th dose dependent rect. 11 23
95 255.36 radiation 1.0 1440 < th dose independent rect. 2 16
96 255.37 radiation 1.0 1440 > th dose independent rect. 5 13
105 255.55 radiation 1.0 1440 < th dose independent rect. 21 21
126 256.13 radiation 1.0 1440 < th dose dependent rect. 15 23
135 257.15 temperature 20.0 14400 < th dose independent rect. 4 1
136 257.23 temperature 20.0 14400 > th dose independent rect. 4 1
138 257.38 radiation 1.0 1440 < th dose independent rect. 9 22
142 257.50 radiation 1.0 1440 > th dose independent sin 0 NA
143 257.50 radiation 1.0 1440 < th dose independent sin 0 NA
144 257.54 temperature 25.0 14400 > th dose independent rect. 17 1
146 257.64 radiation 1.0 1440 > th dose independent rect. 9 22
149 257.82 temperature 25.0 14400 < th dose independent rect. 17 1
168 259.17 radiation 1.0 1440 < th dose independent rect. 5 17
170 259.18 radiation 1.0 1440 < th dose independent rect. 5 19
172 259.29 radiation 1.0 1440 < th dose independent rect. 5 23
196 259.41 radiation 1.0 1440 < th dose independent rect. 2 22
230 259.59 radiation 1.0 1440 < th dose independent no NA NA
240 259.64 wind 1.0 43200 < th dose dependent rect. 13 16
247 259.79 radiation 1.0 1440 > th dose independent no NA NA
314 260.25 temperature 25.0 14400 < th dose dependent rect. 2 1
340 260.54 temperature 25.0 14400 < th dose dependent rect. 2 3
373 261.10 wind 7.0 43200 < th dose independent rect. 17 1
377 261.25 radiation 1.0 1440 < th dose independent rect. 15 23
380 261.35 radiation 1.0 1440 > th dose independent rect. 15 23
390 261.49 temperature 10.0 14400 > th dose dependent rect. 2 1
396 261.58 temperature 20.0 14400 < th dose dependent rect. 20 7
400 261.63 temperature 10.0 14400 > th dose dependent rect. 2 3
402 261.65 temperature 25.0 14400 < th dose dependent rect. 1 9
413 261.73 wind 7.0 43200 > th dose independent rect. 13 5
414 261.73 temperature 10.0 14400 > th dose dependent rect. 4 1
532 262.50 temperature 20.0 14400 > th dose independent rect. 24 1
536 262.52 temperature 20.0 14400 < th dose independent rect. 24 6
539 262.55 temperature 20.0 14400 > th dose independent rect. 24 6
557 262.61 temperature 25.0 14400 < th dose dependent sin 8 NA
599 262.90 temperature 20.0 14400 < th dose independent rect. 18 12
657 263.16 temperature 20.0 14400 < th dose independent rect. 24 1
697 263.36 radiation 1.0 1440 < th dose dependent sin 14 NA
701 263.40 temperature 20.0 14400 > th dose independent rect. 18 13
738 263.57 wind 7.0 43200 > th dose independent rect. 17 1
739 263.57 wind 7.0 43200 < th dose independent rect. 13 5
764 263.67 temperature 25.0 14400 > th dose independent rect. 9 3
793 263.78 temperature 25.0 4320 > th dose independent rect. 10 1
823 263.93 temperature 25.0 14400 < th dose independent rect. 9 3
893 264.23 temperature 20.0 14400 < th dose independent sin 11 NA
899 264.24 wind 5.0 43200 > th dose dependent rect. 17 1
953 264.42 wind 1.0 43200 > th dose independent rect. 21 7
958 264.43 precipitation 0.1 14400 > th dose dependent rect. 2 8
998 264.55 wind 1.0 43200 < th dose independent rect. 19 9
999 264.55 temperature 25.0 14400 > th dose independent rect. 7 12