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Os03g0395700

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

Description : Conserved hypothetical protein.


log2(Expression) ~ Norm(μ, σ2)

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

par. value (S.E.)
α : 10.6 (0.0168) R2 : 0.325
β1 : -- (--) R2dD : -- R2D : --
β2 : 0.59 (0.0406) R2dC : 0.314 R2C : 0.313
β3 : -- (--) R2dE : -- R2E : --
β4 : -- (--) R2dD*C : -- R2D*C : --
β5 : -- (--) R2dD*E : -- R2D*E : --
γ1 : 0.0856 (0.0354) R2dN8 : 0.0112 R2N8 : 0.0106
σ : 0.317
deviance : 45.91
__
_____
C
peak time of C : 1.59
E
wheather : --
threshold : --
memory length : --
response mode : --
dose dependency : --
G
type of G : --
peak or start time of G : --
open length of G : --

__

Dependence on each variable

Residual plot

Process of the parameter reduction
(fixed parameters. wheather = temperature, response mode = > th, dose dependency = dose independent, 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
30.4 0.259 10.7 -0.46 0.539 0.624 0.19 -1.15 -0.113 1.67 19.2 2384 -- --
31.86 0.263 10.7 -0.357 0.546 0.977 0.113 -- -0.0843 1.35 18.7 2734 -- --
30.36 0.257 10.7 -0.44 0.558 0.618 -- -1.17 -0.106 1.74 19.37 2139 -- --
31.85 0.263 10.7 -0.365 0.548 0.985 -- -- -0.0857 1.42 18.67 2748 -- --
47.93 0.322 10.7 -0.485 -- 0.775 -- -0.98 -0.123 -- 19.3 2402 -- --
45.64 0.317 10.6 0.101 0.589 -- -0.00427 -- 0.0968 1.59 -- -- -- --
45.64 0.316 10.6 0.101 0.589 -- -- -- 0.0968 1.59 -- -- -- --
48.73 0.325 10.7 -0.383 -- 1.08 -- -- -0.0901 -- 18.54 2387 -- --
34.06 0.272 10.7 -- 0.546 0.927 -- -- -0.036 1.51 18.41 2012 -- --
66.82 0.382 10.6 0.125 -- -- -- -- 0.11 -- -- -- -- --
45.91 0.317 10.6 -- 0.59 -- -- -- 0.0856 1.59 -- -- -- --
51.52 0.334 10.6 -- -- 0.847 -- -- -0.0194 -- 18.7 2396 -- --
67.23 0.383 10.6 -- -- -- -- -- 0.0959 -- -- -- -- --

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 30.30 atmosphere 995 43200 < th dose dependent rect. 10 17
3 30.37 atmosphere 995 43200 < th dose dependent rect. 10 22
26 30.57 atmosphere 995 43200 < th dose dependent no NA NA
28 30.57 atmosphere 995 43200 < th dose dependent rect. 22 21
41 30.59 atmosphere 995 43200 < th dose independent rect. 1 14
50 30.61 atmosphere 995 43200 < th dose dependent rect. 1 23
78 30.69 wind 9 43200 < th dose independent rect. 16 20
83 30.71 wind 9 43200 > th dose independent rect. 16 20
100 30.76 wind 7 43200 > th dose dependent rect. 16 20
103 30.78 atmosphere 995 43200 > th dose independent rect. 3 10
118 30.83 atmosphere 995 43200 < th dose dependent sin 18 NA
119 30.83 wind 9 43200 > th dose dependent rect. 9 14
128 30.84 wind 9 43200 > th dose dependent rect. 10 22
157 30.92 atmosphere 995 43200 < th dose independent sin 5 NA
158 30.92 wind 9 43200 > th dose independent rect. 10 2
165 30.94 wind 9 43200 > th dose dependent sin 20 NA
170 30.96 wind 9 43200 > th dose dependent rect. 9 9
205 31.01 wind 9 43200 < th dose independent rect. 10 2
206 31.01 wind 9 43200 > th dose independent rect. 20 19
215 31.02 wind 9 43200 < th dose independent rect. 20 19
229 31.05 wind 7 43200 > th dose dependent sin 11 NA
241 31.07 wind 9 43200 > th dose dependent rect. 10 5
245 31.09 wind 9 43200 > th dose independent rect. 9 4
247 31.09 atmosphere 995 43200 < th dose dependent sin 6 NA
248 31.09 wind 7 43200 > th dose dependent rect. 20 18
251 31.10 wind 9 43200 < th dose independent sin 11 NA
264 31.12 wind 9 43200 > th dose independent sin 11 NA
283 31.14 wind 5 43200 > th dose dependent rect. 9 1
326 31.18 wind 7 43200 > th dose dependent rect. 8 6
331 31.19 temperature 20 4320 > th dose independent rect. 18 5
359 31.21 wind 7 43200 > th dose dependent sin 4 NA
374 31.22 wind 9 43200 > th dose dependent sin 13 NA
404 31.24 wind 9 43200 < th dose independent sin 4 NA
412 31.24 wind 9 43200 > th dose dependent no NA NA
425 31.24 wind 9 43200 > th dose dependent rect. 20 23
426 31.25 wind 9 43200 > th dose independent sin 3 NA
427 31.25 wind 9 43200 < th dose independent rect. 7 7
438 31.26 wind 7 43200 < th dose independent rect. 18 15
453 31.27 wind 9 43200 > th dose independent rect. 7 7
466 31.28 temperature 20 4320 < th dose independent rect. 18 5
473 31.28 atmosphere 995 43200 < th dose dependent rect. 1 10
497 31.29 wind 3 43200 > th dose dependent rect. 22 2
498 31.29 wind 1 43200 > th dose dependent rect. 8 3
525 31.31 atmosphere 995 43200 < th dose independent rect. 4 7
578 31.34 wind 9 43200 > th dose independent rect. 2 13
618 31.36 wind 9 43200 < th dose independent rect. 2 13
663 31.38 wind 1 43200 > th dose dependent rect. 7 5
719 31.42 wind 5 43200 > th dose independent rect. 22 1
737 31.44 wind 5 43200 < th dose independent rect. 22 1
744 31.44 atmosphere 995 43200 < th dose dependent rect. 3 6
750 31.45 temperature 20 1440 < th dose independent rect. 22 1
755 31.45 wind 9 43200 > th dose independent rect. 1 23
766 31.46 wind 9 43200 > th dose independent no NA NA
769 31.46 atmosphere 995 43200 < th dose independent rect. 5 4
776 31.46 wind 9 43200 > th dose independent rect. 4 23
779 31.46 wind 9 43200 > th dose independent rect. 22 23
795 31.47 atmosphere 995 43200 < th dose dependent rect. 11 5
805 31.48 temperature 20 1440 > th dose independent rect. 12 19
833 31.50 wind 9 43200 < th dose independent rect. 21 5
834 31.50 atmosphere 995 43200 < th dose independent rect. 10 5
839 31.50 temperature 20 1440 < th dose independent rect. 12 19
893 31.53 atmosphere 995 43200 > th dose independent rect. 11 2
894 31.53 wind 9 43200 > th dose independent rect. 21 3
903 31.53 wind 9 43200 < th dose dependent rect. 10 1
904 31.53 atmosphere 995 43200 < th dose dependent rect. 13 2
944 31.55 wind 9 43200 < th dose dependent rect. 8 3
979 31.57 wind 9 43200 < th dose independent no NA NA
980 31.57 wind 3 43200 > th dose independent rect. 10 1
989 31.57 wind 3 43200 > th dose dependent rect. 22 17