====================================================== Media tables (comparison of knockout with wildtype) k < w, k = w, k > w ====================================================== max_od_emg media < = > defined 8 0 0 defplus 7 0 1 rich 6 1 1 dur_linear media < = > defined 0 2 6 defplus 1 2 5 rich 0 7 1 end_linear media < = > defined 1 0 7 defplus 1 1 6 rich 0 7 1 start_linear media < = > defined 0 1 7 defplus 1 3 4 rich 0 7 1 miy_lag_time media < = > defined 5 2 1 defplus 5 1 2 rich 0 7 1 sn_ratio media < = > defined 7 1 0 defplus 8 0 0 rich 0 7 1 max_od_time_emg media < = > defined 1 0 7 defplus 1 0 7 rich 0 7 1 lag_time media < = > defined 2 6 0 defplus 1 6 1 rich 0 8 0 double_time media < = > defined 2 0 6 defplus 3 0 5 rich 1 7 0 threshold media < = > defined 8 0 0 defplus 8 0 0 rich 0 7 1 linear_slope media < = > defined 8 0 0 defplus 8 0 0 rich 0 7 1 global_max_od_time media < = > defined 0 8 0 defplus 0 8 0 rich 0 8 0 global_max_od media < = > defined 8 0 0 defplus 8 0 0 rich 6 1 1 ============================================================ Strain tables (comparison with nutrient vs without nutrient) m+ < m, m+ = m, m+ > m ============================================================ max_od_emg strain < = > knockout 1 6 1 wildtype 2 6 0 dur_linear strain < = > knockout 0 8 0 wildtype 2 5 1 end_linear strain < = > knockout 0 8 0 wildtype 0 7 1 start_linear strain < = > knockout 0 8 0 wildtype 0 7 1 miy_lag_time strain < = > knockout 0 8 0 wildtype 1 7 0 sn_ratio strain < = > knockout 0 8 0 wildtype 1 7 0 max_od_time_emg strain < = > knockout 0 8 0 wildtype 1 6 1 lag_time strain < = > knockout 0 8 0 wildtype 0 8 0 double_time strain < = > knockout 1 7 0 wildtype 1 4 3 threshold strain < = > knockout 0 7 1 wildtype 3 4 1 linear_slope strain < = > knockout 0 7 1 wildtype 3 4 1 global_max_od_time strain < = > knockout 0 8 0 wildtype 0 8 0 global_max_od strain < = > knockout 1 6 1 wildtype 1 7 0 ============================================================ Delta-delta tables (four way comparison) delta_k < delta_w, delta_k = delta_w, delta_k > delta_w ============================================================ max_od_emg < = > 0 8 0 [] dur_linear < = > 1 5 2 ['YHR163W/C00064:jan07-trial1-expt001-plate009', 'YHR163W/C00665:mar07-trial2-expt001-plate002', 'YHR163W/C00314:mar07-trial2-expt001-plate004'] end_linear < = > 1 6 1 ['YHR163W/C00064:jan07-trial1-expt001-plate009', 'YHR163W/C00111:mar07-trial2-expt001-plate003'] start_linear < = > 4 3 1 ['YHR163W/C00064:jan07-trial1-expt001-plate009', 'YHR163W/C00108:jan07-trial2-expt001-plate001', 'YHR163W/C00665:mar07-trial2-expt001-plate002', 'YHR163W/C00111:mar07-trial2-expt001-plate003', 'YHR163W/C00314:mar07-trial2-expt001-plate004'] miy_lag_time < = > 1 4 3 ['YHR163W/C00064:jan07-trial1-expt001-plate009', 'YHR163W/C00108:jan07-trial2-expt001-plate001', 'YHR163W/C00665:mar07-trial2-expt001-plate002', 'YHR163W/C00314:mar07-trial2-expt001-plate004'] sn_ratio < = > 0 7 1 ['YHR163W/C00064:jan07-trial1-expt001-plate009'] max_od_time_emg < = > 4 3 1 ['YHR163W/C00064:jan07-trial1-expt001-plate009', 'YHR163W/C00108:jan07-trial2-expt001-plate001', 'YHR163W/C00665:mar07-trial2-expt001-plate002', 'YHR163W/C00314:mar07-trial2-expt001-plate004', 'YHR163W/C00152:mar07-trial2-expt001-plate006'] lag_time < = > 0 8 0 [] double_time < = > 5 2 1 ['YHR163W/C00108:jan07-trial2-expt001-plate001', 'YHR163W/C00665:mar07-trial2-expt001-plate002', 'YHR163W/C00111:mar07-trial2-expt001-plate003', 'YHR163W/C00314:mar07-trial2-expt001-plate004', 'YHR163W/C00352:mar07-trial2-expt001-plate005', 'YHR163W/C00152:mar07-trial2-expt001-plate006'] threshold < = > 0 6 2 ['YHR163W/C00108:jan07-trial2-expt001-plate001', 'YHR163W/C00152:mar07-trial2-expt001-plate006'] linear_slope < = > 0 6 2 ['YHR163W/C00108:jan07-trial2-expt001-plate001', 'YHR163W/C00152:mar07-trial2-expt001-plate006'] global_max_od_time < = > 0 8 0 [] global_max_od < = > 0 7 1 ['YHR163W/C00108:jan07-trial2-expt001-plate001']