======================================================
Media tables (comparison of knockout with wildtype)
 k < w, k = w, k > w
======================================================

max_od_emg
media	<	=	>
defined	5	10	1
defplus	6	9	1
rich   	8	5	3

dur_linear
media	<	=	>
defined	0	13	3
defplus	0	8	8
rich   	3	11	2

end_linear
media	<	=	>
defined	0	5	11
defplus	0	4	12
rich   	9	6	1

start_linear
media	<	=	>
defined	0	6	10
defplus	0	4	12
rich   	9	5	2

miy_lag_time
media	<	=	>
defined	2	8	6
defplus	1	9	6
rich   	9	4	3

sn_ratio
media	<	=	>
defined	5	10	1
defplus	6	9	1
rich   	5	8	3

max_od_time_emg
media	<	=	>
defined	0	4	12
defplus	0	2	14
rich   	7	7	2

lag_time
media	<	=	>
defined	4	10	2
defplus	2	13	1
rich   	6	8	2

double_time
media	<	=	>
defined	0	4	12
defplus	0	4	12
rich   	1	12	3

threshold
media	<	=	>
defined	9	6	1
defplus	12	4	0
rich   	3	11	2

linear_slope
media	<	=	>
defined	9	6	1
defplus	12	4	0
rich   	3	11	2

global_max_od_time
media	<	=	>
defined	1	10	5
defplus	3	12	1
rich   	6	6	4

global_max_od
media	<	=	>
defined	7	8	1
defplus	6	9	1
rich   	6	8	2

============================================================
Strain tables (comparison with nutrient vs without nutrient)
 m+ < m, m+ = m, m+ > m
============================================================

max_od_emg
strain  	<	=	>
knockout	1	14	1
wildtype	1	15	0

dur_linear
strain  	<	=	>
knockout	0	13	3
wildtype	0	16	0

end_linear
strain  	<	=	>
knockout	1	12	3
wildtype	0	13	3

start_linear
strain  	<	=	>
knockout	1	12	3
wildtype	0	12	4

miy_lag_time
strain  	<	=	>
knockout	0	14	2
wildtype	0	13	3

sn_ratio
strain  	<	=	>
knockout	0	15	1
wildtype	0	16	0

max_od_time_emg
strain  	<	=	>
knockout	0	13	3
wildtype	0	13	3

lag_time
strain  	<	=	>
knockout	0	16	0
wildtype	0	16	0

double_time
strain  	<	=	>
knockout	1	11	4
wildtype	0	14	2

threshold
strain  	<	=	>
knockout	3	13	0
wildtype	4	12	0

linear_slope
strain  	<	=	>
knockout	3	13	0
wildtype	4	12	0

global_max_od_time
strain  	<	=	>
knockout	2	13	1
wildtype	2	14	0

global_max_od
strain  	<	=	>
knockout	2	13	1
wildtype	4	12	0

============================================================
Delta-delta tables (four way comparison)
 delta_k < delta_w, delta_k = delta_w, delta_k > delta_w
============================================================

max_od_emg
      	<	=	>
       	0	15	1

['YNL316C/C00166:nature-loop3-expt006-plate007']

dur_linear
      	<	=	>
       	0	16	0

[]

end_linear
      	<	=	>
       	1	12	3

['YER090W/C00166:nature-loop2-expt001-plate007', 'YDR007W/C00166:nature-loop3-expt004-plate002', 'YER090W/C00108/C00166:nature-loop3-expt005-plate005', 'YGL026C/C00108/C00166:nature-loop3-expt005-plate006']

start_linear
      	<	=	>
       	1	14	1

['YDR007W/C00166:nature-loop3-expt004-plate002', 'YGL026C/C00108/C00166:nature-loop3-expt005-plate006']

miy_lag_time
      	<	=	>
       	0	14	2

['YER090W/C00108/C00166:nature-loop3-expt005-plate005', 'YGL026C/C00108/C00166:nature-loop3-expt005-plate006']

sn_ratio
      	<	=	>
       	0	16	0

[]

max_od_time_emg
      	<	=	>
       	0	13	3

['YER090W/C00166:nature-loop2-expt001-plate007', 'YER090W/C00108/C00166:nature-loop3-expt005-plate005', 'YGL026C/C00108/C00166:nature-loop3-expt005-plate006']

lag_time
      	<	=	>
       	0	16	0

[]

double_time
      	<	=	>
       	0	14	2

['YER090W/C00166:nature-loop2-expt001-plate007', 'YDR007W/C00108/C00166:nature-loop3-expt005-plate002']

threshold
      	<	=	>
       	1	14	1

['YER090W/C00166:nature-loop2-expt001-plate007', 'YDR354W/C00108/C00166:nature-loop3-expt005-plate004']

linear_slope
      	<	=	>
       	1	14	1

['YER090W/C00166:nature-loop2-expt001-plate007', 'YDR354W/C00108/C00166:nature-loop3-expt005-plate004']

global_max_od_time
      	<	=	>
       	2	13	1

['YDR007W/C00166:nature-loop3-expt004-plate002', 'YER090W/C00108/C00166:nature-loop3-expt005-plate005', 'YNL316C/C00166:nature-loop3-expt006-plate007']

global_max_od
      	<	=	>
       	0	15	1

['YNL316C/C00166:nature-loop3-expt006-plate007']