Fitness for 1 genes in Synechocystis sp000284455 PCC 6803

Top 30 experiments (either direction), sorted by average fitness

Or view all 146 experiments or choose conditions

Group	Condition	SGL_RS03285
light_bubbling	high light; bubbling	-0.5
stress	Chloride 800 mM	-0.4
stress	D-Sorbitol 500 mM	-0.3
stress	Chloride 800 mM	-0.2
stress	Chloride 800 mM	-0.2
photoheterotrophic	growth in full media and 10 mM glucose= photoheterotrophic growth	+0.2
stress	Manganese (II) chloride tetrahydrate 100 uM	+0.2
metal stress	growth in full media supplemented with 5 .M Cl2Co but diluted to prevent light attenuation	+0.2
nitrogen source	ClNH4 10 mM10 mM as N source, buffered with 20 mM TES pH8 but diluted to prevent light attenuation	+0.2
metal stress	growth in full media supplemented with 300 .M BCSA to remove any trace of Cu but diluted to prevent light attenuation	+0.2
nitrogen source	Na NO3 10 mM as N source, buffered with TES 20 mM TES pH8 but diluted to prevent light attenuation	+0.2
nitrogen source	Ammonium chloride (N)	+0.2
nitrogen source	growth in full media but diluted to prevent light attenuation	+0.2
metal stress	growth in full media supplemented with 3 .M CuSO4 but diluted to prevent light attenuation	+0.2
nitrogen source	NaNO3 10 mM as N source, buffered with 20 mM TES pH8	+0.2
stress	Cobalt chloride 5 uM	+0.2
light_bubbling	control for light_bubbling experiments	+0.2
stress	Bathocuproine disulfonic 0.3 mM	+0.2
light_bubbling	L/D cycles short day	+0.2
light_bubbling	high light; bubbling	+0.2
stress	Zinc 20 uM	+0.2
light_bubbling	low light; bubbling	+0.2
carbon dioxide	growth in full media bubbled with air enriched in 1% CO2	+0.3
no stress control	no stress control	+0.3
nitrogen source	Urea (N)	+0.3
carbon dioxide	growth in full media bubbled with ambient air	+0.3
nitrogen source	L-Arginine (N)	+0.3
nitrogen source	nitrate (N)	+0.3
carbon dioxide	growth in full media bubbled with ambient air but diluted to prevent light attenuation	+0.4
carbon dioxide	growth in full media bubbled with ambient air	+0.4
		remove SGL_RS03285