Fitness for 1 genes in Azospirillum brasilense Sp245

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

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Group	Condition	AZOBR_RS07455
nitrogen fixation control	L-Malic (C) with ammonium chloride; anaerobic; 3 days	-7.5
nitrogen fixation control	L-Malic (C) with ammonium chloride; anaerobic; 8 days	-6.5
carbon source	L-Lactate (C)	-6.4
nitrogen fixation control	L-Malic (C) with ammonium chloride; anaerobic; 3 days	-4.6
carbon source	L-Malic (C)	-4.3
nitrogen source	Glucuronamide (N)	-4.1
carbon source	succinate (C)	-4.1
nitrogen fixation control	L-Malic (C) with ammonium chloride; anaerobic; 8 days	-3.9
nitrogen fixation	L-Malic (C) and no Nitrogen; Wolfe's minerals without nitroloacetic acid; 3 days	-3.9
nitrogen fixation	L-Malic (C) and no Nitrogen; Wolfe's minerals without nitroloacetic acid; 3 days	-3.8
nitrogen source	Cytosine (N)	-3.8
carbon source	D-Lactate (C)	-3.7
carbon source	L-Malic (C)	-3.7
carbon source	D-Gluconic Acid (C)	-3.5
nitrogen fixation	L-Malic (C) and no Nitrogen; normal Wolfe's minerals with nitroloacetic acid; 8 days	-3.5
nitrogen source	nitrate (N)	-3.5
carbon source	pyruvate (C)	-3.3
nitrogen source	casaminos (N)	-3.3
carbon source	L-Glutamine (C)	-3.2
carbon source	butyrate (C)	-3.2
carbon source	a-Ketoglutaric (C)	-3.1
nitrogen fixation control	D-Glucose (C) with ammonium chloride; anaerobic; 8 days	-3.1
nitrogen source	L-Asparagine (N)	-3.0
nitrogen source	Ammonium chloride (N)	-3.0
carbon source	Glycerol (C)	-2.8
carbon source	L-Proline (C)	-2.8
carbon source	D,L-Lactate (C)	-2.7
nitrogen fixation	L-Malic (C) and no Nitrogen; normal Wolfe's minerals with nitroloacetic acid; 3 days	-2.6
carbon source	D-Lactate (C)	-2.6
nitrogen source	L-Lysine (N)	-2.6
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