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Table 1 Function of genes showing the largest differences as a function of the sulfur source

From: Extracting biological information from DNA arrays: an unexpected link between arginine and methionine metabolism in Bacillus subtilis

Gene Mean Standard Function
   deviation  
argD 2.378 1.032 Arginine biosynthesis
argF 2.874 0.735 Arginine biosynthesis
argG 1.911 0.411 Arginine biosynthesis
argH 3.414 1.139 Arginine biosynthesis
argJ 3.252 0.873 Arginine biosynthesis
comGC 1.841 0.730 Late competence operon required for DNA binding and uptake
comGD 2.149 0.628 Late competence operon required for DNA binding and uptake
levD 2.653 0.757 PTS system - fructose-specific IIA component
ycbD 2.071 0.452 Probable aldehyde dehydrogenase
yqiX 3.052 0.297 Probable amino-acid ABC permease (binding protein)
yqiY 2.351 0.744 Probable amino-acid ABC permease (permease)
yqiZ 3.178 0.659 Probable amino-acid ABC permease (ATP-binding protein)
yqzE 2.000 0.946 Hypothetical protein
ytzD 3.378 0.839 Hypothetical protein, downstream gene of operon argGH
ahpF -3.013 0.601 Alkyl hydroperoxide reductase (large subunit) - reduces organic hydroperoxides in their reduced dithiol form
    hydroperoxides in their reduced dithiol form
katA -1.964 0.914 Vegetative catalase
ytmI -2.418 0.489 Possible methionine sulfoxide acetyl transferase (operon
    ytmIJKLMhisPytmOytnIJribRhipOytnM)
ytmJ -2.480 0.787 Methionine - methionine sulfoxide ABC permease (binding protein)
    (this paper)
ytmL -1.852 0.979 Methionine - methionine sulfoxide ABC permease (permease) (this
    paper)
ytmO -2.258 0.439 Methionine sulfoxide monooxygenase (this paper)