1979Agricultural and Biological ChemistryOpen access

Nucleotidylation of aminoglycoside antibiotics by Bacillus brevis.

Hideo Shirafuji, Makoto Kida, T. ASAKO, Masahiko Yoneda

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Abstract

Biochemical transformations of aminoglycoside antibiotics by Bacillus species were exam ined.Among 39 strains of 8 Bacillus species, 4 strains of B. brevis were found to inactivate several aminoglycoside antibiotics: neamine, xylostasin, butirosin A and kanamycin A.

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Biochemical transformations of aminoglycoside antibiotics by Bacillus species were exam ined.Among 39 strains of 8 Bacillus species, 4 strains of B. brevis were found to inactivate several aminoglycoside antibiotics: neamine, xylostasin, butirosin A and kanamycin A.

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Available abstract

Biochemical transformations of aminoglycoside antibiotics by Bacillus species were exam ined.Among 39 strains of 8 Bacillus species, 4 strains of B. brevis were found to inactivate several aminoglycoside antibiotics: neamine, xylostasin, butirosin A and kanamycin A.

Key concepts: Aminoglycoside, Kanamycin, Antibiotics, Chemistry, Microbiology, Bacteria, Bacillus (shape), Transformation (genetics)

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