1989Agricultural and Biological ChemistryOpen access

Biotransformation of acetoacetic esters with immobilized cells of Nicotiana tabacum.

Yoshinobu Naoshima, Yoshihiko Akakabe, Fumiaki Watanabe

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Abstract

The ability of cultured plant cells as biocatalysts to transform organic compounds has been recognized in recent years.l)Galun et al.2) and Suga et al.3) have independently reported that either freely suspended or

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The ability of cultured plant cells as biocatalysts to transform organic compounds has been recognized in recent years.l)Galun et al.2) and Suga et al.3) have independently reported that either freely suspended or

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Available abstract

The ability of cultured plant cells as biocatalysts to transform organic compounds has been recognized in recent years.l)Galun et al.2) and Suga et al.3) have independently reported that either freely suspended or

Key concepts: Biotransformation, Nicotiana tabacum, Chemistry, Solanaceae, Botany, Biochemistry, Biology, Enzyme

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Biotransformation of acetoacetic esters with immobilized cells of Nicotiana tabacum. — Research Paper | ScholarLens