1965
DOI: 10.1002/recl.19650840518
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Microbiological conversion of 19‐nortestosterone (VI) 1β‐hydroxylation

Abstract: The microbiological transformation of 19‐nortestosterone with Botryodiplodia malorum, leading to the 1β‐hydroxy‐derivative, is described.

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Cited by 7 publications
(1 citation statement)
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“…(RB.17, 1-6), in the B3 paper-chromatographic system of Bush (1952) for 24 hr. (RE-17p 0.32) and in the thin-layer-chromatographic system acetonebenzene (7:13, v/v) on silica gel GF254 (E. Merck A.-G., Darmstadt, Germany) (R,O-5), the mobility of the radioactive material agreed with that of authentic l1-hydroxy-19-norandrostenedione (Bolt et al 1965) and was different from the 20-hydroxy isomer in the first system.…”
Section: (Received 1 Augu8tmentioning
confidence: 73%
“…(RB.17, 1-6), in the B3 paper-chromatographic system of Bush (1952) for 24 hr. (RE-17p 0.32) and in the thin-layer-chromatographic system acetonebenzene (7:13, v/v) on silica gel GF254 (E. Merck A.-G., Darmstadt, Germany) (R,O-5), the mobility of the radioactive material agreed with that of authentic l1-hydroxy-19-norandrostenedione (Bolt et al 1965) and was different from the 20-hydroxy isomer in the first system.…”
Section: (Received 1 Augu8tmentioning
confidence: 73%