-transparent.png){kind=logo}
Sisomicin was transformed to gentamicin C(2b) by Micromonospora rhodorangea NRRL 5326. The mechanisms involved in the biotransformation are the 6'-N-methylation and the (4'-5')-reduction. The progression of the methylation was followed by the isotope technique, but the reduction reaction was not monitored.
Related Publications
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
November 1979,
Antimicrobial agents and chemotherapy,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
November 2022,
Organic letters,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
December 1979,
The Japanese journal of antibiotics,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
August 1975,
The Journal of antibiotics,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
January 1976,
Arzneimittel-Forschung,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
January 1979,
Chemotherapy,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
January 1982,
European journal of clinical pharmacology,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
January 1976,
Chemotherapy,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
October 1975,
Antimicrobial agents and chemotherapy,
B K Lee, and
J V Bailey, and
R G Condon, and
J A Marquez, and
G H Wagman, and
M J Weinstein
January 1976,
Arzneimittel-Forschung,
