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UCHIDA Hidenobu , YAMASHITA Hirofumi , ANAI Toyoaki , MURANAKA Toshiya , OHYAMA Kanji

… order to establish a basis for transformation technology in the petroleum plant <I>Euphorbia tirucalli</I>, the callus of the plant was infected with <I>Agrobacterium</I>, washed with distilled water, sterilized with distilled water containing 100 mg/l of carbenicillin, selected on solidified B5 medium containing 13 mg/l of G418 and 100 mg/l of carbenicillin, and then on solidified B5 medium containing 25 mg/l of G418 and 100 mg/l of carbenicillin for the transgenic calli, and then the callus lines were …

Bioscience, Biotechnology, and Biochemistry 74(4), 851-853, 2010-04-23

J-STAGE CrossRef References (16)

UCHIDA H.

Planta 229, 1243-1252, 2009

Cited by (2)

UCHIDA Hidenobu , NAKAYACHI Osamu , OTANI Motoyasu , KAJIKAWA Masataka , KOHZU Yoshihito , YAMATO Katsuyuki T. , FUKUZAWA Hideya , SHIMADA Takiko , OHYAMA Kanji

… Euphorbia tirucalli is a potential source of commercially important chemicals such as sterols. … tirucalli. …

Plant Biotechnology 21(5), 397-399, 2004-12-01

J-STAGE CrossRef References (19) Cited by (2)

IMAI S

Anticancer Res 14, 933-936, 1994

Cited by (3)

郷 正士 他

… Euphorbia tirucalli is known to produce hydrocarbonic substance like gasoline (CALVIN, M. …

Bulletin of the Tokyo University Forests (73), p129-138, 1984-01-00

IR

OHYAMA K

Z Pflanzenphysiol 113, 367-370, 1984

Cited by (2)

BIESBOER DD

J Nat Prod 42, 648-657, 1979

CrossRef Cited by (2)