Search Results:　 1-20 of 1440

HIROOKA Kazutake , FUJITA Yasutaro

Bioscience, biotechnology, and biochemistry 75(7), 1325-1334, 2011-07-23

References (28)

SHITAN Nobukazu , KAMIMOTO Yoshihisa , MINAMI Shota , KUBO Mizuki , ITO Kozue , MORIYASU Masataka , YAZAKI Kazufumi

… Yeast functional screening with a Sophora flavescens cDNA library was performed to identify the genes involved in the tolerant mechanism to the self-producing prenylated flavonoid sophoraflavanone G (SFG). …

Bioscience, Biotechnology, and Biochemistry 75(5), 982-984, 2011-05-23

J-STAGE CrossRef References (12)

MIYAKE Yoshiaki , ITO Chihiro , ITOIGAWA Masataka

マイヤーレモンは，レモン類とマンダリン類の自然交配種と考えられ，これのフラボノイド，クマリンの含有量の特徴をユーレカレモン，ウンシュウミカン，ネーブルオレンジとの比較により調べた．マイヤーレモンのフラボノイドの特徴は，eriocitrin, hesperidin, nobiletinの含量がウンシュウミカン，ネーブルオレンジに類似し，narirutin, 6,8-C-diglucosylapige …

Nippon Shokuhin Kagaku Kogaku Kaishi 58(4), 178-181, 2011-04-15

J-STAGE CrossRef References (16)

NAKAMURA Noriko , FUKUCHI MIZUTANI Masako , KATSUMOTO Yukihisa , TOGAMI Junichi , SENIOR Mick , MATSUDA Yoshie , FURUICHI Keiji , YOSHIMOTO Mie , MATSUNAGA Akihiro , ISHIGURO Kanako , AIDA Mitsuhiro , TASAKA Masao , FUKUI Hirokazu , TSUDA Shinzo , CHANDLER Steve , TANAKA Yoshikazu

… Flower colour modification was due to expression of genes of a viola flavonoid 3′,5′-hydroxylase and a torenia anthocyanin 5-acyltransferase. …

Plant Biotechnology 28(2), 251-261, 2011-03-25

J-STAGE CrossRef References (17) Cited by (2)

TOGAMI Junichi , OKUHARA Hiroaki , NAKAMURA Noriko , ISHIGURO Kanako , HIROSE Chika , OCHIAI Misa , FUKUI Yuko , YAMAGUCHI Masa-atsu , TANAKA Yoshikazu

4,2′,4′,6′-Tetrahydroxychalcone (THC) 2′-glucoside that confers yellow color to the petals of carnation, cyclamen, and catharanthus is biosynthesized by the action of UDP-glucose-dependent THC 2′-gluc …

Plant Biotechnology 28(2), 231-238, 2011-03-25

J-STAGE CrossRef References (30) Cited by (1)

NAKATSUKA Takashi , SAITO Misa , YAMADA Eri , NISHIHARA Masahiro

… The expressions of ‘late’ flavonoid biosynthetic genes, including F3H, F3′5′H, DFR and ANS, were strongly suppressed in petals of these transgenic plants. … In contrast, the ‘early’ flavonoid biosynthetic genes, such as CHS and FNSII, were not affected. …

Plant Biotechnology 28(2), 173-180, 2011-03-25

J-STAGE CrossRef References (37) Cited by (4)

OZAWA Atsumi , OOMIZO Nana , FUJINAMI Rieko , IMAICHI Ryoko , IMAI Hajime

Optical review 18(1), 69-71, 2011-02-01

References (11)

ZHANG Yuping , SHI Shuyun , WANG Yuanxi , HUANG Kelong

Journal of chromatography. B, Analytical technologies in the biomedical and life sciences 879(2), 191-196, 2011-01-15

References (32)

TODA Kyoko , TAKAHASHI Ryoji , IWASHINA Tsukasa , HAJIKA Makita

Journal of plant research 124(1), 173-182, 2011-01-01

References (52)