@article{oai:kagawa-u.repo.nii.ac.jp:00007207,
 author = {Laojunta, Tanapoom and Laojunta, Tanapoom and 鳴海, 貴子 and Narumi-Kawasaki, Takako and 深井, 誠一 and Fukai, Seiichi},
 issue = {125},
 journal = {香川大学農学部学術報告, Technical bulletin of Faculty of Agriculture, Kagawa University},
 month = {Feb},
 note = {三元交配は，花の色と形態的特徴のバリエーションを増やす効果的な方法である。（T. bicolor×T. baillonii）の稔性花粉を，T. concolor，T. fournieri，T. hirsutissimaおよびT. siamensisの4種の柱頭に受粉した。T. fournieri×（T. bicolor×T. baillonii）の交配組合せのみが5つの後代を生み出した。次に，3つの交配種（T. fournieri×T. baillonii），（T. fournieri×T. bicolor），および（T. bicolor×T. baillonii）を雌性親として使用し，他のToreniaの種と交配した。（T. fournieri×T. baillonii）×T. siamensisから3つの後代が，（T. fournieri×T. baillonii）×T. concolorから2つの後代が得られた。得られた植物の雑種性はPCR-RFLPによって確認され，全てが真の交配種であった。三元交配種は，両親の中間の染色体数を示し，すべての交配種は雄性不稔であった。交配種の花弁の色は，ほぼ全て親の中間色であった。, Tri-parental cross is an effective way to increase variations in flower color and morphological characteristics. Recombination of three genomes would produce new phenotypes having high ornamental value. The fertile pollen of (T. bicolor × T. baillonii) was mounted on the stigma of four species, T. concolor, T. fournieri, T. hirsutissima and T. siamensis. Only the cross combination of T. fournieri × (T. bicolor × T. baillonii) produced five progenies. Then three hybrids (T. fournieri × T. baillonii), (T. fournieri × T. bicolor) and (T. bicolor × T. baillonii) were used as female parents then cross with other Torenia species. Three progenies were obtained from (T. fournieri × T. baillonii) × T. siamensis and two progenies were obtained from (T. fournieri × T. baillonii) × T. concolor. The hybridity of progenies was confirmed by PCR-RFLP, and all tested plants were true hybrids. Tri-parental hybrids showed intermediate chromosome number between parents and all tri-parental hybrids were male sterile. Petal color of the hybrids was mostly intermediate of parents with narrow variation.},
 pages = {17--23},
 title = {新規トレニア三元交配種の作出},
 volume = {72},
 year = {2020},
 yomi = {ラオジュンタ, タナポーン and ナルミ, タカコ and フカイ, セイイチ}
}