Articles

Agrobacterium-mediated transformation of rose meristem in vitro

Article number
1404_46
Pages
339 – 346
Language
English
Abstract
Rose is one of the most valuable ornamental crops in the world due to its use as cut flowers, potted plants, landscape shrubs, perfume, and food/beverage additives.
Conventional breeding has achieved notable progress in improving important traits of roses, such as plant form, disease resistance, and remontancy.
However, conventional breeding faces challenges due to the complex nature of rose genetics, including factors like polyploidy, high heterozygosity, and low fertility in existing breeding lines.
To overcome these challenges and enable precise trait engineering, the genome editing technique offers a promising solution.
However, efficient regeneration and transformation systems are not available for genome editing in roses.
In this study, we developed an efficient method for Agrobacterium-mediated genetic transformation of in vitro meristem cultures of roses.
Meristems were isolated from in vitro cultured multi-shoots and transformed using A. tumefaciens strain GV3101 carrying a binary vector.
The vector contained a bialaphos resistance (bar) gene and a green fluorescent protein (GFP) reporter gene.
By employing GFP visual selection, we obtained an average of eight putative transgenic cell lines from three independent transformations of 30 meristems.
Transgenic plants were then regenerated through somatic embryogenesis from transgenic callus.
Subsequent PCR analysis demonstrated that 100% of the regenerated plants were transgenic, confirming the success of the transformation process.
The development of this highly efficient transformation method provides a valuable tool for rose transformation and facilitates trait engineering and functional genomics studies in roses.

Publication
Authors
K. Da, D. Harmon, A. Nelson, H. Leng, S. McLennan, C. Nix, E. Kinsch, G. Leoshko, G. Hall, D. Huang, D. Touchel, W. Liu, T. Ranney
Keywords
Agrobacterium-mediated transformation, GFP, meristem, Rosa, somatic embryogenesis
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A. Pichakum | W. Suwannaruta | S. Detpitthayanan | C. Patanrach | P. Tienthong | W. Chintakovid
K. Nashima | M. Takeuchi | Y. Omine | N. Urasaki | K. Tarora | A. Irei | M. Shoda | Y. Nishiba | T. Sugawara | T. Sato | S. Kiriyama | M. Yamada | M. Kunihisa | C. Nishitani | T. Yamamoto
S. Susanto | A. Rahayu | K.N. Tyas | U. Kalsum | W. Fikrinda | K. Suketi | D.P. Hapsari | A.B. Arif
K. Yamane | M. Taguchii | R. Kitamura | T. Suzuki | T. Kurokura | H. Kanda
T. Umebayashi | R. Araki | Y. Suzuki | K. Fukuda | H. Kanda | N. Kitamoto | H. Imanishi | Y. Yoshida
D. Miyata | Z. Yu | D. Takata | H. Saito | L. Jing
T. Kobayashi | K. Suzuki | A. Osada | T. Akiyama | H. Kawashima | M. Nakanishi
T.M. Le | M. Shigyo | Y. Tatemichi | K. Harada | K. Arai | Y. Ishizaki | H. Aoki | C. Kik | R. van Treuren | T. van Hintum
H. Mehraj | M.A. Akter | T. Takasaki-Yasuda | E.S. Dennis | R. Fujimoto
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D. Sukma | D. Efendi | E. Gunawan | A. Maharijaya | D.D. Matra | F. Rahmadi
M. Muqadas | O.W. Mitalo | C. Yano | K. Ohashi | N. Hira | T. Akagi | K. Ushijima | Y. Kubo
P. Boonyaritthongchai | C. Kebngon | M. Khumthongwattana | C. Wongs-Aree | S. Supapvanich | R. Tepsorn
M.A. Akter | N. Miyaji | M. Shimizu | H. Mehraj | M.A.U. Doullah | I. Chuma | R. Fujimoto
P.A. Martínez-Melgarejo | M. Ormazabal | J.A. López-García | J.J. Guerrero-Franco | J.A. Martín-Rodríguez | C. Martínez-Andújar | F. Pérez-Alfocea
S.Y. Hwang | H.E. Choi | J.H. Yun | J. Yu | E.W. Park | J.H. Hwang | H.S. Hwang | S.J. Hwang
J.H. Hwang | E.W. Park | H.S. Hwang | S.Y. Hwang | J. Yu | S.J. Hwang
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S. Oku | D. Sekine | K. Aoki | T. Muro | S. Hiura | H. Tsukazaki
Q. Zhang | L.X. Wu | X.O. Ma | Y.C. Tang | M. Sun
S.I. Aisyah | E.R. Simarmata | H. Rusmiyati | D. Sukma | D.N. Suprapta | M. Syukur
H. Fujii | F. Hosaka | T. Endo | T. Shimada | S. Terakami | T. Yamamoto
Y. Kitamura | T. Kashiwamoto | T.-F. Hsiang | K. Numaguchi | H. Yamane
I.H. Lee | H.S. Kim | M.H. Nam | H.C. Lee | J.H. Yoo | D.H. Yi | S.-K. Oh
M. Tatei | Y. Yaoku | T. Nishimoto | R. Koyama | M. Ishibashi | Y. Uno
H. Tsukazaki | S. Oku | S. Hiura | D. Sekine
Y. Noguchi | S. Kataoka | S. Ezawa | Y. Maeda | F. Tanimura
C. Yano | T. Kashiwamoto | M. Muqadas | K. Ohashi | O.W. Mitalo | T. Akagi | Y. Kubo | T. Kawai | K. Ushijima | F. Fukuda
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I. Lichanporn | N. Nanthachai | P. Tanganurat | P. Akkarakultron
K. Hamada | A. Inoue | K. Kurachi | Y. Horaguchi | T. Horibe
M. Gao-Takai | T.S. Li | Z. Lin | T. Segawa | H. Takagi | A. Katayama-Ikegami
Q. Qin | F. Tatsuzawa | T. Nakane | T. Iwashina | T. Mizuno
K. Sakai | Y. Matsubara | H. Hashizume | H. Tanaka | S. Toyokuni | M. Hori
H. Park | H.S. Kim | M.H. Nam | I.H. Lee | H.C. Lee | J.H. Yoo | D. Han | D.H. Yi
Y. Kawazu | M. Sugiyama | K. Shimomura | S. Ueda | S. Watanabe | Y. Nakai | S. Maeda | T. Yumbe | R. Yano | T. Yamamoto | M. Harada
S. Earsakul | N. Pornsopin | S. Techawongstien | C. Lapjit | N. Jeeatid | P. Suwor | P. Phimchan | C. Sangrit | W. Nawae | T. Tarinta
N. Subpang | N. Pornsopin | S. Earsakul | S. Techawongstien | S. Falab | N. Jeeatid | P. Suwor | T. Tarinta
H. Tomiyama | Y. Pan | P. Opio | S. Wang | T. Saito | K. Ohkawa | H. Ohara | S. Kondo
T. Kawai | F. Matsumori | A. Ikeda | T. Ohashi | G. Inohara | T. Ichioka | A. Nishiguchi | R. Mukai | K. Hirano | F. Fukuda
L.S.H. Jayasooriya | M.H. Shin | K.E. Jang | W.M.U.D. Wijethunga | Y.B. Kwack | S.H. Kim | J.G. Cho | J.G. Kim
M. Sugimori | T.-F. Hsiang | H. Yamane | Y. Kitamura | R. Tao
R. Sawai | N. Kitamoto | A. Wakabayashi | T. Umebayashi | Y. Yoshida | H. Kanda | H. Imanishi
K. Miyata | T. Sato | C. Honsho | Y. Takeuchi | S. Nishio | T. Tetsumura
K. Shimasaki | S.J. Nahar | M.M. Kamal | A.F. Ona
M. Azuma | D. Mizuta | Y. Kamiyoshihara | A. Tateishi | S. Kubota | H. Momose | M. Koshioka
Y. Zhang | A. Taniguchi | Y. Matsubara | T. Nakamura | Y. Takeshita | S. Nakano
M. Kondo | N. Kitamoto | A. Wakabayashi | R. Sawai | Y. Sato | T. Umebayashi | Y. Yoshida | H. Kanda | H. Imanishi
M. Hikawa-Endo | H. Shigemune | C. Hojo | K. Yamaguchi | K. Murakami | T. Yano | R. Yamanaka
Y. Suzuki | T. Umebayashi | K. Ohara | H. Kanda | H. Imanishi | N. Kitamoto | K. Hashiura | Y. Kusakari | Y. Yoshida
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C. Domínguez | S. Mayo-Prieto | A. García | L. Zanfaño | G. Carro | A. Rodríguez-González | P.A. Casquero
P.A. Casquero | A. Porteous | C. Domínguez | A. Rodríguez-González | S. Mayo-Prieto
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