Regeneration and screening of tomato somaclones for resistance to tobacco mosaic virus

Barden, K.A.; Smith, Sandra Schiller; Murakishi, H. H.

doi:10.1016/0168-9452(86)90141-x

Cited by 26 publications

(10 citation statements)

References 14 publications

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“…With regard to disease resistance a number of studies describing the selection of resistant plants at the whole-plant level are in accordance with these figures (Shepard et al, 1980;Barden et al, 1986;Sreenivasan et al, 1987;Heath-Pagliuso et al, 1988;Wright & Lacy, 1988). Nevertheless, the occurrence of much higher frequencies, e.g.…”

Section: Frequency Of Disease Resistant Variantssupporting

confidence: 63%

“…Gavazzi & co-workers (1987) were unable to identify increases in resistance to tobacco mosaic virus (TMV), Verticilliurn wilt or Meloidogyne incognita in somaclones derived from two susceptible tomato Binarov~i et al, 1990Pickering, 1989Ireland & Lacy, 1987Wright & Lacy, 1988;Heath-Pagliuso et al, 1988;Heath-Pagliuso & Rappaport, 1990Wright & Lacy, 1988Brown et al, 1986Brettell et al, 1980Hammerschlag, 1990aHammerschlag & Ognjanov, 1990Ostry & Skilling, 1988Prakash & Thielges, 1989Matern et al, 1978Shepard et al, 1980Cassells et al, 1986, 1987Thomson et al, 1986Evans et aL, 1986Sacrist~in, 1982, 1985MacDonald & Ingram, 1985Ling et al, 1985Krishnamurthi & Tlaskal, 1974Heinz et al, 1977Krishnamurthi, 1974: Heinz et al, 1977Heinz et al, 1977Liu &Chen, 1978Liu, 1981Sreenivasan et al, 1987Daub & Jenns, 1989Barden et al, 1986Smith & Murakishi, 1987Miller et al, 1985Evans, 1987Shahin & Spivey, 1986Shahin & Spivey, 1987…”

Section: Selection Of Disease Resistant Variants At the Plant Levelmentioning

confidence: 99%

“…However, extensive genetic studies of the resistance have only been accomplished occasionally. Barden et al (1986) screened somaclones of tomato for resistance to TMV and selected six somaclones as virus-free and putatively resistant. The resistance of these plants inherited stably as shown by screening four generations of self-pollinated progeny.…”

Section: Nature and Genetics Of The Selected Resistancementioning

confidence: 99%

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Application of cell and tissue culture and in vitro selection for disease resistance breeding — a review

Bulk

1991

Euphytica

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Section: Frequency Of Disease Resistant Variantssupporting

confidence: 63%

Section: Selection Of Disease Resistant Variants At the Plant Levelmentioning

confidence: 99%

Section: Nature and Genetics Of The Selected Resistancementioning

confidence: 99%

See 1 more Smart Citation

Application of cell and tissue culture and in vitro selection for disease resistance breeding — a review

Bulk

1991

Euphytica

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“…Selection of somaclonal variants has successfully been used to generate cultivars in a number of plants, including apple (Donovan et al 1994), banana (Cote et al 1993), celery (Heath-Pagliuso et al 1988), cucumber (Burza and Malepszy 1995;Filipecki et al 2005), garlic (Novak et al 1982), lettuce (Engler and Grogan 1984), peach (Hammerschlag 1990), strawberry (Swartz et al 1981;Toyoda et al 1991;Takahashi et al1992;Hammerschlag et al 2006), and tomato (Evans and Sharp 1983;Barden et al 1986). Although it is important to use a regeneration method that results in a high frequency of somaclonal variation in the regenerated plants so as to efficiently select useful somaclonal variants (Ezura et al 1995), in Japanese butterbur, it was difficult to control the high frequency occurrence of undesirable variation, which was observed in the regenerants from callus cultures (Morishita 1991).…”

Section: ϫ2mentioning

confidence: 99%

Breeding of Japanese butterbur (Petasites japonicus) by using flowerhead culture

Iwamoto

2009

Plant Biotechnology

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mentioning

confidence: 99%

Efficient selection of a high-yield line by using somaclonal variation in Japanese butterbur (<i>Petasites japonicus</i>)

Iwamoto

Nakasone

Ezura

2007

Plant Biotechnology

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To induce somaclonal variations related to plant yield, adventitious buds were directly regenerated from immature flowerheads of a selected line A of the 'Aichi Wase Fuki' of Japanese butterbur (Petasites japonicus). Among the 280 independent regenerants obtained from 300 immature flowerheads, about 2/3 were regenerated within 90 d of culture. The total yield of the randomly selected 50 lines among the early regenerants ranged from 13.8 to 21.6 kg m Ϫ2 (average: 18.2 kg m Ϫ2 ) in the field, and a high correlation (rϭϪ0.869) was observed between the total yield and the period required for the third leaf initiation in flowerhead culture. A high correlation (rϭ0.923) was also observed between the yield in the field and the fresh weight of rhizomes at 3 months of culture in the greenhouse. Since the yield of the original line A was 16.4 kg m Ϫ2, direct adventitious bud regeneration is a useful technique for inducing high yielding variants in Japanese butterbur, which might be efficiently selected by monitoring the period required for third leaf initiation and the weight of rhizomes.Key words: Flowerhead culture, in vitro selection, Petasites japonicus, somaclonal variation. Copyright © 2007 The Japanese Society for Plant Cell and Molecular BiologyAbbreviations: ArMV, arabis mosaic virus; BA, 6-benzyladenine; BuMV, butterbur mosaic virus; CMV, cucumber mosaic virus; MS, Murashige and Skoog; NAA, a-naphthaleneacetic acid. This article can found at http//www.jepcmb.jp/ Original Paper bud organogenesis from immature flowerhead explants as a strategy to develop a breeding program for Japanese butterbur. We also discuss the usefulness of direct adventitious organogenesis compared to indirect adventitious organogenesis from calli in this crop. Materials and methods Plant materials and flowerhead cultureWe used immature flowerheads (0.2-0.4 mm in diameter) of a special selected line A of the cultivar 'Aichi Wase Fuki', which has higher yield and quality than the original one (Iwamoto 1999) as the source of explants. Immature flowerheads were cultured on MS solid medium supplemented with 0.1 mg l Ϫ1 NAA, 1 mg l Ϫ1 BA, and 7 g l Ϫ1 Agar, pH 5.8, and subcultured on the same medium at 1 month intervals. Plant regeneration via adventitious buds was conducted according to the methods described by Iwamoto and Kagi (1995). During flowerhead culture, the following characteristics of the regenerants were recorded: the periods required for adventitious bud initiation and third leaf initiation, the number of leaves per regenerant after 3 months of culture and the petiole length of the longest leaf in each regenerant after 3 months of culture. Evaluation of early growth characteristicsAmong the regenerants, 50 randomly selected lines were each propagated by axillary bud culture and the rooted plants were acclimatized according to the method of Iwamoto and Kagi (1995). All the 50 selected lines were checked for viral infection of ArMV, BuMV, and CMV, and confirmed to be virus-free (Iwamoto, unpublished data). Twenty plants per l...

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Regeneration and screening of tomato somaclones for resistance to tobacco mosaic virus

Cited by 26 publications

References 14 publications

Application of cell and tissue culture and in vitro selection for disease resistance breeding — a review

Application of cell and tissue culture and in vitro selection for disease resistance breeding — a review

Breeding of Japanese butterbur (Petasites japonicus) by using flowerhead culture

Efficient selection of a high-yield line by using somaclonal variation in Japanese butterbur (<i>Petasites japonicus</i>)

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