Chromosome Segment Substitution Lines: A Powerful Tool for the Introgression of Valuable Genes from Oryza Wild Species into Cultivated Rice (O. sativa)

Ali, M. Liakat; Sanchez, Paul L.; Yu, Si-bin; Lorieux, Mathias; Eizenga, Georgia C.

doi:10.1007/s12284-010-9058-3

Rice

Table 1 Taxonomic classification of Oryza species with the chromosome number and genomic composition based on Lu et al. (2010), and potentially useful traits

From: Chromosome Segment Substitution Lines: A Powerful Tool for the Introgression of Valuable Genes from Oryza Wild Species into Cultivated Rice (O. sativa)

Species	2n	Genome	Potentially useful traits^a	Reference(s)^b
Section Oryza
Series Sativae
O. sativa	24	AA	Cultigen
O. nivara	24	AA	Resistance to grassy stunt virus, blast, sheath blight, stemborer and whorl maggot; drought avoidance, CMS, hybrid breakdown locus, pollen sterility locus	2, 3, 4, 14, 16, 21, 28, 30, 39
O. rufipogon	24	AA	Resistance to BB, stem rot, tungro virus, blast, stem borer and WBPH; elongation ability, tolerance to aluminum and soil acidity, source of CMS, improved yield, salinity tolerance, fertility restoration ability	2, 3, 4, 5, 7, 11, 16, 18, 21, 22, 23, 24, 27, 32
O. glaberrima	24	AA	Cultigen. Resistance to yellow mottle virus, rice stripe necrosis virus and nematodes; tolerance to aluminum, soil acidity and iron toxicity; drought avoidance, source of CMS	3, 12, 13, 15, 21, 34
O. barthii	24	AA	Resistance to BB, BLS, blast, brown spot, sheath blight, and GLH; drought avoidance, source of CMS	2, 3, 8, 9, 10, 29
O. glumaepatula	24	AA	Elongation ability, source of CMS	2, 3, 21
O. longistaminata	24	AA	Resistance to BB, blast, BPH, nematodes and yellow stemborer; drought avoidance, pollen/spikelet fertility	2, 3, 6, 21, 37
O. meridionalis	24	AA	Elongation ability, drought avoidance, sheath blight	2, 30
Series Latifoliae
O. punctata	24	BB	Resistance to BPH, zigzag leafhopper	17
O. punctata	48	BBCC	Resistance to BPH, zigzag leafhopper	17
O. malampuzhaensis	48	BBCC	–
O. minuta	48	BBCC	Resistance to sheath blight, blast, BB, BPH and GLH; grain size, awn length, heading date, panicle number, spikelet number	1, 17, 19, 25, 26, 31
O. schweinfurthiana	48	BBCC	–
O. eichingeri	24	CC	Resistance to yellow mottle virus, BPH, WBPH and GLH	17
O. officinalis	24	CC	Resistance to thrips, BPH, GLH and WBPH	17
O. rhizomatis	24	CC	Drought avoidance, rhizomatous	17
O. alta	48	CCDD	Resistance to striped stemborer, high biomass production	17
O. grandiglumis	48	CCDD	High biomass production	17
O. latifolia	48	CCDD	Resistance to BPH, WBPH, GLH	17
Series Australienses
O. australiensis	24	EE	Drought avoidance, resistance to blast, BPH	17, 35
Section Brachyantha
Series Brachyanthae
O. brachyantha	24	FF	Resistance to yellow stemborer, leaf-folder, whorl maggot and BB; tolerance to laterite soil	17, 33
Section Padia
Series Meyerianae
O. granulata	24	GG	Shade tolerance, adaptation to aerobic soil	17
O. meyeriana	24	GG	Shade tolerance, adaptation to aerobic soil	17
O. neocaledonica	24	GG	–
Series Ridleyanae
O. longiglumis	48	HHJJ	Resistance to blast, BB	17
O. ridleyi	48	HHJJ	Resistance to stemborer, whorl maggot, blast, BB	17
Series Schlechteriana
O. schlerchteri	48	HHKK	–

The potentially useful traits identified are listed by species with a reference to the report
^aBPH brown planthopper, GLH green leafhopper, WBPH white-backed planthopper, BB bacterial blight; BLS bacterial leaf streak, CMS cytoplasmic male sterility
^b1 Amante-Bordeos et al. 1992, 2 Brar and Khush 1997, 3 Brar and Khush 2003, 4 Chaudhary and Khush 1990, 5 Chen et al. 2008, 6 Chen et al. 2009, 7 Chen et al. 2010, 8 Chu 1970, 9 Chu and Oka 1970, 10 Devadath 1983, 11 Fu et al. 2010, 12 Furuya et al. 1994, 13 Gutiérrez et al. 2010, 14 Heinrichs et al. 1985, 15 Heuer and Miezan 2003, 16 Hoan et al. 1997, 17 Jena and Khush 2000, 18 Chen et al. 2006, 19 Jin et al. 2004, 20 Jungtsung et al. 1986, 21 Khush and Brar 2002, 22 Kobayashi et al. 1993, 23 Kobayashi et al. 1994, 24 Li et al. 2002, 25 Linh et al. 2006, 26 Liu et al. 2002, 27 McCouch et al. 2007, 28 Miura et al. 2008, 29 Nayar 1968, 30 Prasad and Eizenga 2008, 31 Rahman et al. 2007, 32 Ram et al. 2005, 33 Ram et al. 2010a, b, 34 Sakamoto et al. 1990, 35 Suh et al. 2009, 36 Tseng and Oster 1994, 37 Vales 1985, 38 Velusamy et al. 1995, 39 Win et al. 2009

Back to article page