Chinese Bulletin of Botany ›› 2023, Vol. 58 ›› Issue (2): 335-346.DOI: 10.11983/CBB22061
• SPECIAL TOPICS • Previous Articles
Shanwu Lü1, Changwei Zhang2, Xilin Hou2, Shulin Deng1,*()
Received:
2022-04-01
Accepted:
2022-09-19
Online:
2023-03-01
Published:
2023-03-15
Contact:
*E-mail: Shanwu Lü, Changwei Zhang, Xilin Hou, Shulin Deng. Research Progress of TuMV Resistance for Brassica rapa[J]. Chinese Bulletin of Botany, 2023, 58(2): 335-346.
抗性基因 | 植物材料 | 抗性品种 | 遗传/克隆情况 | TuMV株系 | 参考文献 |
---|---|---|---|---|---|
显性基因/标记 | |||||
ConTR01 | 大白菜 | RLR22 | 定位于R04, 候选基因可能是eIF(iso)4E | 1、3、4、7、 8、9和12 | Rusholme et al., |
Tu1-Tu4 | 大白菜 | 91-112 | 4个QTLs, Tu1位于LG5连锁群, Tu2位于LG10连锁群, Tu3位于LG3连锁群, Tu4位于LG4连锁群 | C4 | Zhang et al., |
TuR1-TuR4 | 大白菜 | A52-2 | TuR1和TuR2位于LG3连锁群, TuR3和TuR4位于LG7连锁群 | C3 | 张俊华等, |
Tu1-Tu3 | 大白菜 | Y195-93 | Tu1位于R03连锁群, Tu2位于R04连锁群, Tu3位于R06连锁群 | C4 | 张晓伟等, |
Rnt1-1 | 大白菜 | AS9 | 定位于R06连锁群, 与内源抗坏血酸和脱氢抗坏血酸合成相关 | UK1 | Fujiwara et al., |
TuRBCH01 | 不结球白菜 | Q048 | 定位于R06连锁群 | C5 | Wang et al., |
TuRB01b | 大白菜 | TD34-S1 | 定位于A06染色体, 与油菜TuRB01位于同一位点或互为等位基因 | UK1 | Lydiate et al., |
TuRB07 | 大白菜 | VC1/VC40 | 定位于A06染色体, 候选基因是Bra018863, 属于CC-NBS-LRR基因 | C4 | Jin et al., |
TuMV-R | 大白菜 | VC40 | 定位于A06染色体的0.34 Mb区域, 有6个候选基因, 4个CC-NBS-LRRs基因, 2个病程相关基因 | C4 | Chung et al., |
TuRBCS01 | 大白菜 | 8407 | 定位于A04染色体的1.98 Mb区域 | C4 | Li et al., |
隐性基因/标记 | |||||
retr01 | 大白菜 | RLR22 | 定位于R04连锁群, 候选基因可能是eIF(iso)4E | 1、3、4、7、 8、9和12 | Rusholme et al., |
retr02 | 大白菜 | BP8407 | 定位于A04染色体, 候选基因是Bra035393, 编码eIF(iso)4E蛋白 | C4 | Qian et al., |
trs | 大白菜 | SB18/SB22 | 定位于A04染色体, 可能与retr02紧密连锁或是其等位基因 | CHN2、CHN3、CHN4和CHN5 | Kim et al., |
retrcs03 | 大白菜 | 73 | 定位于A04染色体, 候选基因是Bra032679, 编码γ-干扰素诱导蛋白 | C4 | 满卫萍, |
其它候选基因 | |||||
BcTuR1 | 不结球白菜 | 短白梗 | 抗性候选基因, 受TuMV诱导高表达 | C4 | 马景蕃等, |
BcTuR3 | 不结球白菜 | 短白梗 | 抗性候选基因, 受TuMV诱导高表达, 属于TIR- NB-LRR基因 | C4 | Ma et al., |
BcLRK01 | 不结球白菜 | 泰三抗 | 抗性候选基因, 受TuMV诱导高表达, 属于LRR- RLKs基因 | C4 | 彭海涛等, |
NhccGR1 | 不结球白菜 | 泰三抗 | 抗性候选基因, 受TuMV诱导高表达, 属于谷胱甘肽还原酶基因 | C4 | 李彦肖等, |
BcTFIIIA | 不结球白菜 | NHCC001 | TuMV抗性基因, 编码锌指转录因子 | C4 | Zhang et al., |
Table 1 The TuMV resistance genes and makers in Brassica rapa
抗性基因 | 植物材料 | 抗性品种 | 遗传/克隆情况 | TuMV株系 | 参考文献 |
---|---|---|---|---|---|
显性基因/标记 | |||||
ConTR01 | 大白菜 | RLR22 | 定位于R04, 候选基因可能是eIF(iso)4E | 1、3、4、7、 8、9和12 | Rusholme et al., |
Tu1-Tu4 | 大白菜 | 91-112 | 4个QTLs, Tu1位于LG5连锁群, Tu2位于LG10连锁群, Tu3位于LG3连锁群, Tu4位于LG4连锁群 | C4 | Zhang et al., |
TuR1-TuR4 | 大白菜 | A52-2 | TuR1和TuR2位于LG3连锁群, TuR3和TuR4位于LG7连锁群 | C3 | 张俊华等, |
Tu1-Tu3 | 大白菜 | Y195-93 | Tu1位于R03连锁群, Tu2位于R04连锁群, Tu3位于R06连锁群 | C4 | 张晓伟等, |
Rnt1-1 | 大白菜 | AS9 | 定位于R06连锁群, 与内源抗坏血酸和脱氢抗坏血酸合成相关 | UK1 | Fujiwara et al., |
TuRBCH01 | 不结球白菜 | Q048 | 定位于R06连锁群 | C5 | Wang et al., |
TuRB01b | 大白菜 | TD34-S1 | 定位于A06染色体, 与油菜TuRB01位于同一位点或互为等位基因 | UK1 | Lydiate et al., |
TuRB07 | 大白菜 | VC1/VC40 | 定位于A06染色体, 候选基因是Bra018863, 属于CC-NBS-LRR基因 | C4 | Jin et al., |
TuMV-R | 大白菜 | VC40 | 定位于A06染色体的0.34 Mb区域, 有6个候选基因, 4个CC-NBS-LRRs基因, 2个病程相关基因 | C4 | Chung et al., |
TuRBCS01 | 大白菜 | 8407 | 定位于A04染色体的1.98 Mb区域 | C4 | Li et al., |
隐性基因/标记 | |||||
retr01 | 大白菜 | RLR22 | 定位于R04连锁群, 候选基因可能是eIF(iso)4E | 1、3、4、7、 8、9和12 | Rusholme et al., |
retr02 | 大白菜 | BP8407 | 定位于A04染色体, 候选基因是Bra035393, 编码eIF(iso)4E蛋白 | C4 | Qian et al., |
trs | 大白菜 | SB18/SB22 | 定位于A04染色体, 可能与retr02紧密连锁或是其等位基因 | CHN2、CHN3、CHN4和CHN5 | Kim et al., |
retrcs03 | 大白菜 | 73 | 定位于A04染色体, 候选基因是Bra032679, 编码γ-干扰素诱导蛋白 | C4 | 满卫萍, |
其它候选基因 | |||||
BcTuR1 | 不结球白菜 | 短白梗 | 抗性候选基因, 受TuMV诱导高表达 | C4 | 马景蕃等, |
BcTuR3 | 不结球白菜 | 短白梗 | 抗性候选基因, 受TuMV诱导高表达, 属于TIR- NB-LRR基因 | C4 | Ma et al., |
BcLRK01 | 不结球白菜 | 泰三抗 | 抗性候选基因, 受TuMV诱导高表达, 属于LRR- RLKs基因 | C4 | 彭海涛等, |
NhccGR1 | 不结球白菜 | 泰三抗 | 抗性候选基因, 受TuMV诱导高表达, 属于谷胱甘肽还原酶基因 | C4 | 李彦肖等, |
BcTFIIIA | 不结球白菜 | NHCC001 | TuMV抗性基因, 编码锌指转录因子 | C4 | Zhang et al., |
Figure 1 The distribution of TuMV resistance genes and loci on Chinese cabbage chromosomes The TuMV resistance genes and loci from the screening of molecular marks are highlighted in black bold font. The candidate genes from homology-based cloning, gene family analysis, and omics analysis are indicated in black non bold font. The candidate resistance genes from TIR-NBS-LRR and SNARE gene family analysis are marked separately by black dots and squares. The ones from proteome analysis, genome wide association study, and metabolome analysis are marked by black equilateral triangles, inverted triangles, and rhombus separately. Bra035393 from Scaffold000104 is updated to chromosome A04 according to the latest genome annotation. This distribution map is drawn based on Brara_Chiifu_V1.5 genome (Wang et al., 2011b) using MG2C v2.1 software (Chao et al., 2021).
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