From: Role of SNPs in determining QTLs for major traits in cotton
No. | Cotton species | Source of genotyping | Genotyping method | No. of Experimental Years/Locations/Environments | Traits | No. of QTLs/QTNs/ SNPs discovered | Chromosomal location of major SNPs/QTLs | Ref. |
---|---|---|---|---|---|---|---|---|
Yield and fibre quality traits | ||||||||
1 | G. hirsutum | 188 F8 RILs | Cotton 63 K SNP array | 2 Locations | Fibre quality and yield | 71 QTLs, 16 Stable QTLs | 05, 09, 10, 14, 19, 20 | Li et al. 2016 |
2 | G. hirsutum | 277 F2:3 population | GBS | 3 Years | Fibre quality and yield | 5 178 SNPs, 110 QTLs | 17, 26 | Diouf et al. 2018 |
3 | G. hirsutum | 231 RILs population | Cotton SNP 80 K array | 4 Locations, | Fibre quality and yield | 256 QTLs, 57 Stable QTLs | – | Liu et al. 2018 |
4 Years | ||||||||
4 | G. hirsutum | 169 accessions | Cotton SNP 80 K array | 2 Years, | Fibre quality traits | 342 QTNs | A01, A06, A07, D01, D12, D13 | Li et al. 2018a |
2 Locations | ||||||||
5 | G. hirsutum | 201 accessions | Cotton 63 K SNP array | 4 Years, | Fibre quality and yield | 23 254 SNPs | 24 | Handi et al. 2017 |
5 Environments, | ||||||||
3 Locations | ||||||||
6 | G. hirsutum | F2:3 lines | RAD-seq | 1 | Fibre quality and yield | 27 QTLs, 9 366 SNPs | – | Wang et al. 2015b |
7 | G. hirsutum | 178 RILs | RAD-seq | 6 Years, | Fibre quality and yield | 134 QTLs | – | Wang et al. 2015a |
2 Locations | ||||||||
8 | G. hirsutum | 355 accessions | SLAF-seq | 4 Environments | Fibre quality traits | 33 SNPs | D07 | Su et al. 2016b |
9 | G. hirsutum | 180 RILs | SLAF-seq | 3 Locations, | Fibre quality | 6 254 SNPs, 95 QTLs | – | Ali et al. 2018 |
2 Years | ||||||||
10 | G. hirsutum | 196 F6:8 RILs | Cotton SNP 63 k array | 5 Years, | Fibre strength | 63 QTLs | – | Zhang et al. 2017 |
6 Locations | ||||||||
11 | G. hirsutum | 196 F6:8 RILs | SLAF-seq | 11 Environments, | Fibre quality | 37 QTLs | 25 | Zhang et al. 2015 |
6 Locations | ||||||||
12 | G. hirsutum | 180 RILs | Cotton SNP 80 K array | 3 Environments | Fibre quality | 12 116 SNPs, | – | Tan et al. 2018 |
104 QTLs | ||||||||
13 | G. hirsutum | 555 RILs and 11 parents | GBS | 4 Years, | Fibre quality | 6 071 SNPs, | A07 | Islam et al. 2016a |
2 Locations | Â | 86 QTLs | ||||||
14 | G. hirsutum | 98 F5:7 RILs | GBS | 2 Years, | Fibre quality and agronomic traits | 412 SNPs, | 08, 23 | Gore et al. 2014 |
2 Locations | 28 QTLs | |||||||
15 | G. hirsutum | 419 accessions | GBS | 12 Environments | Fibre related traits | 3 665 030 total SNPs, | A07, A10, D03, D11 | Ma et al. 2018 |
7 383 unique SNPs | ||||||||
16 | G. hirsutum | 196 F6:8 RILs | SLAF-seq | 11 Environments, | boll weight | 5 521 SNPs, | A03, A04 | Zhang et al. 2016b |
6 Locations | 146 QTLs | |||||||
17 | G. hirsutum | 375 F3 lines | Mapping by sequencing (MBS) | 1 | MD52ne genes (fibre strength and quality) | 27 SNPs, | 03, 14, 24 | Islam et al. 2016b |
4 QTLs | ||||||||
18 | G. hirsutum | 1 genotype | Amplicon cloning and Sequencing | 1 | GhMyb8 gene | 23 SNPs, | – | Hsu et al. 2008 |
GhMyb10 gene | 44 SNPs | |||||||
(Fibre quality) | ||||||||
19 | G. hirsutum | Fibreless mutant line | Transcriptome sequencing | 1 | Fibre initiation | 28 610 SNPs | 12, 26 | Ma et al. 2016 |
20 | G. hirsutum | 277 varieties | Eco-TILLING | 3 Years, | Fibre quality and seed traits (GhSus genes) | 24 SNPs | 16, 19, 25 | Zeng et al. 2016 |
3 Locations | ||||||||
21 | G. hirsutum | 503 accessions | Cotton 63 K SNP array | 4 Locations, | Agronomic traits | 324 SNPs, | – | Huang et al. 2017 |
2 Years | 160 QTLs | |||||||
22 | G. hirsutum | 355 accessions | SLAF-seq | 2 Years, | Lint percentage | 12 SNPs, | 02, 08 | Su et al. 2016a |
2 Locations | 2 QTLs | |||||||
23 | G. barbadense | 2 genotypes, | Cotton 63 K SNP array | 1 | Fibre quality and yield | 460 SNPs, | 05, 06, 23 | Kumar et al. 2019 |
185 F2, | 29 QTLs | |||||||
25 F1 | ||||||||
24 | G. arboreum | 230 accessions, | GBS | 3 Locations | Agronomic traits | 17 883 108 SNPs | – | Du et al. 2018 |
G. herbaceum | 13 accessions | |||||||
25 | G. hirsutum × G. barbadense | 146 Backcross inbred lines (BILs) | RNA-Seq | 5 Environments | Fibre length | 703 SNPs, | 05, 11, 12, 21 | Li et al. 2017c |
4 QTLs | ||||||||
26 | G. hirsutum × G. tomentosum | 107 BC5S5 introgression lines | SLAF-seq | 3 Locations, | Fibre quality and yield | 3 157 SNPs, | A01, A13, DO6 | Keerio et al. 2018 |
2 Years | 74 QTLs | |||||||
27 | G. hirsutum | 2 lines, | Amplicon cloning and Sequencing | 1 | R2R3-MYB transcription factors | 108 SNPs | – | An et al. 2008 |
G. tomentosum | 1 line, | |||||||
G. barbadense | 1 line, | |||||||
G. mustelinum | 1 line, | |||||||
G. hirsutum × | 186 RILs | |||||||
G. barbadense | Â | |||||||
Biotic and abiotic stress tolerance | ||||||||
28 | G. hirsutum | 8 varieties | Cotton SNP 63 K array | 1 | Salt tolerance | 7 087 SNPs, | A04, D01 | Wang et al. 2016 |
1 282 Salinity SNPs | ||||||||
29 | G. hirsutum | 277 F2:3 population | GBS | 3 Environments | Salt tolerance | 5 178 SNPs, | A02, D02, A01, A05, A03, A10, D01 | Diouf et al. 2017 |
66 QTLs | ||||||||
30 | G. hirsutum | 97 F5:9 RILs | GBS | 2 Environments | Drought and salt tolerance | 165 QTLs | – | Abdelraheem et al. 2018 |
31 | G. hirsutum × G. tomentosum | BC2F2 population | GBS | 1 | Drought tolerance | 10 888 SNPs | 23, 25 | Magwanga et al. 2018 |
32 | G. arboreum | 2 Genotypes, | Amplicon cloning and sequencing | 1 | MT-sHSP gene | 21 SNPs | – | Shaheen et al. 2009 |
G. hirsutum | 1 genotype, | (Heat stress) | ||||||
G. herbaceum | 1 genotype, | |||||||
G. sturtianum | 1 genotype, | |||||||
G. aridum | 1 genotype, | |||||||
G. gossypoides | 1 genotype, | |||||||
G. laxum | 1 genotype, | |||||||
G. stocksii | 1 genotype | |||||||
33 | G. hirsutum | 318 accessions | GBS | 3 Years, | Verticillium wilt resistance, Fibre quality and yield | 1 871 401 SNPs, | A02, A13, D08 | Fang et al. 2017 |
3 Locations | 119 QTLs | |||||||
34 | G. hirsutum | 299 accessions | SLAF-seq | 2 Years | Verticillium wilt resistance | 85 630 SNPs, | A06, A08 | Li et al. 2017b |
17 unique SNPs | ||||||||
35 | G. hirsutum | 120 accessions | Cotton SNP 63 K array | 2 Environments | Verticillium wilt resistance | 21 171 SNPs, | 19 | Zhao et al. 2017 |
3 cluster QTLs, | ||||||||
2 Major QTLs | ||||||||
36 | G. hirsutum | 196 RILs | Cotton SNP 63 K array | 4 Years | Verticillium wilt Resistance | 119 QTLs | – | Palanga et al. 2017 |
37 | G. hirsutum | F4:5 population of 285 families | Amplicon cloning and Sequencing | 1 | Xanthomonas axonopodis resistance (Bacterial blight) | 4 SNPs | 14 | Xiao et al. 2010 |
38 | G. hirsutum | 364 F2.3 population | Amplicon cloning and Sequencing | 1 | Cotton blue disease | 4 SNPs | 10 | Fang et al. 2010 |
Earliness | ||||||||
39 | G. hirsutum | 137 RILs | GBS | 6 Years | Earliness | 6 295 SNPs, | A06, D03 | Jia et al. 2016 |
247 QTLs | ||||||||
40 | G. hirsutum | 355 accessions | SLAF-seq | 4 Environments | Earliness | 81 675 SNPs, | D01, D03 | Su et al. 2016c |
11 Favorable SNP alleles | ||||||||
41 | G. hirsutum | 169 accession | Cotton SNP 80 K array | 2 Years, | Earliness | 49 650 SNPs, 29 Significant SNPs | A06, A07, A08, D01, D02, D09 | Li et al. 2018b |
2 Locations | ||||||||
42 | G. hirsutum | 170 F2:3 population | GBS | 1 | Earliness | 3 978 SNPs, | D03 | Li et al. 2017a |
47 QTLs | ||||||||
Plant architecture and related traits | ||||||||
43 | G. hirsutum | 121 genotypes | GBS | 3 Environments | Plant height and fruit spur branch number | 2 620 639 SNPs, | A08, D02 | Wen et al. 2019 |
11 QTLs | ||||||||
44 | G. hirsutum | 355 accessions | SLAF-seq | 2 Locations, | Plant architecture traits | 93 250 SNPs, | D03 | Su et al. 2018 |
3 Years | 22 novel SNPs | |||||||
45 | G. hirsutum | F2 population | dCAPS | 1 | Short fruiting branch gene | 1 SNP locus | D07 | Zhang et al. 2018a |
46 | G. hirsutum | F2:3 lines | GBS | 1 | Plant height, height of fruiting branch node and number of vegetative shoot | 17 QTLs | 03, 04, 05, 07, 09, 17, 19, 23, 25 | Qi et al. 2017 |
47 | G. hirsutum × G. barbadense | 168 F2 population | GBS | 1 | Nulliplex-branch gene (gb_nb1) | 42 SNPs | 16(D07) | Chen et al. 2015 |
48 | G. hirsutum | 3 parental lines and their BC1F1 population | Amplicon cloning and sequencing | 1 | Virescent leaf expression | 4 SNPs | 20 | Zhang et al. 2018b |
49 | G. barbadense | 3 genotypes | cDNA library sequencing | 2 Locations | Diversity of leaf transcriptomes | > 10 000 SNPs | – | Kottapalli et al. 2016 |
50 | G. hirsutum | 395 genotypes | Cotton 63 K SNP array | 1 | Diversity analysis | 38 822 SNPs | 02, 13, 15 | Hinze et al. 2017 |
51 | G. hirsutum | 11 genotypes and their C5S6 RILs | GBS | 1 | Genetic diversity | 5 617 SNPs | 08, 09 | Islam et al. 2015 |
52 | G. hirsutum | 2 accessions, | GR-RSC and KASP assays | 1 | Genetic diversity | 151 000 putative SNPs | – | Byers et al. 2012 |
G. barbadense | 2 accessions | |||||||
53 | G. hirsutum | 2 genotypes, | GBS | 1 | Genetic diversity | 25 529 SNPs | – | Logan-Young et al. 2015 |
G. barbadense | 2 genotypes, | |||||||
G. herbaceum | 1 genotype, | |||||||
G. raimondii | 1 genotype | |||||||
54 | G. hirsutum × G. barbadense | 59 interspecific F2 individuals | GBS | 1 | Structural variability | 4 999 048 SNPs | – | Wang et al. 2015c |
55 | G. hirsutum × | 186 RILs | Golden Gate assay | 1 | – | 247 SNPs | – | John et al. 2012 |
G. barbadense | ||||||||
56 | G. hirsutum | 440 accessions, | GBS | 1 | Haplotype distribution | 10 129 SNPs | – | Reddy et al. 2017 |
G. barbadense | 218 accessions |