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Table 4 Determination of flower phenotype with a combination of two markers (APT3 and VVIb23) for the V. vinifera subsp. sylvestris used in this study

From: Identification of mildew resistance in wild and cultivated Central Asian grape germplasm

Accession ID Accession name Sub Country/Source Flower Flower APTa APTb APTc APTd VVIb23
   species collection phenotype genotype      
DVIT3348.17 sylvestris sylvestris Georgia H HF 266 336 397 466 282-286
DVIT3349.08 sylvestris " " M MF 266 336 397 466 280-286
DVIT3349.12 sylvestris " " H HF 266 397 466   282-286
DVIT3350.02 sylvestris " " H HF 266 336 397 466 282-286
DVIT3350.25 sylvestris " " M MF 266 336 397 466 278-286
DVIT3357.04 sylvestris " " F FF 266 397    286-286
DVIT3357.30 sylvestris " " H HF 266 397 466   282-286
DVIT3351.23 sylvestris " Armenia M MF or MH 266 336 466   294-302
DVIT3351.27 sylvestris " " M MF or MH 336 466    294-302
DVIT3353.31 sylvestris " " F FF 266 397    288-299
DVIT3353.43 sylvestris " " M MF 266 336 397 466 290-294
DVIT3355.04 sylvestris " " M MF 266 336 397 466 294-299
DVIT3355.05 sylvestris " " H HF 266 336 397 466 282-294
DVIT3356.33 sylvestris " " F FF 266 336 397   288-299
DVIT3356.38 sylvestris " " M FF 266 336 397 466 294-299
DVIT1799 O30-51 " Afghanistan M MF or MH 266 397 466   303-322
DVIT1800 O30-53 " " H HF 266 397 466   282-322
DVIT1798 O30-44 " Iran M MF or MH 466 466    303-322
DVIT1802 O33-60 " " H HF 266 397    282-288
DVIT1803 O34-16 " " F FF 266 397    288-303
DVIT1805 O34-26 " " M MF or MH 266 336 397 466 288-299
DVIT1804 O34-29 " " H HF 266 397    282-282
DVIT1806 O34-54 " " M MF or MH 266 397 466   299-302
DVIT1807 O34-55 " " M MF or MH 266 336 397 466 288-288
DVIT1808 O35-07 " " F FF 266 336 397   288-299
DVIT1809 O35-11 " " M MF or MH 266 397 466   299-302
DVIT1811 O35-41 " " F FF 266 397    286-299
DVIT1812 O35-47 " " M MF or MH 266 397 466   286-288
DVIT1813 O35-50 " " H HF 266 397 466   282-286
DVIT1816 O35-64 " " H HF 266 466    282-284
DVIT2442.06 Arybata " Turkmenistan M MF 266 466    288-307
DVIT2442.01 Arybata " " F FF 266 397    288-288
DVIT2440.01 Ayedere " " M MF or MH 266 397 466   299-307
DVIT2440.09 Ayedere " " M MF or MH 266 397 466   288-307
DVIT2447.09 Uzuntakoy " " H HF 266 336    282-288
DVIT2447.04 Uzuntakoy " " H HF 266 336 397 466 282-288
DVIT2445.12 Kara kaytak " " F FF 266 397    288-288
DVIT2446.12 Yuvankala " " M MF or MH 266 397 466   288-302
DVIT2446.09 Yuvankala " " H HF 266 397 466   282-282
DVIT2444.19 Kochtemyr " " H HF 466 466    282-282
1186Mtp1 Chirai obak sativa Tajikistan H HF 266 266    282-299
DVIT0576 Husseine " Afghanistan F FF 266 397    288-288
20008-14 B Kismish vatkana " Uzbekistan H HF 266 397 466   282-299
DVIT2323 Karadzhandal " Uzbekistan H HF 266 397 466   282-299
DVIT0431 Khalchili " Afghanistan H HF 266 397 466   282-288
ARM Q01-16 Late vavilov " Turkmenistan H HF 266 397 466   282-288
2642Mtp2 Matrassa " Azerbaijan H HF 266 397 466   282-288
2657Mtp1 Soïaki " Uzbekistan F FF 266 266    288-307
DVIT1126 Sochal " USSR F FF 266 397    288-299
2510Mtp1 Vassarga tchernaia " Uzbekistan F FF 266 266    288-299
  1. The APT3 marker is capable of distinguishing female-flowered vines from males or hermaphrodites. The second marker, VVIb23 has a unique allele linked to the hermaphrodism. With the combination of these markers, flower phenotypes could be reliably determined (M - male, H – hermaphorditic, F - female). Flower phenotypes of the 10 powdery mildew resistant subsp. sativa are also detailed with these two markers. Powdery mildew resistant genotypes are in bold font.