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. 2007 Nov;177(3):1509–1526. doi: 10.1534/genetics.107.080846

TABLE 1.

Identification and selection of sorghum BACs

Locus Bin RFLP size (bp) Probe typea Probe name Sorghum FPC contigs No. of BACs hit Selected sorghum BACsb FISH probe selected cMc Mean ± SEM (n)d FISH locus (cMC)e Cytolocus name
agrr118b 9.00 500 R agrr118 YN 0.0
bnl9.07a 9.00 2400 R bnl9.07 YN 10.1
umc109 (CBM 9.01)f 9.01 800 R umc109 1220 7 a0055A15, a0055B21, a0064C07, a0004M18, a0068L03, a0085L22, a0040A04 a0004M18 15.5 9S.79 spb-CBM9.01_S79 (umc109)
umc148 9.01 520 R umc148 389 5 a0030K10, a0038L23, a0038N20, a0094A07, a0013E22 a0038L23 16.4 FN
rz144a 9.01 1500 O SOG1672 389 1 a0030K10 a0030K10 17.4 0.815 ± 0.004 (15) 9S.82 spb-9.01_S82 (rz144a)
rz144c 9.01 1500 O SOG1672 389 1 a0030K10 a0030K10 21.4 0.745 ± 0.004 (12) 9S.75 spb-9.01_S75 (rz144c)
php10005 9.01 850 R php10005 389 5 a0073F07, a0014C11, a0068G09, a0045A20, a0017D11 a0045A20 24.8 0.730 ± 0.002 (31) 9S.73 spb-9.01_S73 (php10005)
csu95a 9.01 1100 O SOG0620 130 1 a0012H11 a0012H11 27.7 0.678 ± 0.002 (10) 9S.68 spb-9.01_S68 (csu95a)
csu95a 9.01 1100 R csu95 390 8 a0018G19, a0094O05, a0095J06, a0095O12, a0060M11, a0096I01, a0095L23, a0042B21
umc248a 9.01 600 R umc248 YN 27.7
sh1 9.01 2500 R p246A 392 7 a0084C09, a0094F18, a0021O07, a0015M03, a0088L22, a0021O04, a0091L24 a0015M03 36.4 0.661 ± 0.001 (18) 9S.66 spb-9.01_S66 (sh1)
bz1 (CBM 9.02)f 9.02 1500 R pBZ 1308 2 a0028C12, a0020G06 a0020G06 39.3 9S.65 spb-CBM9.02_S65 (bz1)
csu471 9.02 850 R csu471 393 11 a0005O05, a0034A09, a0043E13, a0044I06, a0057D08, a0063M03, a0061M22, a0068O17, a0075C01, a0016H09, a0015L15 a0075C01 42.8 0.636 ± 0.002 (55) 9S.64 spb-9.02_S64 (csu471)
umc256a 9.02 700 R umc256 805 7 SN 43.2
csu486a 9.02 1350 R csu486 394 8 a0064N21, a0086K22, a0014H21, a0053H23, a0005O15, a0086N18, a0007E04, a0024L14 a0086K22 45.5 0.385 ± 0.003 (34) 9S.39 spb-9.02_S39 (csu486)
prc1 9.02 1080 R 5C02A05 394 9 a0064N21, a0086K22, a0014H21, a0053H23, a0005O15, a0086N18, a0007E04, a0024L14, a0076L04 a0076L04 50.2 0.373 ± 0.002 (42) 9S.37 spb-9.02_S37 (prc1)
umc105a 9.02 610 R umc105 396 3 a0016B24, a0084H21, a0054A13 a0054A13 54.7 0.276 ± 0.003 (17) 9S.28 spb-9.02_S28 (umc105)
csu228(pfk) 9.02 1190 R csu228 397 6 a0038I11, a0043G06, a0025D24, a0044C12, a0039P12, a0095E12 a0043G06 59.7 0.269 ± 0.003 (24) 9S.27 spb-9.02_S27 [csu228(pfk)]
wx1 (CBM 9.03) 9.03 2300 G umc25 131L1 (Bennetzen, UGA) 131L1 63.7 0133 ± 0.005 (16) 9S.13 sbb-CBM9.03_S13 (wx1)
wx1 (CBM 9.03) 9.03 2300 R umc25 YN
tda66d 9.03 300 R tda66 89 3 a0074N08, a0054I24, a0064A03 a0054I24 63.7 0.031 ± 0.001 (25) 9S.03 spb-9.03_S03 (tda66d)
cdo17 9.03 900 O SOG0101 874 5 a0011N04, a0047J04, a0060M19, a0082G20, a0093K24 a0047J04 67.7 0.027 ± 0.003 (15) 9L.03 spb-9.03_L03 (cdo17)
rf2 9.03 1200 R rf2a 383 3 a0060G13, a0070K10, a0090D12 a0090D12 67.7 FN
csu680d 9.03 1550 R csu680 202 6 a0047C15, a0005O02, a0060L03, a0058B07, a0064I11, a0051F17 a0058B07 67.7 FN
csu680d 9.03 1550 O SOG1356 202 3 a0058B07, a0064I11, a0051F17 a0051F17
bnl7.24a 9.03 2100 R bnl7.24 1 3 SN 68.7
bnl5.33c 9.03 2100 R bnl5.33 53 5 a0067P21, a0026E11, a0093B10, a0020L09, a0032H22 a0020L09 68.7 0.043 ± 0.002 (64) 9L.04 spb-9.03_L04 (bnl5.33c)
csu321 9.03 750 R csu321 1361 5 a0082L07, a0081N24, a0020F10, a0024F19, a0041D08 a0020F10 69.1 0.035 ± 0.002 (40) 9L.04 spb-9.03_L04 (csu321)
rgpr3235a 9.03 ND O SOG1297 327 1 a0040B08 a0040B08 69.1 0.049 ± 0.003 (25) 9L.05 spb-9.03_L05 (rgpr3235a)
umc81 9.03 820 R umc81 14 5 SN 69.6
csu193 9.03 1270 R csu193 797 5 a0014C14, a0025K08, a0060B09, a0057H24, a0095I20 a0014C14 70.6 FN
std6a(dba) 9.03 1200 R pAS8 797 6 SN 70.6
gl15 9.03 1150 R HS1100.43 376 4 a0073J07, a0075D13, a0084N16, a0009B14 a0075D13 70.6 0.063 ± 0.002 (48) 9L.06 spb-9.03_L06 (gl15)
gl15 9.03 1150 O SOG0488 376 3 a0073J07, a0075D13, a0084N16
csu147 (CBM 9.04) 9.04 800 O SOG1865 69 4 a0022A12, a0049N08, a0054F07, a0068M13 a0049N08 72.8 0.073 ± 0.003 (21) 9L.07 spb-CBM9.04_L07 (csu147)
csu147 (CBM 9.04) 9.04 800 R csu147 YN
csu183b(cdc48) 9.04 850 R csu183 401 3 SN 78.0
csu43 9.04 600 R csu43 550 4 SN 83.1
sus1 9.04 6000 R p21.2 YN 83.1
csu694a(uce) 9.04 950 O SOG0872 1336 1 a0093O18 a0093O18 84.5 0.355 ± 0.003 (14) 9L.36 spb-9.04_L36 [csu694a(uce)]
csu694a(uce) 9.04 950 R csu694 179 6 a0053I22, a0086B07, a0076H16, a0023A07, a0073A14, a0094G22
umc95 (CBM 9.05) 9.05 660 R umc95 182 7 a0015A13, a0041F23, a0043K19, a0063J06, a0069D12, a0075C14, a0094N21 a0063J06 86.1 0.377 ± 0.002 (34) 9L.38 spb-CBM9.05_L38 (umc95)
csu392a 9.05 1000 O SOG0184 539 11 a0010M15, a0012B01, a0016C21, a0030A02, a0031D14, a0038B08, a0043J23, a0044E15, a0059K01, a0073M05, a0080L20 a0010M15 97.0 0.413 ± 0.005 (20) 9L.41 spb-9.05_L41 (csu392a)
csu392a 9.05 1000 O SOG0184 188 5 a0004C15, a0010J13, a0026E03, a0041K24, a0079J11
csu392a 9.05 1000 R csu392 188 6 a0076K14, a0074B22, a0067J12, a0004C15, a0026E03, a0072C14
csu710e(apx) 9.05 700 O SOG0484 211 5 a0019J05, a0030K14, a0044G10, a0064D18, a0067N15 a0019J05 101.1 0.456 ± 0.003 (25) 9L.46 spb-9.05_L46 [csu710e(apx)]
csu710e(apx) 9.05 700 R csu710 188 5 a0047M11, a0066O15, a0066B02, a0058C12, a0093L24
csu219(tgd) 9.05 500 R csu219 189 3 a0059O14, a0071H18, a0067I12 a0059O14 102.3 0.506 ± 0.006 (43) 9L.51 spb-9.05_L51 [csu219(tgd)]
csu219(tgd) 9.05 500 O SOG0074 189 2 a0059O14, a0067I12
csu61a (CBM 9.06) 9.06 500 R csu61 403 6 a0018G11, a0019H12, a0018J02, a0041I20, a0063F18, a0090O20 a0018G11 104.4 FN
csu61a (CBM 9.06) 9.06 500 O SOG1475 403 4 a0018G11, a0019H12, a0018J02, a0041I20
csu59a 9.06 500 O SOG0619 270 3 a0019C22, a0074G20, a0084M22 a0074G20 104.4 0.523 ± 0.002 (24) 9L.52 spb-9.06_L52 (csu59a)
csu59a 9.06 500 R csu59 189 3 a0059O14, a0071H18, a0067I12 a0071H18
ibp1 9.06 1150 R pOD3g YN 104.4
csu145a(pck) 9.06 700 R csu145 191 8 a0043G12, a0041H16, a0046O17, a0052M07, a0067L02, a0068L14, a0079N13, a0093D20 a0093D20 105.4 0.534 ± 0.003 (26) 9L.53 spb-9.06_L53 [csu145a(pck)]
csu145a(pck) 9.06 700 O SOG0076 191 11 a0043G12, a0041H16, a0046O17, a0052M07, a0067L02, a0068L14, a0079N13, a0093D20, a0006K22, a0011D09, a0087G20
csu145a(pck) 9.06 700 O SOG0076 538 10 a0035K11, a0055A21, a0065B16, a0069H02, a0071B24, a0081E07, a0084G14, a0088L04, a0089F23, a0095K18 a0055A21 0.527 ± 0.003 (13) 9L.53 spb-9.06_L53 [csu145a(pck)]
dba4 9.06 900 R pAS14 YN 109.8
csu28a(rpS22) 9.06 700 R csu28 191 5 a0010A04, a0032K15, a0076F19, a0087A24, a0093D21 a0093D21 109.8 0.537 ± 0.003 (50) 9L.54 spb-9.06_L54 [csu28a(rpS22)]
asg44 9.06 500 R asg44 191 7 a0047G04, a0081A19, a0033A22, a0091J11, a0064A12, a0038E07, a0032I20 a0033A22 110.9 0.624 ± 0.002 (28) 9L.62 spb-9.06_L62 (asg44)
cdo1387(emp70) 9.06 nd O SOG0100 56 4 a0007F13, a0012H21, a0036J08, a0087E20 a0036J08 113.5 0.717 ± 0.002 (50) 9L.72 spb-9.06_L72 [cdo1387(emp70)]
cdo1387(emp70) 9.06 nd O SOG0100 191 4 a0016I16, a0036F07, a0036L01, a0093N18 a0036F07 0.722 ± 0.002 (38) 9L.72 spb-9.06_L72 [cdo1387(emp70)]
csu1004 9.06 1800 R csu1004 1048 5 a0027H23, a0046F16, a0046P22, a0054L18, a0067H10 a0046P22 119.9 0.766 ± 0.001 (18) 9L.77 spb-9.06_L77 (csu1004)
asg12 (CBM 9.07) 9.07 700 R asg12 386 3 a0007D16, a0064E21, a0094P12 a0064E21 121.2 0.779 ± 0.003 (35) 9L.78 spb-CBM9.07_L78 (asg12)
R asg12 194 3 a0036L10, a0074H17, a0076L16
std2a(dba) 9.07 600 R pAS9 YN 122.7
csu1118 9.07 700 R csu1118 197 1 a0078D03 a0078D03 124.3 0.828 ± 0.003 (25) 9L.83 spb-9.07_L83 (csu1118)
asg59b 9.07 750 R asg59 890 5 SN 132.8
csu285(his2B) 9.07 800 R csu285 9 8 a0049P09, a0078L14, a0064J04, a0026P15, a0020P12, a0066J18, a0032B18, a0062J05 a0026P15 147.4 0.939 ± 0.003 (27) 9L.94 spb-9.07_L94 [csu285(his2B)]
csu54b (CBM 9.08)g 9.08 1400 R csu54 203 5 a0021O07, a0061D07, a0074A03, a0080B23, a0076H02 a0074A03 150.4 9L.95 spb-CBM9.08_L95 (csu54b)
csu804a(dnp) 9.08 500 R csu804 203 3 a0021O17, a0061D07, a0074A03 a0061D07 150.4 FN
Xtxa325 G sbb18256/191b4 (P. E. Klein, TAMU) sbb18256 0.262 ± 0.009 (9) 9L.26 sbb_9.04-L26 (Xtxa325)
Xtxp32 G sbb16685/174g5 (P. E. Klein, TAMU) sbb16685 0.530 ± 0.006 (8) 9L.53 sbb_9.06-L53 (Xtxp32)

CBM, core bin marker; TAMU, Texas A&M University.

a

Probe type: R, RFLP; O, overgo probe; G, gift (source is indicated).

b

YN, YRL negative (failure to detect hybridization of RFLP probe on BAC-grid filter arrays); SN, Southern blot negative (failure to detect hybridization of RFLP probe on BAC validation Southern blot).

c

Centimorgan) value from the UMC 98 9 linkage map.

d

Numbers represent the mean of the fractional distance of the above-background peak (see materials and methods) FISH signals on the chromosome arm. SEM, standard error of measurement at 95% confidence level; (n) is the number of FISH signals used to calculate the mean.

e

FN, FISH negative, failed to detect FISH signals suitable for mapping on two to three slides.

f

Locus previously mapped by Koumbaris and Bass (2003).

g

IBP2 cDNA (from pOD3, H. W. Bass, unpublished data).