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Chromosome 3, Region 8 (bin 3.08)

This page summarizes the data available describing features found in bin 3.08 in maize. What is a bin, and why is it important?
This region is highlighted in red on the image of maize chromosomes to the right.
You can click on regions of that image to move to other portions of the maize genome.

Genome Browser Links for 3.08
Genes in Bin 3.08
Other Loci in Bin 3.08
Bin 3.08 High-Density Map Regions
Sequences in Bin 3.08
EST Contigs in Bin 3.08
SSRs in Bin 3.08
BACs in Bin 3.08
Mapped loci w/ accessions in Bin 3.08
Map Locations of Sequences in Bin 3.08


Bin Viewer pages




Genome Browser pages


Genome Browser Links for 3.08

   B73 RefGen_v2 sequence   
   B73 RefGen_v1 sequence   
BAC-based assembly
    

Based on MaizeSequence.org B73 RefGen_v2 sequence

(Click on image to go to the Genome Browser)





Genes in Bin 3.08

Here are the 42 genes found in this chromosomal region.

a3 anthocyanin3 BE639338
cp*-N1379A collapsedN1379A cp*-N1436A collapsedN1436A
crp*-N2207 crumpledN2207 csu240
de*-N1126A defectiveN1126A de*-N1166 defectiveN1166
de*-N932 defectiveN932 dek17 defective kernel17
e3 esterase3 emb*-8512 embryo specific-8512
emb*-8515 embryo specific-8515 emb*-8532 embryo specific-8532
emb*-8551 embryo specific-8551 emb9 embryo specific9
et*-N1322C etchedN1322C gl9 glossy9
gm*-N1311B germlessN1311B gst20 glutathione transferase20
hcf19 high chlorophyll fluorescence19 hcf46 high chlorophyll fluorescence46
les14 lesion14 mdh3 malate dehydrogenase3
ms37 male sterile 37 nec*-N720C necroticN720C
rgh*-N1060 roughN1060 rgh*-N802 roughN802
sen1 soft endosperm1 smk*-N1168A small kernelN1168A
smp*-N1324B small plantN1324B spc3 speckled3
spi1 sparse inflorescence1 su*-N748A sugaryN748A
thr1 threonine synthase1 tru1 tassels replace upper ears1
umi8 ustilago maydis induced8 wi2 wilted2
wl*-N4 white luteusN4 wlu1 white luteus1
wlu8 white luteus8 y10 pale yellow10  

Other Loci in Bin 3.08

Here are the 170 additional loci found in this chromosomal region.

ring 3 (Chromosomal Segment) gl*-N352A glossyN352A (Lapsed Locus)
gl*-N672B glossyN672B (Lapsed Locus) v*-N1886 virescent*-N1886 (Lapsed Locus)
w*-N5 whiteN5 (Lapsed Locus) mu1002343 (Point)
mu1002850 (Point) mu1004488 (Point)
mu1004633 (Point) mu1005100 (Point)
mu1005619 (Point) mu1007188 (Point)
mu1007521 (Point) mu1007624 (Point)
mu1007645 (Point) mu1007787 (Point)
mu1008128 (Point) mu1009131 (Point)
mu1009251 (Point) mu1009335 (Point)
mu1009422 (Point) mu1009719 (Point)
mu1009943 (Point) mu1010147 (Point)
TB-3Ll(3) (Point) bcd1127a (Probed Site)
bcd828a(atpb) (Probed Site) bnl17.27 (Probed Site)
bnl24b (Probed Site) bnlg1108 (Probed Site)
bnlg1350a (Probed Site) cdo1053a (Probed Site)
cdo1174 (Probed Site) cdo118 (Probed Site)
cdo345b (Probed Site) csu1117a (Probed Site)
csu31b (Probed Site) csu456(uce) (Probed Site)
csu703 (Probed Site) csu744 (Probed Site)
csu772a (Probed Site) dgc13 (Probed Site)
dpg1 (Probed Site) E32M4849-215.6-D32 (Probed Site)
E32M4849-215.6-Mo17 (Probed Site) E32M59-184-Tx303 (Probed Site)
E32M59-185-Co159 (Probed Site) E33M55-106-Tx303 (Probed Site)
E33M62-468.7-D32 (Probed Site) E33M62-468.7-Mo17 (Probed Site)
E35M50-388.7-D32 (Probed Site) E35M50-388.7-Mo17 (Probed Site)
E35M50-389-A7 (Probed Site) E35M5154-344.1-D32 (Probed Site)
E35M5154-344.1-Mo17 (Probed Site) E38M47-152-B73 (Probed Site)
E38M51-161.1-B73 (Probed Site) E38M51-161.1-D145 (Probed Site)
E38M51-266-(A7/B73) (Probed Site) E38M51-89.2-D145 (Probed Site)
E38M51-89.2-Mo17 (Probed Site) E38M51-M001-(A7/B73) (Probed Site)
E39M60-117.7-B73 (Probed Site) E39M60-117.7-D32 (Probed Site)
E39M60-125.9-D145 (Probed Site) E39M60-125.9-Mo17 (Probed Site)
E45M60-110.5-D32 (Probed Site) E45M60-110.5-Mo17 (Probed Site)
isu1 (Probed Site) isu158 (Probed Site)
mHbrBG106-B73 (Probed Site) mmc0071 (Probed Site)
mmc0251 (Probed Site) mP12M50-205.5-B73 (Probed Site)
mP12M59-210.5-B73 (Probed Site) mP12M59-210.5-D32 (Probed Site)
mP18M49-257.6-D32 (Probed Site) mP18M49-257.6-Mo17 (Probed Site)
mP18M62-351.2-D32 (Probed Site) mP18M62-351.2-Mo17 (Probed Site)
mpik30b (Probed Site) npi(C9G-06) (Probed Site)
npi201a (Probed Site) npi215b (Probed Site)
npi257a (Probed Site) npi432 (Probed Site)
npi565c (Probed Site) npi88 (Probed Site)
npi91a (Probed Site) ope16-1610 (Probed Site)
P12M50-117.8-B73 (Probed Site) P12M50-117.8-D145 (Probed Site)
P12M50-120.8-D32 (Probed Site) P12M50-120.8-Mo17 (Probed Site)
P12M50-205.5-Mo17 (Probed Site) P12M50-245.3-D32 (Probed Site)
P12M50-245.3-Mo17 (Probed Site) P12M59-276.8-B73 (Probed Site)
P12M59-276.8-D32 (Probed Site) P12M61-159.3-D145 (Probed Site)
P12M61-159.3-Mo17 (Probed Site) P12M61-453.8-B73 (Probed Site)
P12M61-453.8-D32 (Probed Site) P13M48-80.9-D145 (Probed Site)
P13M48-80.9-Mo17 (Probed Site) P13M49-267.9-D32 (Probed Site)
P13M49-267.9-Mo17 (Probed Site) P13M50-198.6-D145 (Probed Site)
P13M50-198.6-Mo17 (Probed Site) P13M50-292.6-B73 (Probed Site)
P13M50-292.6-D145 (Probed Site) P13M50-300-B73 (Probed Site)
P13M50-97-B73 (Probed Site) P13M59-294.5-B73 (Probed Site)
P13M59-294.5-D32 (Probed Site) P13M61-100.3-D145 (Probed Site)
P13M61-100.3-Mo17 (Probed Site) P18M49-261.7-D32 (Probed Site)
P18M49-261.7-Mo17 (Probed Site) P18M60-113.2-B73 (Probed Site)
P18M60-113.2-D145 (Probed Site) php10080 (Probed Site)
rny(atpb) (Probed Site) rz527a (Probed Site)
ssCS4a (Probed Site) uaz164c (Probed Site)
uaz176b (Probed Site) uaz18c (Probed Site)
uaz243a(atpb) (Probed Site) uaz251e(rpS11) (Probed Site)
umc103b (Probed Site) umc1140 (Probed Site)
umc1273 (Probed Site) umc1320 (Probed Site)
umc1521 (Probed Site) umc17a (Probed Site)
umc1844 (Probed Site) umc1915 (Probed Site)
umc2081 (Probed Site) umc2174 (Probed Site)
umc226a (Probed Site) umc2274 (Probed Site)
umc2275 (Probed Site) umc2276 (Probed Site)
umc228b (Probed Site) umc231 (Probed Site)
umc72c (Probed Site) umc999a (Probed Site)
q1000k3 QTL 1000-kernel weight 3 (QTL) q300k11 QTL 300-kernel weight 11 (QTL)
qdsilk1 QTL days to silk 1 (QTL) qdsilk8 QTL days to silk 8 (QTL)
qearc1 QTL ear circumference 1 (QTL) qearc11 QTL ear circumference 11 (QTL)
qearc13 QTL ear circumference 13 (QTL) qearl13 QTL ear length 13 (QTL)
qearl16 QTL ear length 16 (QTL) qearl8 QTL ear length 18 (QTL)
qgrwt11 QTL grain weight 11 (QTL) qgrwt18 QTL grain weight 18 (QTL)
qgrwt23 QTL grain weight 23 (QTL) qmhir2 qtl-maternal haploid induction rate2 (QTL)
qplht107 QTL plant height 107 (QTL) qplht44 QTL plant height 44 (QTL)
qplht46 QTL plant height 46 (QTL) qproc14 QTL protein content 14 (QTL)
qproc15 QTL protein content 15 (QTL) qproc3 QTL protein content 3 (QTL)
qstarch6 QTL starch content 6 (QTL) qswcb2 QTL response to southwestern corn borer 2 (QTL)  

High-Density Maps Focusing on Bin 3.08

Here is this region expressed on four high-density maps.

UMC 98 3

117.5umc17a
117.5umc228b
118.6csu240
119.2umc231
120.8csu772a
120.8npi432
120.8umc226a
121.8csu1117a
125.4cdo118
130.6csu456(uce)
130.6csu744
131.5mdh3 malate dehydrogenase3
131.5php10080
138.8csu703

BNL 96 3

145.3uaz176b
145.3umc103b
145.3umc17a
147.2bcd1127a
147.2bcd828a(atpb)
147.2bnl17.27
147.2bnl24b
147.2dgc13
147.2npi201a
147.2npi257a
147.2npi91a
147.2rny(atpb)
147.2uaz18c
147.2uaz243a(atpb)
149cdo118
149cdo345b
149npi432
149rz527a
149uaz251e(rpS11)
158.4mdh3 malate dehydrogenase3
158.4php10080
158.4uaz164c

IBM2 2004 Neighbors 3

445.31bnlg1350a
585.5bcd828a(atpb)
585.5dhn6 dehydrin6
585.5rny(atpb)
585.5uaz243a(atpb)
585.5umc103b
585.5umc17a
585.5umc228b
587.67AW258116
589.16csu240
591.16umc231
594.72bcd1127a
596.49csu772a
596.49npi432
596.49uaz176b
596.49umc226a
596.53cdo345b
596.94umc1844
597.38bnl17.27
597.51dgc13
597.6AY105849
597.64npi201a
598.16rz527a
599.3uaz251e(rpS11)
599.38bnl24b
599.82csu1117a
604.12bnlg1861b
605.14gpm3
608.6umc2274
609.2umc1140
610.2umc2275
611.4mmc0251
611.8cdo118
612.04npi257a
612.04npi91a
612.27uaz18c
617.5umc1915
618.6bnlg1108
620.33umc1521
627.1umc2081
631.38sdg115
632.4isu158
632.4mdh3 malate dehydrogenase3
632.4php10080
633.35csu456(uce)
633.35csu744
633.8umc1320
634.8umc1273
638.3AY109934
652.4umc2276
652.41BE639338
681.62uaz164c
683.6umc2174
689.65csu703
691.2AY110540
697.2bnl47f

Genetic 2005 3

102 +/- 25les14 lesion14
102 +/- 25T3-9(8562)(3)
108 +/- 3na1 nana plant1
115 +/- 50emb9 embryo specific9
115 +/- 50hcf46 high chlorophyll fluorescence46
115 +/- 50spc3 speckled3
115 +/- 15TB-3Lk(3)
116 +/- 3T1-3(5982)(3)
117 +/- 2y10 pale yellow10
117.5umc16a
117.5umc17a
117.5umc228b
118 +/- 50dek17 defective kernel17
118.6csu240
119 +/- 11TB-3Ll(3)
119 +/- 20TB-3Lm(3)
119.2umc231
120.8csu772a
120.8npi432
120.8umc226a
121.8csu1117a
125.4cdo118
130.6csu456(uce)
130.6csu744
131 +/- 2a3 anthocyanin3
131.5mdh3 malate dehydrogenase3
131.5php10080
138.8csu703
140 +/- 20dek6 defective kernel6

Accession #s in Bin 3.08

Here are accession numbers of the 185 sequences that have been verified to be in this chromosomal region. Download the DNA sequences in FASTA format.

AC193456 AC204365 AC195967 AC207564 AC207884
BT039729 BV153824 BV153828 BV152660 BV152662
EU910940 EU965890 FJ909926 JN020032 AI657278
AI649718 AW061760 AW506626 AW520009 AW787645
T26939 W49432 CC743481 CC751076 CC806250
CC809115 AQ844430 AC184765 AC191590 AC210167
AY109760 AY107262 AY110540 BV153832 BV152663
BV152665 BV152669 EU910941 FJ910053 FJ911371
FJ908881 M95073 JN020031 AW258116 BE345581
T14725 BI595938 CC739276 CC749681 CC751077
CC754419 CC789595 AC200662 AC211901 AC213783
AY106604 BV153825 BV152661 FJ911253 FJ910317
FJ910896 FJ909164 AI948095 AW056394 AW787306
T18746 T12667 T18847 T18684 BF729464
W21715 CC148412 CC744248 CC754420 CC788133
AC185250 AC204712 AC196962 AC212121 AC206656
BV152664 FJ909565 FJ909846 G68077 FJ909347
FJ908917 JN020029 AI861129 AW400029 AW787644
BE639338 BE997252 CC197871 CC831067 AC184694
AC191262 AC207418 AF314251 AC226711 AF244685
AY110197 AY679128 AY771218 BT042636 BV153822
BV153826 BV153827 BV153829 BV153831 BV152659
BV152666 BV152667 EU965342 FJ911052 FJ911330
FJ909182 AA143920 AW455698 AW787307 BE640421
BH140136 CC144910 CC752260 CC759165 CC759166
CC835745 AC209916 AY112012 AY108006 BT016218
BV153830 BV152668 EU963335 G68007 FJ911106
G10828 FJ909256 AA011862 AW120156 AW787853
AW927947 BM074377 BG873859 CC744249 CC740617
CC752261 CC788035 AC155391 AC190581 AC216874
AC208457 AY104059 AY105849 AY109576 AY109934
FJ910986 FJ909942 JN020030 AI902115 AW055635
AW289094 AW400078 BE225019 T12668 BF733124
CC146199 CC835937 AC155482 AC191636 AC194859
AC197171 AC210202 AC212898 BT017838 BV153823
BV153833 BV152670 G10829 AW036981 AW787726
BF729060 BG267516 CC146198 CC749682 CC789596        

EST Contigs in Bin 3.08

Here is the set of 3 distinct contigs verified to be in this chromosomal region.

PUT-3-171a-Zea_mays-1847 PUT-3-171a-Zea_mays-1621 PUT-3-171a-Zea_mays-9176    

SSRs in Bin 3.08

Here are the 17 SSRs that have been verified to be in this chromosomal region.

(AAG)4 p-umc1273 (AAGAA)4 p-umc1140 (ACA)6 p-umc1915
(AGT)4 p-umc1521 (CGA)4 p-umc2174 (GA)21 p-mmc0071
(GA)27 p-mmc0251 (GAAC)4 p-umc1320 (GGC)4 p-umc2276
(GGCTCT)4 p-umc2274 (GTGT)4 p-umc2275 (TA)6 p-umc2081
(TC)8 p-umc1844 ACGC p-phi046 ACT p-phi088
AG(13) p-bnlg1350 AG(21) p-bnlg1108  

BACs in Bin 3.08

View bin 3.08 at MaizeSequence.org to see the latest genomic alignment of the sequenced BACs - sequenced BACs are noted below with an *.

*********

Here are the 274 BACs that have been verified to be in this chromosomal region.

b0153L13 (@ AW258116 by in silico) b0182A19 (@ AW258116 by in silico) b0191E03 (@ AW258116 by in silico)
b0203C16 (@ AW258116 by in silico) c0026I22 (@ AW258116 by in silico) c0039L20 (@ AW258116 by in silico)
c0057A07 (@ AW258116 by in silico) c0110A05 (@ AW258116 by in silico) c0123A08 (@ AW258116 by in silico)
c0124G23 (@ AW258116 by in silico) c0133C07 (@ AW258116 by in silico) c0133E07 (@ AW258116 by in silico)
b0014J13 (@ AY105849 by in silico) b0019C12 (@ AY105849 by in silico) b0048B12 (@ AY105849 by in silico)
b0098J24 (@ AY105849 by in silico) b0099H09 (@ AY105849 by in silico) b0138L20 (@ AY105849 by in silico)
b0202A15 (@ AY105849 by in silico) c0014O15 (@ AY105849 by in silico) c0017P05 (@ AY105849 by in silico)
c0049A21 (@ AY105849 by in silico) c0069K17 (@ AY105849 by in silico) c0074B23 (@ AY105849 by in silico)
c0077N20 (@ AY105849 by in silico) c0077O21 (@ AY105849 by in silico) c0119H01 (@ AY105849 by in silico)
c0133O01 (@ AY105849 by in silico) b0056E20 (@ AY109934 by in silico) b0073I06 (@ AY109934 by in silico)
b0086A12 (@ AY109934 by in silico) b0186E09 (@ AY109934 by in silico) b0189J22 (@ AY109934 by in silico)
c0008J05 (@ AY109934 by in silico) c0070A22 (@ AY109934 by in silico) c0097D14 (@ AY109934 by in silico)
c0143A17 (@ AY109934 by in silico) c0167D03 (@ AY110540 by in silico) c0201E23 (@ AY110540 by in silico)
b0064M09 (@ BE639338 by in silico) b0094L22 (@ BE639338 by in silico) c0096N19 (@ BE639338 by in silico)
c0143A10 (@ BE639338 by in silico) c0072E06 (@ bcd828a(atpb) by in silico) c0107G03 (@ bcd828a(atpb) by in silico)
b0007K18 (@ bnlg1108 by SSR PCR) b0008F07 (@ bnlg1108 by SSR PCR) b0033P14 (@ bnlg1108 by SSR PCR)
b0111C02 (@ bnlg1108 by SSR PCR) b0239P13 (@ bnlg1108 by SSR PCR) b0239P14 (@ bnlg1108 by SSR PCR)
b0055M10 (@ cdo345b by in silico) b0069O12 (@ cdo345b by in silico) b0076E21 (@ cdo345b by in silico)
b0087N15 (@ cdo345b by in silico) b0105E11 (@ cdo345b by in silico) b0128K15 (@ cdo345b by in silico)
b0130L07 (@ cdo345b by in silico) b0248I24 (@ cdo345b by in silico) b0279N15 (@ cdo345b by in silico)
b0287L05 (@ cdo345b by in silico) c0069K22 (@ cdo345b by in silico) c0075D11 (@ cdo345b by in silico)
c0082H08 (@ cdo345b by in silico) c0082L16 (@ cdo345b by in silico) c0085B07 (@ cdo345b by in silico)
c0097B03 (@ cdo345b by in silico) c0113A10 (@ cdo345b by in silico) c0119K20 (@ cdo345b by in silico)
c0154D15 (@ cdo345b by in silico) c0162G15 (@ cdo345b by in silico) c0186M10 (@ cdo345b by in silico)
c0215G01 (@ cdo345b by in silico) c0227J03 (@ cdo345b by in silico) c0227K05 (@ cdo345b by in silico)
c0235K01 (@ cdo345b by in silico) c0237E08 (@ cdo345b by in silico) c0238L12 (@ cdo345b by in silico)
c0278M22 (@ cdo345b by in silico) b0048J04 (@ csu31b by RFLP Hybridization) b0050K14 (@ csu31b by RFLP Hybridization)
b0088G12 (@ csu31b by RFLP Hybridization) b0092F23 (@ csu31b by RFLP Hybridization) b0107P10 (@ csu31b by RFLP Hybridization)
b0121L24 (@ csu31b by RFLP Hybridization) b0130O20 (@ csu31b by RFLP Hybridization) b0132N02 (@ csu31b by RFLP Hybridization)
b0146O21 (@ csu31b by RFLP Hybridization) b0153M10 (@ csu31b by RFLP Hybridization) b0189H18 (@ csu31b by RFLP Hybridization)
b0203A17 (@ csu31b by RFLP Hybridization) b0237N03 (@ csu31b by RFLP Hybridization) b0239C10 (@ csu31b by RFLP Hybridization)
b0250D23 (@ csu31b by RFLP Hybridization) b0255D06 (@ csu31b by RFLP Hybridization) b0260L03 (@ csu31b by RFLP Hybridization)
b0283P12 (@ csu31b by RFLP Hybridization) b0010I14 (@ csu744 by in silico) b0054I23 (@ csu744 by in silico)
b0062D13 (@ csu744 by in silico) b0114I12 (@ csu744 by in silico) b0120O06 (@ csu744 by in silico)
b0121L03 (@ csu744 by in silico) b0127P20 (@ csu744 by in silico) b0132N05 (@ csu744 by in silico)
b0138H24 (@ csu744 by in silico) b0138M13 (@ csu744 by in silico) b0203E05 (@ csu744 by in silico)
b0203P14 (@ csu744 by in silico) b0216B24 (@ csu744 by in silico) b0219F06 (@ csu744 by in silico)
b0222G23 (@ csu744 by in silico) b0225F03 (@ csu744 by in silico) b0226F04 (@ csu744 by in silico)
b0238E16 (@ csu744 by in silico) b0245D11 (@ csu744 by in silico) c0012I09 (@ csu744 by in silico)
c0021O06 (@ csu744 by in silico) c0067N18 (@ csu744 by in silico) c0072G16 (@ csu744 by in silico)
c0083G06 (@ csu744 by in silico) c0084P12 (@ csu744 by in silico) c0115O24 (@ csu744 by in silico)
c0131O11 (@ csu744 by in silico) c0135A19 (@ csu744 by in silico) c0159O19 (@ csu744 by in silico)
c0164J03 (@ csu744 by in silico) c0181C21 (@ csu744 by in silico) c0181D20 (@ csu744 by in silico)
c0212I05 (@ csu744 by in silico) c0270N07 (@ csu744 by in silico) c0272J02 (@ csu744 by in silico)
c0272J03 (@ csu744 by in silico) c0276H07 (@ csu744 by in silico) c0282E21 (@ csu744 by in silico)
c0282H09 (@ csu744 by in silico) b0010L11 (@ dhn6 by in silico) b0018C12 (@ dhn6 by in silico)
b0061K21 (@ dhn6 by in silico) b0118C13 (@ dhn6 by in silico) b0129M09 (@ dhn6 by in silico)
b0152A07 (@ dhn6 by in silico) b0156B14 (@ dhn6 by in silico) b0172F21 (@ dhn6 by in silico)
b0186D08 (@ dhn6 by in silico) b0203I02 (@ dhn6 by in silico) c0009M15 (@ dhn6 by in silico)
c0091M04 (@ dhn6 by in silico) c0146N10 (@ dhn6 by in silico) c0171H21 (@ dhn6 by in silico)
c0191C04 (@ dhn6 by in silico) c0191F05 (@ dhn6 by in silico) b0208A21 (@ got1 by in silico)
c0027E13 (@ got1 by in silico) c0073B08 (@ got1 by in silico) c0086G06 (@ got1 by in silico)
b0042A05 (@ gpm3 by in silico) c0018F12 (@ gpm3 by in silico) c0066O14 (@ gpm3 by in silico)
b0085N24 (@ mdh3 by in silico) b0096P17 (@ mdh3 by in silico) b0093H03 (@ npi432 by SSR PCR)
b0093I03 (@ npi432 by SSR PCR) b0171H03 (@ npi432 by SSR PCR) b0204H12 (@ npi432 by SSR PCR)
b0204L12 (@ npi432 by SSR PCR) b0024K03 (@ sdg115 by in silico) b0036I24 (@ sdg115 by in silico)
b0037I21 (@ sdg115 by in silico) b0038F17 (@ sdg115 by in silico) b0049H15 (@ sdg115 by in silico)
b0067P02 (@ sdg115 by in silico) b0109G07 (@ sdg115 by in silico) b0144E13 (@ sdg115 by in silico)
c0001M07 (@ sdg115 by in silico) c0041C17 (@ sdg115 by in silico) c0042J04 (@ sdg115 by in silico)
c0063B24 (@ sdg115 by in silico) c0145B05 (@ sdg115 by in silico) c0208G13 (@ sdg115 by in silico)
b0033A05 (@ thr1 by in silico) b0131P04 (@ thr1 by in silico) b0195K18 (@ thr1 by in silico)
c0018N04 (@ thr1 by in silico) c0024N17 (@ thr1 by in silico) c0065N14 (@ thr1 by in silico)
c0082E12 (@ thr1 by in silico) c0108N19 (@ thr1 by in silico) c0112G21 (@ thr1 by in silico)
c0126D13 (@ thr1 by in silico) c0210K07 (@ thr1 by in silico) c0210L08 (@ thr1 by in silico)
b0012N04 (@ umc1140 by SSR PCR) b0037J18 (@ umc1140 by in silico) b0067K18 (@ umc1140 by in silico)
b0078D18 (@ umc1140 by SSR PCR) b0119J05 (@ umc1140 by SSR PCR) b0154H05 (@ umc1140 by SSR PCR)
b0187O07 (@ umc1140 by in silico) b0191F24 (@ umc1140 by in silico) b0261N16 (@ umc1140 by SSR PCR)
b0273H24 (@ umc1140 by SSR PCR) b0274I17 (@ umc1140 by SSR PCR) c0040E19 (@ umc1140 by in silico)
c0080L17 (@ umc1140 by in silico) c0151F21 (@ umc1140 by in silico) c0159H07 (@ umc1140 by in silico)
c0167N02 (@ umc1140 by in silico) c0216L04 (@ umc1140 by in silico) b0237D10 (@ umc1273 by SSR PCR)
b0260I14 (@ umc1273 by SSR PCR) b0073I06 (@ umc1320 by SSR PCR) b0073I06 (@ umc1320 by in silico)
b0077I03 (@ umc1320 by SSR PCR) b0077I03 (@ umc1320 by in silico) b0086A12 (@ umc1320 by SSR PCR)
b0086A12 (@ umc1320 by in silico) b0189J22 (@ umc1320 by SSR PCR) b0189J22 (@ umc1320 by in silico)
b0253G11 (@ umc1320 by SSR PCR) c0073A03 (@ umc1320 by in silico) c0087L07 (@ umc1320 by in silico)
c0099M06 (@ umc1320 by in silico) c0123L04 (@ umc1320 by in silico) c0132E14 (@ umc1320 by in silico)
c0132H24 (@ umc1320 by in silico) c0184F06 (@ umc1320 by in silico) b0011E18 (@ umc17a by RFLP Hybridization)
b0054L01 (@ umc17a by RFLP Hybridization) b0065F03 (@ umc17a by RFLP Hybridization) b0079K06 (@ umc17a by RFLP Hybridization)
b0084D07 (@ umc17a by RFLP Hybridization) b0085F08 (@ umc17a by RFLP Hybridization) b0095E10 (@ umc17a by RFLP Hybridization)
b0120L21 (@ umc17a by RFLP Hybridization) b0132K24 (@ umc17a by RFLP Hybridization) b0202C02 (@ umc17a by RFLP Hybridization)
b0229E15 (@ umc17a by RFLP Hybridization) b0247B11 (@ umc17a by RFLP Hybridization) b0247N11 (@ umc17a by RFLP Hybridization)
b0264L05 (@ umc17a by RFLP Hybridization) b0023A21 (@ umc1844 by SSR PCR) b0034H24 (@ umc1844 by SSR PCR)
b0065P10 (@ umc1844 by SSR PCR) b0172D16 (@ umc1844 by SSR PCR) b0175B13 (@ umc1844 by SSR PCR)
b0210D12 (@ umc1844 by SSR PCR) b0001A05 (@ umc1915 by SSR PCR) b0007K18 (@ umc1915 by SSR PCR)
b0104K20 (@ umc1915 by SSR PCR) b0012N04 (@ umc2275 by SSR PCR) b0012N04 (@ umc2275 by in silico)
b0030I09 (@ umc2275 by SSR PCR) b0030I09 (@ umc2275 by in silico) b0067K18 (@ umc2275 by in silico)
b0108B04 (@ umc2275 by SSR PCR) b0108B04 (@ umc2275 by in silico) b0191L18 (@ umc2275 by SSR PCR)
b0191L18 (@ umc2275 by in silico) b0194J22 (@ umc2275 by in silico) b0214H06 (@ umc2275 by in silico)
b0274I17 (@ umc2275 by SSR PCR) c0025M15 (@ umc2275 by in silico) c0080E15 (@ umc2275 by in silico)
c0094P18 (@ umc2275 by in silico) c0121F05 (@ umc2275 by in silico) c0143A02 (@ umc2275 by in silico)
c0156L04 (@ umc2275 by in silico) b0001I17 (@ umc2276 by SSR PCR) b0056E20 (@ umc2276 by SSR PCR)
b0073I06 (@ umc2276 by SSR PCR) b0086A12 (@ umc2276 by SSR PCR) b0275K05 (@ umc2276 by SSR PCR)
b0276K22 (@ umc2276 by SSR PCR)    

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