MaizeGDB
jobs | upcoming events | sitemap
 | docs | bulk data | browse data | tools | login / register | links 
home | A popup window providing help for using the search form to the right  

Chromosome 2, Region 6 (bin 2.06)

This page summarizes the data available describing features found in bin 2.06 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 2.06
Genes in Bin 2.06
Other Loci in Bin 2.06
Bin 2.06 High-Density Map Regions
Sequences in Bin 2.06
EST Contigs in Bin 2.06
SSRs in Bin 2.06
BACs in Bin 2.06
Mapped loci w/ accessions in Bin 2.06
Map Locations of Sequences in Bin 2.06


Bin Viewer pages




Genome Browser pages


Genome Browser Links for 2.06

   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 2.06

Here are the 35 genes found in this chromosomal region.

agp1 ADP glucose pyrophosphorylase small subunit embryo 1 akh2 aspartate kinase homoserine dehydrogenase2
dar1 monodehydroascorbate reductase homolog1 de*-N1175 defectiveN1175
de*-N660C defectiveN660C dek*-MS4160
dek16 defective kernel16 dek23 defective kernel23
dek4 defective kernel4 dia1 diaphorase1
emb5 embryo specific5 emp2 empty pericarp 2
et*-N1078A etchedN1078A fl*-N1287 flouryN1287
hcf1 high chlorophyll fluorescence1 hcf15 high chlorophyll fluorescence15
l18 luteus18 les10 lesion10
les19 lesion19 les4 lesion4
mn*-N1120A miniatureN1120A oro2 orobanche2
pbf1 prolamin-box binding factor1 phb1 prohibitin1
psl11 position shift locus11 psl31 position shift locus31
px1 peroxidase1 rf8 restorer of fertility8
sen5 soft endosperm5 spt1 spotted1
tpi2 triose phosphate isomerase2 umc255a
w*-N346 whiteN346 w3 white seedling3
wab1 Wavy auricles in blades1

Other Loci in Bin 2.06

Here are the 185 additional loci found in this chromosomal region.

K2L Knob on 2L (Cytological Structure) spt*-N579B spottedN579B (Lapsed Locus)
wt*-N136A white tip N136A (Lapsed Locus) mu1001648 (Point)
mu1002690 (Point) mu1002809 (Point)
mu1003515 (Point) mu1003797 (Point)
mu1003806 (Point) mu1003831 (Point)
mu1004269 (Point) mu1005514 (Point)
mu1007075 (Point) mu1007216 (Point)
mu1007222 (Point) mu1007311 (Point)
mu1007457 (Point) mu1007483 (Point)
mu1007520 (Point) mu1007684 (Point)
mu1007714 (Point) mu1007927 (Point)
mu1007933 (Point) mu1007948 (Point)
mu1008041 (Point) mu1008108 (Point)
mu1008254 (Point) mu1008730 (Point)
mu1009269 (Point) mu1009275 (Point)
mu1009401 (Point) mu1009614 (Point)
mu1009664 (Point) mu1009781 (Point)
mu1010640 (Point) mu1010748 (Point)
T2-3b(2) (Point) T2-4c(2) (Point)
agrp58 (Probed Site) agrp62 (Probed Site)
agrr239 (Probed Site) agrr265b (Probed Site)
agrr85b (Probed Site) asg83 (Probed Site)
bcd1087a (Probed Site) bcd249a (Probed Site)
bcd926b (Probed Site) bnl12.06d (Probed Site)
bnl17.24 (Probed Site) bnlg1036 (Probed Site)
bnlg1138 (Probed Site) bnlg1184 (Probed Site)
bnlg1225 (Probed Site) bnlg1396 (Probed Site)
bnlg1831 (Probed Site) bnlg1887 (Probed Site)
cdo59c(gos2) (Probed Site) cdo783b (Probed Site)
csu1051 (Probed Site) csu11c (Probed Site)
csu270 (Probed Site) csu281b (Probed Site)
csu46b (Probed Site) csu61c (Probed Site)
csu747a(arf) (Probed Site) E32M49-504-Tx303 (Probed Site)
E32M55-138-A7 (Probed Site) E32M59-206-Tx303 (Probed Site)
E32M59-81-Tx303 (Probed Site) E33M50-M001-A7 (Probed Site)
E33M60-177-Co159 (Probed Site) E33M60-235-Tx303 (Probed Site)
E33M60-401-Co159 (Probed Site) E35M50-241.3-D32 (Probed Site)
E35M50-241.3-Mo17 (Probed Site) E38M51-133-(A7/B73) (Probed Site)
ici99 (Probed Site) isu4 (Probed Site)
isu50 (Probed Site) jpsb365b (Probed Site)
klp1d (Probed Site) mHbrBA213-Mo17 (Probed Site)
mHbrBC211-Mo17 (Probed Site) mHbrBG148-M017 (Probed Site)
mHbrMA132-Mo17 (Probed Site) mHbrMA295-Mo17 (Probed Site)
mHbrMC207-Mo17 (Probed Site) mHbrMT101-Mo17 (Probed Site)
mHbrMT107-B73 (Probed Site) mHbrMT362-Mo17 (Probed Site)
mP12M50-381.4-D32 (Probed Site) mP12M50-381.4-Mo17 (Probed Site)
mP18M48-87.1-B73 (Probed Site) mP18M48-87.1-D32 (Probed Site)
mpik331 (Probed Site) mpik33i (Probed Site)
mwg645i (Probed Site) nc003 (Probed Site)
npi(C1E-05) (Probed Site) npi105b (Probed Site)
npi11 (Probed Site) npi221b (Probed Site)
npi249c (Probed Site) npi277a (Probed Site)
npi297 (Probed Site) npi329 (Probed Site)
npi347(EMu) (Probed Site) npi348(alr) (Probed Site)
npi356a (Probed Site) npi365 (Probed Site)
npi367c (Probed Site) npi4 (Probed Site)
npi456 (Probed Site) npi45a (Probed Site)
npi468(a1) (Probed Site) npi565a (Probed Site)
npi565b (Probed Site) opg09-920 (Probed Site)
opg09-960 (Probed Site) opr03-1110 (Probed Site)
opu20-740 (Probed Site) opz07-1200 (Probed Site)
opz10-790 (Probed Site) P12M47-161-B73 (Probed Site)
P12M47-423.5-B73 (Probed Site) P12M47-423.5-D145 (Probed Site)
P12M61-288.6-D145 (Probed Site) P12M61-288.6-Mo17 (Probed Site)
P13M50-M001-B73 (Probed Site) P18M48-116.0-D32 (Probed Site)
P18M48-116.0-Mo17 (Probed Site) pbs13b (Probed Site)
rz206b (Probed Site) rz509b(mip) (Probed Site)
rz698c(ppy) (Probed Site) sdg119 (Probed Site)
tda217b (Probed Site) tug3 (Probed Site)
uaz194b(ugu) (Probed Site) uaz265a(sbe1) (Probed Site)
uaz30c (Probed Site) uaz312a(por) (Probed Site)
uaz352b (Probed Site) ucsd1.8b (Probed Site)
ucsd141b (Probed Site) uky1(P450) (Probed Site)
umc1004 (Probed Site) umc1079 (Probed Site)
umc1080 (Probed Site) umc1108 (Probed Site)
umc112a (Probed Site) umc1156 (Probed Site)
umc120b (Probed Site) umc139a (Probed Site)
umc1658 (Probed Site) umc1749 (Probed Site)
umc1755 (Probed Site) umc176 (Probed Site)
umc1763 (Probed Site) umc1806 (Probed Site)
umc1875 (Probed Site) umc1923 (Probed Site)
umc2023 (Probed Site) umc2178 (Probed Site)
umc2192 (Probed Site) umc2194 (Probed Site)
umc2372 (Probed Site) umc267(kapp) (Probed Site)
umc2b (Probed Site) umc55a (Probed Site)
umc87b (Probed Site) q300k24 QTL 300-kernel weight 24 (QTL)
q300k9 QTL 300-kernel weight 9 (QTL) q3lflen1 QTL 3rd leaf length 1 (QTL)
q4lfsuc1 QTL 4th leaf sucrose 1 (QTL) q915-1 protein Q915 quantity1 (QTL)
qcobd15 QTL cob diameter 15 (QTL) qczm2 QTL response to Cercospora zeae-maydis 2 (QTL)
qczm7 QTL response to Cercospora zeae-maydis 7 (QTL) qeard13 QTL ear diameter 13 (QTL)
qhupol2 QTL heat units to pollen 2 (QTL) qplht104 QTL plant height 104 (QTL)
qplht31 QTL plant height 31 (QTL) qppe3 QTL plants per embryo 3 (QTL)
qsps2 QTL sucrose phosphate synthase 2 (QTL)

High-Density Maps Focusing on Bin 2.06

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

UMC 98 2

110.1umc255a
111.7umc112a
114tda217b
114.5umc176
116rz509b(mip)
117.3umc267(kapp)
117.6csu281b
119.1klp1d
120.2csu747a(arf)
120.3umc55a
120.4uaz352b
121.1umc139a
124.2bcd1087a
125.8csu270
126.9uky1(P450)
131.6csu1051
133.8npi47a
133.8tjp1(thp)
133.8umc29b
133.8umc98a

BNL 96 2

96.4mwg645i
96.4uaz265a(sbe1)
99.3ici99
99.3mpik33i
99.3npi297
99.3uaz194b(ugu)
99.3umc2b
102.5dia1 diaphorase1
102.5npi356a
102.5pbs13b
102.5umc55a
104.8bcd249a
104.8ucsd141b
107.4agp1 ADP glucose pyrophosphorylase small subunit embryo 1
107.4tug3
111.2npi456
111.2npi565a
111.2ucsd1.8b
115bnl17.24
115npi221b
115npi277a
121.9npi47a
121.9uaz30c
121.9umc98a
149.6umc139a

IBM2 2004 Neighbors 2

346.5bnlg1184
364.5umc255a
366.53umc112a
367.2npi297
367.74tda217b
368umc176
368.8bnlg1831
369.3umc1079
369.53ici99
369.53uaz194b(ugu)
369.53umc2b
369.84bcd249a
369.97umc1156
370.32npi356a
371.99rz509b(mip)
372.79dia1 diaphorase1
373.5bnlg1036
373.5csu337
373.64umc267(kapp)
374.01bnlg1225
374.02csu281b
375.3umc1658
375.93klp1d
376.07bnlg1396
376.1umc2253
376.32bnlg2313b
377.33csu747a(arf)
377.4umc2178
377.4umc2194
377.41umc2192
377.45pbs13b
377.45umc55a
377.47ucsd141b
377.49bnl35c(blr)
377.58uaz352b
378.47umc139a
378.9agp1 ADP glucose pyrophosphorylase small subunit embryo 1
379.2bnlg1138
379.2tug3
379.2umc1763
379.2umc1875
379.4umc1923
380umc1080
380.5jpsb365b
380.6umc1755
380.8AY109981
381.02ucsd1.8b
381.42sdg119
381.8umc1004
382.41bcd1087a
382.56npi456
382.85emp2 empty pericarp 2
384.44csu270
385.12bnl17.24
385.84uky1(P450)
386.65npi221b
386.65npi277a
387.08umc1806
389.39umc2372
389.86uaz30c
390.66umc1749
390.66umc2023
391.8csu1051
394.6npi47a
394.6tjp1(thp)
394.6umc29b
394.6umc98a
402.68bnlg2103
536.79dup1390
541.57bnlg1109
549.74npi45a

Genetic 2005 2

110 +/- 6l18 luteus18
110.1umc255a
111.7umc112a
114 +/- 5T1-2a(2)
114tda217b
114.5umc176
116rz509b(mip)
116.5 +/- 1dia1 diaphorase1
117.3umc267(kapp)
117.6csu281b
118 +/- 10T1-2c(2)
119.1klp1d
120 +/- 6ask2 aspartate kinase2
120.2csu747a(arf)
120.3umc55a
120.4uaz352b
120.7 +/- 1akh2 aspartate kinase homoserine dehydrogenase2
121.1umc139a
122 +/- 1agp1 ADP glucose pyrophosphorylase small subunit embryo 1
123 +/- 1emp2 empty pericarp 2
124.2bcd1087a
125.8csu270
126 +/- 10les19 lesion19
126 +/- 10wrp1 wrinkled plant1
126.9uky1(P450)
128 +/- 10tpi2 triose phosphate isomerase2
131.6csu1051
133.8npi47a
133.8tjp1(thp)
133.8umc29b
133.8umc98a
135 +/- 5w3 white seedling3
163 +/- 63dek16 defective kernel16
163 +/- 63dek23 defective kernel23
163 +/- 63dek4 defective kernel4
163 +/- 63hcf1 high chlorophyll fluorescence1
163 +/- 63hcf15 high chlorophyll fluorescence15

Accession #s in Bin 2.06

Here are accession numbers of the 330 sequences that have been verified to be in this chromosomal region. Download the DNA sequences in FASTA format.

AC190724 AC192269 AC191952 AC194280 AC204067
AC210666 AY104561 AY103967 BV150788 BV150791
BV153434 BV153436 EU966008 G13174 FJ908976
AA054804 L33913 Z38111 AI600776 AW017850
AW498238 BE186274 T12691 CC598293 CC737606
CC744720 CC745725 CC739646 CC755677 CC754825
CC778216 CC751503 CC751692 CC742197 CC823867
CC830235 CC785816 CC792341 AC177860 AC190837
AC191755 AC194447 AC205849 AC200255 AC217366
AC217842 AC211418 AF494285 AC231193 BT034018
BV150790 BV150792 BV150794 BV150796 BV153430
D45403 FJ909792 FJ911091 G42612 FJ910157
FJ910175 FJ909028 FJ909118 AI714672 AI834533
AW076183 T12653 T14797 BE128815 AI461585
BH140383 CC149616 CC148501 CC744049 CC744629
CC755678 CC750814 CC750128 CC751502 CC758221
CC833064 CC833065 CC827986 CC785526 AC190999
AC200564 AC207533 AY109482 BV150787 BV150795
BV153433 BV153435 FJ911232 G68085 G44737
FJ910399 AA143922 M62985 AI881473 AI746036
AW017493 AW191125 T14770 W49886 CC147574
CC145197 CC146142 CC198646 CC737605 CC744630
CC741139 CC754826 CC756975 CC750815 CC829829
CC822712 CC786223 CC787401 AC191520 AC194093
AC194663 AC201828 AC200141 AC210901 AC212415
AC211165 AC206344 AY105022 AY103938 AY110216
AY109981 BV150789 BV150797 BV153429 DQ123893
FJ911420 FJ911000 G42328 FJ908909 AW056176
AW065527 AW054232 AW453203 AW499261 AW331727
T12654 T18853 T14716 BG317183 CC146141
CC737984 CC740857 CC753258 CC754616 CC760214
CC783808 CC829795 CC828905 CC786285 CC786224
CC787941 CC787942 AC190891 AC193338 AC196389
AC198204 AC212738 AC211642 AC213044 AC206767
AC207395 AF494284 AF200528 AY105915 AY108804
BV150793 EU728685 EU951010 G68038 FJ910163
U81960 AI622738 CF015677 AW520244 AW308647
AW356020 AI491364 CC148184 CC144976 CC195984
CC744721 CC737834 CC739743 CC741138 CC754300
CC757313 CC760213 CC833040 CC822896 CC828915
CC828906 CC788709 CC789092 CC790125 CC790126
CC792342 AC191252 AC191658 AC211760 AC212141
AC206979 AC208080 AC226316 AF200533 AY111338
AY111543 AY112236 BV153428 BV153437 BV153438
EU966681 FJ909845 FJ909675 FJ911279 FJ909968
FJ908807 U82230 AI783086 AI974878 T15298
BE475786 W49867 BE512071 BE512072 CC147978
CC147079 CC462670 CC743160 CC744050 CC745726
CC756976 CC751691 CC758177 CC758222 CC783645
CC808746 CC829830 CC822897 CC827995 CC828681
CC785625 CC785626 CC788364 CC790965 CC784963
AC190696 AC203888 AY105813 AY109431 AY106989
AY107436 AY110336 BT065380 EU961344 FJ910253
FJ911413 FJ909593 FJ909814 FJ910304 G44735
FJ909990 FJ909024 G10834 FJ909033 FJ909315
AI944095 AW000017 AW499449 BE453955 T18303
T18408 T18643 BI097555 CC147573 CC738033
CC740856 CC783807 CC805850 CC807156 CC830909
CC833039 CC823868 CC825031 CC825032 CC827985
CC828680 CC827996 CC784857 CC787701 CC787402
AC195392 AC198124 AC216043 AC215728 AC210204
AC209799 AY105478 AF236368 BV150786 BV153431
BV153432 BV153439 EF424250 FJ910699 FJ909587
FJ911005 FJ909461 FJ908900 CD972728 T12676
BE553063 BG838020 CC147080 CC743161 CC738148
CC753257 CC742196 CC830910 CC822711 CC787702        

EST Contigs in Bin 2.06

Here is the set of 5 distinct contigs verified to be in this chromosomal region.

PUT-2-171a-Zea_mays-1830 PUT-2-171a-Zea_mays-5176 PUT-2-171a-Zea_mays-4681 PUT-2-171a-Zea_mays-12530 PUT-2-171a-Zea_mays-5123154        

SSRs in Bin 2.06

Here are the 33 SSRs that have been verified to be in this chromosomal region.

(AAT)4 p-umc1156 (AC)6 p-umc1658 (ACA)17 p-umc1065
(ACGT)4 p-umc1108 (AGC)5 p-umc2023 (CA)17(TA)5 p-umc1079
(CA)19 p-umc1004 (CACGAG)4 p-umc1755 (CT)8 p-umc1763
(CT)8 p-umc1875 (CTG)4 p-umc2194 (GA)15 p-umc1080
(GA)18 p-umc1028 (GA)8 p-umc1749 (GAC)4 p-umc1235
(GGA)2(AG)27 p-mmc0401 (GTG)4 p-umc2019 (TA)8 p-umc1923
(TA)8 p-umc2178 (TC)20 p-umc1806 (TC)6 p-umc2372
(TCC)4 p-umc2252 (TCGC)4 p-umc2253 (TGCG)4 p-umc2192
AG p-nc003 AG(14) p-bnlg1036 AG(14) p-bnlg1138
AG(14) p-bnlg1225 AG(14) p-bnlg1831 AG(15) p-bnlg1396
AG(20) p-bnlg1184 AG(20) p-bnlg1887 p-umc1946    

BACs in Bin 2.06

View bin 2.06 at MaizeSequence.org to see the latest genomic alignment of the sequenced BACs - sequenced BACs are noted below with an *.

***************

Here are the 408 BACs that have been verified to be in this chromosomal region.

b0011G22 (@ AY109981 by in silico) b0111D13 (@ AY109981 by in silico) c0033D11 (@ AY109981 by in silico)
c0033E11 (@ AY109981 by in silico) c0083B19 (@ AY109981 by in silico) b0178A14 (@ agp1 by in silico)
b0202P19 (@ agp1 by in silico) c0112K06 (@ agp1 by in silico) b0006B13 (@ akh2 by in silico)
b0017G15 (@ akh2 by in silico) b0060C01 (@ akh2 by in silico) b0072N06 (@ akh2 by in silico)
b0104E04 (@ akh2 by in silico) b0145D17 (@ akh2 by in silico) b0152F16 (@ akh2 by in silico)
b0152I09 (@ akh2 by in silico) b0208I22 (@ akh2 by in silico) c0008A13 (@ akh2 by in silico)
c0011N08 (@ akh2 by in silico) c0012G10 (@ akh2 by in silico) c0029J07 (@ akh2 by in silico)
c0045E17 (@ akh2 by in silico) c0054F21 (@ akh2 by in silico) c0063G16 (@ akh2 by in silico)
c0082J05 (@ akh2 by in silico) c0090J21 (@ akh2 by in silico) c0090K21 (@ akh2 by in silico)
c0103P09 (@ akh2 by in silico) c0108N05 (@ akh2 by in silico) c0109B18 (@ akh2 by in silico)
c0114D13 (@ akh2 by in silico) c0127M18 (@ akh2 by in silico) c0137K04 (@ akh2 by in silico)
c0195N21 (@ akh2 by in silico) c0195O21 (@ akh2 by in silico) c0200P05 (@ akh2 by in silico)
c0204A14 (@ akh2 by in silico) b0258B14 (@ bcd926b by in silico) b0283H24 (@ bcd926b by in silico)
c0194A15 (@ bcd926b by in silico) c0199E18 (@ bcd926b by in silico) c0202D10 (@ bcd926b by in silico)
c0206G02 (@ bcd926b by in silico) c0231O07 (@ bcd926b by in silico) c0234L21 (@ bcd926b by in silico)
c0240E20 (@ bcd926b by in silico) b0030N24 (@ bnlg1036 by SSR PCR) b0032N18 (@ bnlg1036 by SSR PCR)
b0192C06 (@ bnlg1036 by SSR PCR) b0049M16 (@ bnlg1138 by SSR PCR) b0100A14 (@ bnlg1138 by SSR PCR)
b0100A14 (@ bnlg1138 by SSR PCR) b0112H03 (@ bnlg1138 by SSR PCR) b0178D02 (@ bnlg1138 by SSR PCR)
b0186A06 (@ bnlg1138 by SSR PCR) b0206O06 (@ bnlg1138 by SSR PCR) b0217J16 (@ bnlg1138 by SSR PCR)
b0258D02 (@ bnlg1138 by SSR PCR) b0037L15 (@ bnlg1396 by SSR PCR) b0079L17 (@ bnlg1396 by SSR PCR)
b0142M05 (@ bnlg1396 by SSR PCR) b0160B09 (@ bnlg1396 by SSR PCR) b0213L18 (@ bnlg1396 by SSR PCR)
b0002B24 (@ bnlg1831 by SSR PCR) b0046I15 (@ bnlg1831 by SSR PCR) b0074L09 (@ bnlg1831 by SSR PCR)
b0167E22 (@ bnlg1831 by SSR PCR) b0204A15 (@ bnlg1831 by SSR PCR) b0205P03 (@ bnlg1831 by SSR PCR)
b0257J04 (@ bnlg1831 by SSR PCR) b0007G21 (@ bnlg1887 by SSR PCR) b0151B08 (@ bnlg1887 by SSR PCR)
b0168B06 (@ bnlg1887 by SSR PCR) b0168B06 (@ bnlg1887 by SSR PCR) b0172M18 (@ bnlg1887 by SSR PCR)
b0178G14 (@ bnlg1887 by SSR PCR) b0261J17 (@ bnlg1887 by SSR PCR) b0264M01 (@ bnlg1887 by SSR PCR)
c0227J05 (@ cdo59c(gos2) by in silico) b0008D21 (@ csu337 by in silico) b0044C14 (@ csu337 by SSR PCR)
b0048D16 (@ csu337 by SSR PCR) b0048D16 (@ csu337 by in silico) b0052H06 (@ csu337 by in silico)
b0064H01 (@ csu337 by in silico) b0077J09 (@ csu337 by in silico) b0139C07 (@ csu337 by SSR PCR)
b0139C07 (@ csu337 by in silico) b0161E04 (@ csu337 by in silico) b0185G21 (@ csu337 by SSR PCR)
b0185G21 (@ csu337 by in silico) b0192O14 (@ csu337 by in silico) b0216D07 (@ csu337 by in silico)
b0270D01 (@ csu337 by SSR PCR) c0041J22 (@ csu337 by in silico) c0144E07 (@ csu337 by in silico)
c0144F07 (@ csu337 by in silico) c0205F01 (@ csu747a(arf) by in silico) b0050K14 (@ dar1 by Overgo Hybridization)
b0132N02 (@ dar1 by Overgo Hybridization) c0016I14 (@ dar1 by Overgo Hybridization) c0045N19 (@ dar1 by Overgo Hybridization)
c0069H13 (@ dar1 by Overgo Hybridization) c0070A17 (@ dar1 by Overgo Hybridization) c0073N08 (@ dar1 by Overgo Hybridization)
c0075M12 (@ dar1 by Overgo Hybridization) c0158C12 (@ dar1 by Overgo Hybridization) c0175E15 (@ dar1 by Overgo Hybridization)
c0177O24 (@ dar1 by Overgo Hybridization) c0199M07 (@ dar1 by Overgo Hybridization) c0211M14 (@ dar1 by Overgo Hybridization)
b0018E14 (@ emp2 by in silico) b0026H01 (@ emp2 by in silico) b0038N06 (@ emp2 by in silico)
b0081G03 (@ emp2 by in silico) b0095M18 (@ emp2 by in silico) b0121N21 (@ emp2 by in silico)
b0155K03 (@ emp2 by in silico) b0175C10 (@ emp2 by in silico) c0046D16 (@ emp2 by in silico)
c0061O15 (@ emp2 by in silico) c0106M22 (@ emp2 by in silico) c0117D04 (@ emp2 by in silico)
c0128C14 (@ emp2 by in silico) c0138M02 (@ emp2 by in silico) c0145M07 (@ emp2 by in silico)
c0146M04 (@ emp2 by in silico) c0146N04 (@ emp2 by in silico) c0183P05 (@ emp2 by in silico)
b0057C16 (@ mmc0401 by SSR PCR) b0285F08 (@ mmc0401 by SSR PCR) b0012P23 (@ pbf1 by SSR PCR)
b0012P23 (@ pbf1 by in silico) b0022M23 (@ pbf1 by SSR PCR) b0022M23 (@ pbf1 by in silico)
b0045O06 (@ pbf1 by SSR PCR) b0045O06 (@ pbf1 by in silico) b0105O03 (@ pbf1 by SSR PCR)
b0105O03 (@ pbf1 by in silico) b0115M13 (@ pbf1 by SSR PCR) b0145A16 (@ pbf1 by in silico)
b0153H17 (@ pbf1 by in silico) b0155P12 (@ pbf1 by in silico) b0176F01 (@ pbf1 by SSR PCR)
b0176F01 (@ pbf1 by in silico) b0188M08 (@ pbf1 by in silico) b0209G18 (@ pbf1 by in silico)
b0274I08 (@ pbf1 by SSR PCR) c0007N18 (@ pbf1 by in silico) c0036J04 (@ pbf1 by in silico)
c0036L06 (@ pbf1 by in silico) c0068O12 (@ pbf1 by in silico) c0095K10 (@ pbf1 by in silico)
c0107B19 (@ pbf1 by in silico) c0132I03 (@ pbf1 by in silico) c0186M18 (@ pbf1 by in silico)
c0186M22 (@ pbf1 by in silico) c0186N14 (@ pbf1 by in silico) b0011H01 (@ phb1 by in silico)
b0018A09 (@ phb1 by in silico) b0068L02 (@ phb1 by in silico) b0083A08 (@ phb1 by in silico)
b0100G05 (@ phb1 by in silico) b0116M06 (@ phb1 by in silico) b0152C19 (@ phb1 by in silico)
b0157I13 (@ phb1 by in silico) b0186I04 (@ phb1 by in silico) c0013L19 (@ phb1 by in silico)
c0112B19 (@ phb1 by in silico) c0115L20 (@ phb1 by in silico) b0009I20 (@ ptk4 by in silico)
b0010C02 (@ ptk4 by in silico) b0027I13 (@ ptk4 by in silico) b0030C22 (@ ptk4 by in silico)
b0039C05 (@ ptk4 by in silico) b0059O09 (@ ptk4 by in silico) b0076F13 (@ ptk4 by in silico)
b0113K11 (@ ptk4 by in silico) b0117J04 (@ ptk4 by in silico) b0136G04 (@ ptk4 by in silico)
b0137G04 (@ ptk4 by in silico) b0211F03 (@ ptk4 by in silico) c0027E06 (@ ptk4 by in silico)
c0040I22 (@ ptk4 by in silico) c0047J01 (@ ptk4 by in silico) c0058M01 (@ ptk4 by in silico)
c0067M04 (@ ptk4 by in silico) c0093H09 (@ ptk4 by in silico) c0102E06 (@ ptk4 by in silico)
c0116M07 (@ ptk4 by in silico) c0116M08 (@ ptk4 by in silico) c0116N09 (@ ptk4 by in silico)
c0128M20 (@ ptk4 by in silico) c0173E14 (@ ptk4 by in silico) c0176L06 (@ ptk4 by in silico)
c0178F18 (@ ptk4 by in silico) c0197P04 (@ ptk4 by in silico) c0203C19 (@ ptk4 by in silico)
b0108H20 (@ umc1004 by SSR PCR) b0207A03 (@ umc1004 by SSR PCR) b0001P02 (@ umc1028 by SSR PCR)
b0025E14 (@ umc1028 by SSR PCR) b0025G14 (@ umc1028 by SSR PCR) b0055L10 (@ umc1028 by SSR PCR)
b0125K20 (@ umc1028 by SSR PCR) b0135C05 (@ umc1028 by SSR PCR) b0159P18 (@ umc1028 by SSR PCR)
b0190L23 (@ umc1028 by SSR PCR) b0217P03 (@ umc1028 by SSR PCR) b0003H15 (@ umc1079 by SSR PCR)
b0003H15 (@ umc1079 by SSR PCR) b0005K24 (@ umc1079 by SSR PCR) b0012F16 (@ umc1079 by SSR PCR)
b0029J03 (@ umc1079 by SSR PCR) b0078K07 (@ umc1079 by SSR PCR) b0098K23 (@ umc1079 by SSR PCR)
b0110A14 (@ umc1079 by SSR PCR) b0112K24 (@ umc1079 by SSR PCR) b0161I20 (@ umc1079 by SSR PCR)
b0261J22 (@ umc1079 by SSR PCR) b0066M20 (@ umc1080 by SSR PCR) b0088D23 (@ umc1080 by SSR PCR)
b0174J17 (@ umc1080 by SSR PCR) b0221M15 (@ umc1080 by SSR PCR) b0274A12 (@ umc1080 by SSR PCR)
b0149A07 (@ umc1108 by SSR PCR) b0169J21 (@ umc1108 by SSR PCR) b0003F06 (@ umc1156 by in silico)
b0041K16 (@ umc1156 by in silico) b0071I10 (@ umc1156 by SSR PCR) b0077F13 (@ umc1156 by in silico)
b0078P11 (@ umc1156 by in silico) b0086D03 (@ umc1156 by in silico) b0097O14 (@ umc1156 by in silico)
b0112L17 (@ umc1156 by SSR PCR) b0116A18 (@ umc1156 by in silico) b0130C23 (@ umc1156 by in silico)
b0131J02 (@ umc1156 by SSR PCR) b0135I06 (@ umc1156 by SSR PCR) b0243G04 (@ umc1156 by SSR PCR)
c0154E23 (@ umc1156 by in silico) c0154F23 (@ umc1156 by in silico) c0154J07 (@ umc1156 by in silico)
b0024D03 (@ umc1658 by SSR PCR) b0065E20 (@ umc1658 by SSR PCR) b0100C23 (@ umc1658 by SSR PCR)
b0143J04 (@ umc1658 by SSR PCR) b0156N11 (@ umc1658 by SSR PCR) b0179F09 (@ umc1658 by SSR PCR)
b0179F09 (@ umc1658 by SSR PCR) b0226L04 (@ umc1658 by SSR PCR) b0276H08 (@ umc1658 by SSR PCR)
b0007C14 (@ umc1749 by SSR PCR) b0011M23 (@ umc1749 by SSR PCR) b0136M05 (@ umc1749 by SSR PCR)
b0139H05 (@ umc1749 by SSR PCR) b0140M12 (@ umc1749 by SSR PCR) b0158E06 (@ umc1749 by SSR PCR)
b0190C07 (@ umc1749 by SSR PCR) b0208J14 (@ umc1749 by SSR PCR) b0279D08 (@ umc1749 by SSR PCR)
b0004C20 (@ umc1755 by in silico) c0029N09 (@ umc1755 by in silico) c0034H12 (@ umc1755 by in silico)
c0036C11 (@ umc1755 by in silico) c0044F23 (@ umc1755 by in silico) c0062N02 (@ umc1755 by in silico)
c0083E18 (@ umc1755 by in silico) c0097F15 (@ umc1755 by in silico) c0098M22 (@ umc1755 by in silico)
c0112L10 (@ umc1755 by in silico) c0178L09 (@ umc1755 by in silico) b0027J20 (@ umc176 by PCR)
b0028K16 (@ umc176 by PCR) b0084I14 (@ umc176 by PCR) b0116I03 (@ umc176 by PCR)
b0134F11 (@ umc176 by PCR) b0134I18 (@ umc176 by PCR) b0202O19 (@ umc176 by PCR)
b0219D21 (@ umc176 by PCR) b0252D08 (@ umc176 by PCR) b0204L07 (@ umc1763 by SSR PCR)
b0087F01 (@ umc1875 by SSR PCR) b0111M22 (@ umc1875 by SSR PCR) b0111M22 (@ umc1875 by SSR PCR)
b0155D24 (@ umc1875 by SSR PCR) b0263L05 (@ umc1875 by SSR PCR) b0016H04 (@ umc1923 by SSR PCR)
b0115B17 (@ umc1923 by SSR PCR) b0004L01 (@ umc1946a by SSR PCR) b0094P11 (@ umc1946a by SSR PCR)
b0105J10 (@ umc1946a by SSR PCR) b0126H13 (@ umc1946a by SSR PCR) b0138H16 (@ umc1946a by SSR PCR)
b0148G17 (@ umc1946a by SSR PCR) b0202O08 (@ umc1946a by SSR PCR) b0249L18 (@ umc1946a by SSR PCR)
b0249L18 (@ umc1946a by SSR PCR) b0030D07 (@ umc2019a by SSR PCR) b0030D07 (@ umc2019a by in silico)
b0053L16 (@ umc2019a by SSR PCR) b0053L16 (@ umc2019a by in silico) b0116C02 (@ umc2019a by in silico)
b0118O15 (@ umc2019a by in silico) c0019G02 (@ umc2019a by in silico) c0023P15 (@ umc2019a by in silico)
c0036J14 (@ umc2019a by in silico) c0048O07 (@ umc2019a by in silico) c0067G07 (@ umc2019a by in silico)
c0105F10 (@ umc2019a by in silico) c0167H10 (@ umc2019a by in silico) b0152N05 (@ umc2023 by SSR PCR)
b0262M16 (@ umc2023 by SSR PCR) b0036G22 (@ umc2178 by SSR PCR) b0099J02 (@ umc2178 by SSR PCR)
b0130I01 (@ umc2178 by SSR PCR) b0137J17 (@ umc2178 by SSR PCR) b0137O20 (@ umc2178 by SSR PCR)
b0211P04 (@ umc2178 by SSR PCR) b0211P04 (@ umc2178 by SSR PCR) b0276F20 (@ umc2178 by SSR PCR)
b0024I11 (@ umc2192 by in silico) b0090B06 (@ umc2192 by in silico) b0136D08 (@ umc2192 by in silico)
b0192A17 (@ umc2192 by in silico) b0214C20 (@ umc2192 by in silico) c0001N16 (@ umc2192 by in silico)
c0071K06 (@ umc2192 by in silico) c0071K07 (@ umc2192 by in silico) c0083L23 (@ umc2192 by in silico)
c0138P14 (@ umc2192 by in silico) c0180B14 (@ umc2192 by in silico) b0057C08 (@ umc2194 by SSR PCR)
b0057C08 (@ umc2194 by in silico) b0132I20 (@ umc2194 by SSR PCR) b0145E19 (@ umc2194 by SSR PCR)
b0178I02 (@ umc2194 by SSR PCR) c0030H05 (@ umc2194 by in silico) c0156B14 (@ umc2194 by in silico)
c0162F22 (@ umc2194 by in silico) c0194K24 (@ umc2194 by in silico) b0030B19 (@ umc2252 by SSR PCR)
b0055C04 (@ umc2252 by SSR PCR) b0174J10 (@ umc2252 by SSR PCR) b0274H04 (@ umc2252 by SSR PCR)
b0281B09 (@ umc2252 by SSR PCR) b0010L12 (@ umc2253 by SSR PCR) b0010L12 (@ umc2253 by in silico)
b0030L01 (@ umc2253 by in silico) b0053J12 (@ umc2253 by in silico) b0130F15 (@ umc2253 by in silico)
b0166J10 (@ umc2253 by SSR PCR) b0166J10 (@ umc2253 by in silico) b0175N16 (@ umc2253 by in silico)
b0239L16 (@ umc2253 by SSR PCR) b0275O14 (@ umc2253 by SSR PCR) b0286A21 (@ umc2253 by SSR PCR)
c0007D16 (@ umc2253 by in silico) c0016L05 (@ umc2253 by in silico) c0022A23 (@ umc2253 by in silico)
c0029B11 (@ umc2253 by in silico) c0128M05 (@ umc2253 by in silico) c0130G14 (@ umc2253 by in silico)
c0153A12 (@ umc2253 by in silico) c0153G23 (@ umc2253 by in silico) c0155C14 (@ umc2253 by in silico)
c0176C18 (@ umc2253 by in silico) c0184J11 (@ umc2253 by in silico) b0017L20 (@ umc255a by Overgo Hybridization)
b0017L20 (@ umc255a by RFLP Hybridization) b0043F13 (@ umc255a by RFLP Hybridization) b0046N08 (@ umc255a by Overgo Hybridization)
b0046N08 (@ umc255a by RFLP Hybridization) b0051E03 (@ umc255a by RFLP Hybridization) b0059C21 (@ umc255a by RFLP Hybridization)
b0099A15 (@ umc255a by Overgo Hybridization) b0116I12 (@ umc255a by RFLP Hybridization) b0120F07 (@ umc255a by Overgo Hybridization)
b0120F07 (@ umc255a by RFLP Hybridization) b0125I08 (@ umc255a by RFLP Hybridization) b0141A15 (@ umc255a by RFLP Hybridization)
b0226D01 (@ umc255a by RFLP Hybridization) b0271A16 (@ umc255a by RFLP Hybridization) b0272J19 (@ umc255a by RFLP Hybridization)
b0281D21 (@ umc255a by RFLP Hybridization) c0021O15 (@ umc255a by Overgo Hybridization) c0034D06 (@ umc255a by Overgo Hybridization)
c0097G21 (@ umc255a by Overgo Hybridization) c0152L10 (@ umc255a by Overgo Hybridization) c0184J23 (@ umc255a by Overgo Hybridization)
b0048H08 (@ umc2b by in silico) b0056A16 (@ umc2b by in silico) b0072N21 (@ umc2b by in silico)
b0247J06 (@ umc2b by in silico) b0256F14 (@ umc2b by in silico) c0009G11 (@ umc2b by in silico)
c0018B16 (@ umc2b by in silico) c0027G17 (@ umc2b by in silico) c0055D09 (@ umc2b by in silico)
c0065F23 (@ umc2b by in silico) c0079G09 (@ umc2b by in silico) c0097C08 (@ umc2b by in silico)
c0199A21 (@ umc2b by in silico) c0205F11 (@ umc2b by in silico) c0215O22 (@ umc2b by in silico)
c0248G14 (@ umc2b by in silico) c0268A14 (@ umc2b by in silico) c0280F17 (@ umc2b by in silico)    

Return to the homepage
home |   

Please cite us!

 This page is HTML 4.01 valid!