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Chromosome 8, Region 3 (bin 8.03)

This page summarizes the data available describing features found in bin 8.03 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 8.03
Genes in Bin 8.03
Other Loci in Bin 8.03
Bin 8.03 High-Density Map Regions
Sequences in Bin 8.03
EST Contigs in Bin 8.03
SSRs in Bin 8.03
BACs in Bin 8.03
Mapped loci w/ accessions in Bin 8.03
Map Locations of Sequences in Bin 8.03



Bin Viewer pages




Genome Browser pages



Genome Browser Links for 8.03

   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 8.03

Here are the 29 genes found in this chromosomal region.

act1 actin1 act2 actin2
arpp2a acidic ribosomal protein P2a atp2 ATP synthase2
ats1 atrazine susceptible1 AY110056
cesa1 cellulose synthase1 clm1 modifier of cl1
crp*-N1429A crumpledN1429A csu620
ct1 compact plant1 fl*-N1163 flouryN1163
gi1 gigantea1 kds1 CMP-KDO synthetase1
lhcb3 light harvesting chlorophyll a/b binding protein3 mdh1 malate dehydrogenase1
myb95 myb transcription factor95 nec1 necrotic1
oec23 oxygen evolving complex23 parp1 poly(ADP-ribose) polymerase1
rip1 ribosome-inactivating protein1 rph1 RNase PH homolog
rpl17a ribosomal protein L17a rps28 ribosomal protein S28
scl1 scarecrow-like1 spp1 sucrose-phosphatase1
stp1 sugar transport1 tub2 beta tubulin2
v*-N29 virescentN29

Other Loci in Bin 8.03

Here are the 280 additional loci found in this chromosomal region.

cen16.2 (Centromere) cent8 centromere chromosome 8 (Centromere)
H10.1 (Centromere) ncsu4(cca1) circadian clock associated1 ortholog (Gene candidate)
Ac8182-8L transposed Activator sequence8182 (Point) bti03525::Ac (Point)
mu1001579 (Point) mu1001723 (Point)
mu1003507 (Point) mu1003629 (Point)
mu1003631 (Point) mu1003980 (Point)
mu1004142 (Point) mu1005113 (Point)
mu1005139 (Point) mu1005171 (Point)
mu1005525 (Point) mu1005548 (Point)
mu1005574 (Point) mu1007039 (Point)
mu1007044 (Point) mu1007071 (Point)
mu1007246 (Point) mu1007299 (Point)
mu1007335 (Point) mu1007345 (Point)
mu1007547 (Point) mu1007563 (Point)
mu1007569 (Point) mu1007729 (Point)
mu1007869 (Point) mu1007894 (Point)
mu1007941 (Point) mu1007950 (Point)
mu1007980 (Point) mu1007994 (Point)
mu1008012 (Point) mu1008076 (Point)
mu1008216 (Point) mu1008233 (Point)
mu1008252 (Point) mu1008264 (Point)
mu1008396 (Point) mu1008415 (Point)
mu1008443 (Point) mu1008510 (Point)
mu1008572 (Point) mu1008597 (Point)
mu1008598 (Point) mu1008655 (Point)
mu1008701 (Point) mu1008727 (Point)
mu1008762 (Point) mu1008844 (Point)
mu1008864 (Point) mu1008965 (Point)
mu1009027 (Point) mu1009100 (Point)
mu1009157 (Point) mu1009322 (Point)
mu1009331 (Point) mu1009542 (Point)
mu1009561 (Point) mu1010539 (Point)
T8-9a(8) (Point) TB-8Lc(8) (Point)
agrc20 (Probed Site) agrc514b (Probed Site)
agrc747 (Probed Site) agrr116b (Probed Site)
agrr209b (Probed Site) agrx975 (Probed Site)
asg6b (Probed Site) bcd1127b (Probed Site)
bcd355 (Probed Site) bcd828c(atpb) (Probed Site)
bnl1.45a (Probed Site) bnl10.17c (Probed Site)
bnl10.39 (Probed Site) bnl12.36b (Probed Site)
bnl13.05c (Probed Site) bnl17.16(bt2) (Probed Site)
bnl17.20 (Probed Site) bnl8.06a (Probed Site)
bnl9.08 (Probed Site) bnl9.44 (Probed Site)
bnlg1067 (Probed Site) bnlg1460 (Probed Site)
bnlg1834 (Probed Site) bnlg1863 (Probed Site)
bnlg2082 (Probed Site) bnlg669 (Probed Site)
cdo113b (Probed Site) cdo1160a(kri) (Probed Site)
cdo32a (Probed Site) cdo346a (Probed Site)
cdo480b (Probed Site) chr126a chromatin complex subunit A (Probed Site)
csu1175 (Probed Site) csu229c(oec) (Probed Site)
csu275a(mtl) (Probed Site) csu75d (Probed Site)
csu760b (Probed Site) csu849(atpb) (Probed Site)
csu910 (Probed Site) dupssr3 (Probed Site)
E32M4849-339.7-D145 (Probed Site) E32M4849-339.7-Mo17 (Probed Site)
E32M49-55-Co159 (Probed Site) E32M60-96-Tx303 (Probed Site)
E35M50-197.3-B73 (Probed Site) E35M50-197.3-D32 (Probed Site)
E35M58-108.0-D32 (Probed Site) E35M58-108.0-Mo17 (Probed Site)
E38M47-226.9-D145 (Probed Site) E38M47-226.9-Mo17 (Probed Site)
E39M4849-101.1-D145 (Probed Site) E39M4849-101.1-Mo17 (Probed Site)
E39M54-563.5-B73 (Probed Site) E39M54-563.5-D32 (Probed Site)
E39M62-379.1-B73 (Probed Site) E39M62-379.1-D32 (Probed Site)
E42M4750-358.5-B73 (Probed Site) E42M4750-358.5-D32 (Probed Site)
E45M49-144.0-B73 (Probed Site) E45M49-144.0-D32 (Probed Site)
ici277 (Probed Site) ici286a (Probed Site)
isu140b (Probed Site) isu1719c (Probed Site)
isu2191b (Probed Site) isu2191h (Probed Site)
klp1b (Probed Site) ksu1c (Probed Site)
mHbrBA141-B73 (Probed Site) mHbrBA171-B73 (Probed Site)
mHbrBC384-Mo17 (Probed Site) mHbrBG158-Mo17 (Probed Site)
mHbrBT147-B73 (Probed Site) mHbrBT156-Mo17 (Probed Site)
mHbrMA122-B73 (Probed Site) mHbrMA134-B73 (Probed Site)
mHbrMC184-B73 (Probed Site) mHbrMC218-Mo17 (Probed Site)
mHbrMC77-Mo17 (Probed Site) mmp120 (Probed Site)
mmp158b (Probed Site) mmp195f (Probed Site)
mmp72 (Probed Site) mP12M50-247.7-B73 (Probed Site)
mP12M50-247.7-D32 (Probed Site) mP18M48-153.1-D145 (Probed Site)
mP18M48-153.1-Mo17 (Probed Site) mP18M48-363.9-D32 (Probed Site)
mP18M48-363.9-Mo17 (Probed Site) ncr(sod3c) superoxide dismutase 3C (Probed Site)
niu1::Bs1 (Probed Site) npi(5-05b) (Probed Site)
npi(C9A-04) (Probed Site) npi114c (Probed Site)
npi253e (Probed Site) npi260b (Probed Site)
npi301 (Probed Site) npi37 (Probed Site)
npi376 (Probed Site) npi398c (Probed Site)
npi472e(oec23) (Probed Site) npi618 (Probed Site)
npi91b (Probed Site) opd13-1210 (Probed Site)
opf06-1100 (Probed Site) opu10-990 (Probed Site)
P12M49-135.1-B73 (Probed Site) P12M49-135.1-D32 (Probed Site)
P12M49-315.1-D145 (Probed Site) P12M49-315.1-Mo17 (Probed Site)
P13M47-85.2-B73 (Probed Site) P13M47-85.2-D32 (Probed Site)
P13M47-87.7-D145 (Probed Site) P13M47-87.7-Mo17 (Probed Site)
P13M49-226.9-D32 (Probed Site) P13M49-226.9-Mo17 (Probed Site)
P13M49-307.4-D145 (Probed Site) P13M49-307.4-Mo17 (Probed Site)
P13M60-420.7-D145 (Probed Site) P13M60-420.7-Mo17 (Probed Site)
P13M61-187.3-B73 (Probed Site) P13M61-187.3-D145 (Probed Site)
P18M48-196.9-B73 (Probed Site) P18M48-196.9-D32 (Probed Site)
pbs4 (Probed Site) pge2 (Probed Site)
pge21 (Probed Site) phi125 (Probed Site)
php20727 (Probed Site) rgpc161 (Probed Site)
rpa5c (Probed Site) rz244a(dia) (Probed Site)
rz28c (Probed Site) rz556b (Probed Site)
tda164 (Probed Site) tda217e (Probed Site)
tda52 (Probed Site) tug1 (Probed Site)
uaz121b (Probed Site) uaz243c(atpb) (Probed Site)
uaz244b(prh) (Probed Site) uaz249c(ubf9) (Probed Site)
uaz251a(rpS11) (Probed Site) uaz252b(ptk) (Probed Site)
uaz25a (Probed Site) uaz269a(kri) (Probed Site)
uaz290(SDAg) (Probed Site) ucsd61f (Probed Site)
uky3a(P450) (Probed Site) umc1034 (Probed Site)
umc1157 (Probed Site) umc120a (Probed Site)
umc1236 (Probed Site) umc124a(chk) (Probed Site)
umc1289 (Probed Site) umc1302 (Probed Site)
umc1360 (Probed Site) umc1377 (Probed Site)
umc1385 (Probed Site) umc1427 (Probed Site)
umc1460 (Probed Site) umc1471 (Probed Site)
umc1473 (Probed Site) umc1487 (Probed Site)
umc152b (Probed Site) umc1530 (Probed Site)
umc1615 (Probed Site) umc1617 (Probed Site)
umc1765 (Probed Site) umc1778 (Probed Site)
umc1802 (Probed Site) umc1807 (Probed Site)
umc1904 (Probed Site) umc1910 (Probed Site)
umc206(hsp70) (Probed Site) umc2146 (Probed Site)
umc2147 (Probed Site) umc2173 (Probed Site)
umc2353 (Probed Site) umc2354 (Probed Site)
umc2355 (Probed Site) umc236 (Probed Site)
umc2366 (Probed Site) umc238b (Probed Site)
umc32b (Probed Site) umc65d (Probed Site)
uor1b(rpS12) (Probed Site) wuh2(cdc2) (Probed Site)
wuh5(prh) (Probed Site) q1000k12 QTL 1000-kernel weight 12 (QTL)
q1000k7 QTL 1000-kernel weight 7 (QTL) q2ecb1 QTL response to European corn borer (2nd brood) 1 (QTL)
q3lfdm4 QTL 3rd leaf dry matter 4 (QTL) q3lfht2 QTL 3rd leaf height 2 (QTL)
q3lflen3 QTL 3rd leaf length 3 (QTL) q4lfred3 QTL 4th leaf reducing sugars 3 (QTL)
qanth7 QTL anther culture response 7 (QTL) qd3lf2 QTL days to 3rd leaf 2 (QTL)
qeard10 QTL ear diameter 10 (QTL) qearl21 QTL ear length 21 (QTL)
qearl31 QTL ear length 31 (QTL) qgrdm2 QTL percent grain dry matter 2 (QTL)
qinv3 QTL invertase activity 3 (QTL) qmoist9 QTL grain moisture 9 (QTL)
qoilc15 QTL oil content 15 (QTL) qoilc16 QTL oil content 16 (QTL)
qplht122 QTL plant height 122 (QTL) qplht26 QTL plant height 26 (QTL)
qplht4 QTL plant height 4 (QTL) qplht9 QTL plant height 9 (QTL)
qps22-3 QTL position shift protein PS22 quantity 3 (QTL) qstagr7 QTL stay green 7 (QTL)
qtest6 QTL test weight 6 (QTL) bnl8.10b (Restriction Fragment)  

High-Density Maps Focusing on Bin 8.03

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

UMC 98 8

28cent8 centromere chromosome 8
49.3klp1b
49.3umc124a(chk)
53tda52
53.5csu849(atpb)
54.4csu1175
54.4csu279
54.4csu910
54.4ksu1c
54.4rz244a(dia)
54.4umc206(hsp70)
54.4umc236
54.4umc238b
55.3rpa5c
55.3umc120a
55.4lhcb3 light harvesting chlorophyll a/b binding protein3
55.4rgpc161
55.4tda164
56.3cdo1160a(kri)
56.4stp1 sugar transport1
58.2bnl9.44
59.1uky3a(P450)
59.2csu760b
59.2imp1 importin1
59.6csu275a(mtl)
60.1bnl1.45a
61.3uor1b(rpS12)
61.5tub2 beta tubulin2
61.6tda217e
62.2csu620

BNL 96 8

55.6bnlg669
58bnl10.39
58bnl9.44
58ici277
58ici286a
58niu1::Bs1
58npi260b
58uaz249c(ubf9)
58uaz269a(kri)
58uaz290(SDAg)
58ucsd61f
58umc120a
58umc32b
59.4bnl17.20
59.4isu1719c
59.4isu2191b
59.4mdh1 malate dehydrogenase1
59.4uaz243c(atpb)
59.4uaz251a(rpS11)
59.4uaz252b(ptk)
60.9bnl1.45a
60.9isu2191h
60.9ncr(sod3c) superoxide dismutase 3C
60.9npi618
60.9pbs4
60.9pge2
60.9pge21
60.9tug1
60.9uaz244b(prh)
60.9uaz25a
63.4bnl8.06a
63.4bnl9.08
63.4uaz121b
65bnl17.16(bt2)
66.7act1 actin1

IBM2 2004 Neighbors 8

99.66cent8 centromere chromosome 8
164.26uaz243c(atpb)
164.26uaz251a(rpS11)
164.26uaz252b(ptk)
175.9csu329
176.6umc124a(chk)
178.43asg24b(gts)
179.5umc1530
181.04bnlg1067
182.65bnlg669
183.26CL51477_1
190.4umc1778
191mmp120
191.77uaz244b(prh)
193.25tda52
194.1mmp72
195.5csu849(atpb)
197.1umc2147
197.9mmp158b
198.4umc2146
199.1pge21
199.1umc32b
199.34umc1034
200.3bnlg2082
200.3umc1868
202AW244963
203AY110450
203umc2353
203.01umc1289
203.6isu2191h
203.6umc120a
203.63bnlg1229
203.9csu1175
203.9csu279
203.9csu910
203.9ksu1c
203.9rz244a(dia)
203.9umc206(hsp70)
203.9umc236
203.9umc238b
204.28pge2
204.8bnlg1834
204.86mdh1 malate dehydrogenase1
205.21npi618
205.32ici277
205.32pbs4
205.8umc1807
206umc1157
206.38isu1719c
206.38isu2191b
206.55AY110113
206.6umc1904
206.68chr110b chromatin complex subunit A
206.68chr126a chromatin complex subunit A
208.15rpa5c
208.89lhcb3 light harvesting chlorophyll a/b binding protein3
208.89rgpc161
208.89tda164
210.3bti03525::Ac
211npi260b
213.01bnl17.20
215.6cdo1160a(kri)
216.2umc2354
216.9umc1910
220.6mmp195f
221.83bnl9.44
221.83ici286a
221.83niu1::Bs1
221.83uaz269a(kri)
221.83uaz290(SDAg)
221.83ucsd61f
224.8cdo202e(mcf)
226.07uky3a(P450)
226.1php3818
226.55csu760b
228.43csu275a(mtl)
228.6umc1415
230.79bnl1.45a
231.2umc1470
232.9umc2355
233.19uaz25a
233.83bnl9.08
233.97AW172071
234.8umc1984
236.45uor1b(rpS12)
237.4tub2 beta tubulin2
237.87tda217e
239.79umc1236
240.7csu620
244.9umc2075
245.7bnlg1863
245.73tug1
245.9umc2366
247.21bnlg1460
248.88bnl8.06a
248.88uaz249c(ubf9)
250.86stp1 sugar transport1
250.86umc1471
252.86umc1615
253.17dupssr3
254.8AY110032
268.6AY109740
268.6umc1427
269.91rps28 ribosomal protein S28
269.91umc1802
271.48umc1377
273.32oec23 oxygen evolving complex23
273.32umc1617
274.16umc1385
274.9phi100175
277.72bnlg2313a
279.9umc1735
282.7AY109626
282.71act1 actin1
284.6umc1457
287.21umc1302
289.8phi121
291.12umc1487
291.3php20714
294.1AY108545
294.1mbd101a methyl binding domain101a
295.3rip1 ribosome-inactivating protein1
298.82ncr(sod3c) superoxide dismutase 3C
299.97uaz121b
315.87bnl17.16(bt2)
316.22bnl10.39

Genetic 2005 8

43 +/- 10ct1 compact plant1
49.3csu329
49.3klp1b
49.3umc124a(chk)
51 +/- 8bif1 barren inflorescence1
53tda52
53.5csu849(atpb)
54.4csu1175
54.4csu279
54.4csu910
54.4ksu1c
54.4rz244a(dia)
54.4umc206(hsp70)
54.4umc236
54.4umc238b
55 +/- 25ats1 atrazine susceptible1
55 +/- 5cent8 centromere chromosome 8
55mdh1 malate dehydrogenase1
55.3rpa5c
55.3umc120a
55.4lhcb3 light harvesting chlorophyll a/b binding protein3
55.4rgpc161
55.4tda164
56.3cdo1160a(kri)
56.4stp1 sugar transport1
58.2bnl9.44
59.1uky3a(P450)
59.2csu760b
59.2imp1 importin1
59.6csu275a(mtl)
60.1bnl1.45a
61.3uor1b(rpS12)
61.5tub2 beta tubulin2
61.6tda217e
62.2csu620
64 +/- 2act1 actin1
66.9rip1 ribosome-inactivating protein1
67 +/- 28clm1 modifier of cl1
70 +/- 10nec1 necrotic1

Accession #s in Bin 8.03

Here are accession numbers of the 647 sequences that have been verified to be in this chromosomal region. Download the DNA sequences in FASTA format.

J01238 CC789088 BM073198 CC760878 T18631
AC203067 CC788098 CC827742 T12737 AC199206
AY103821 T18817 AC206644 BE453983 AY108564
T14691 AA054800 BF727978 AW146777 BV686428
G44395 CC146094 AI745751 AY107608 CC146302
CC146303 AI833843 CC755943 AQ844362 AY110390
AW067500 CC783626 AJ250331 CC737794 AY108513
CC756721 AC199200 AI979498 AJ222588 AF283564
CC743728 AZ916458 BV148833 CC744882 BV152311
BV152314 BV152318 BV152319 AY110056 CC753440
CC753441 BG833467 BV114728 BV114731 BV114735
AY110113 BV152203 EU145741 FJ908820 FJ909259
FJ909326 AC210162 AC209648 FJ909664 AC213687
FJ910113 FJ910131 FJ910177 FJ910505 FJ910697
CC744841 AC200610 CC452780 AC226317 AY273142
T18809 CC148328 AC206685 AY110929 CC756161
CC826332 G10809 G10838 CC176371 CC743331
AY109488 AW120126 AY110913 AC193471 CC747603
U29383 Y08024 T14725 T18663 AI600955
BE345587 CC830056 CC741155 CC825061 CC787790
CC145765 AY112245 AI834089 AW331320 CC750437
CC752100 CC758266 AW231859 AW147056 AW288805
AW055470 AC193360 BF728805 AI967226 AW053019
AW065444 CC810460 CC738030 CC738031 AY104532
CC792110 AZ916179 G10752 BG268106 BV148843
Y09747 BV150057 BV150058 BV150061 BV150062
AJ132686 AY109740 BV151779 AW065255 AW261358
BV152316 AI783427 BV149512 BV149516 AI834135
CC788158 BV151685 AW179449 AW330927 EU944053
AC187285 AI932021 U60508 AC209737 AC187254
FJ909336 FJ909433 FJ909615 FJ909702 FJ909881
FJ910005 AC199881 FJ910575 AC190810 FJ910913
FJ911179 AC191069 AI855249 AY109436 CC740554
CC741538 CC738015 AC203908 CC747649 CC743332
AC195171 CC145133 CC747602 CC830596 T18684
W21629 CC753764 CC753765 AC187485 W21766
CC741931 AW017823 AW076162 AI979643 AW065251
BG266312 AC229876 AY105499 CC823299 CC758267
AQ844401 CC742295 AY110777 AC199043 EU964872
CC756722 CC751374 CC787333 G68066 BE050190
AI612398 AI622068 AC193772 CC810542 AZ918316
CC738728 BV148836 BV148837 BV148838 BV148839
CC784305 CC784306 CC791452 BV151778 AW066922
AW011685 BV149514 BV149515 BV149517 BV149518
BV151690 BV151692 BV114737 BV114738 BV114740
BV114741 CC826887 CC826888 BV152207 AW091324
AY108616 FJ908802 AC206852 AC200220 AC197920
FJ909264 AC187264 FJ909429 FJ910373 AC199042
AC194942 FJ910687 FJ910763 FJ910842 FJ911049
AF521881 EU958048 AC191285 G10860 G10861
AY104722 BG458963 CC754328 X52879 CC788097
T15303 BE345120 CC751004 CC753971 CC830595
T14781 X82124 AW000699 BE639410 AC203227
AA143925 CC835820 AI947718 CC146093 CC826902
CC740641 AI734528 CC792392 AI833700 CC790457
AW621101 AW289157 AF067400 CC789827 CC749546
AY110415 AF200525 AC205367 AC210601 AC187095
CC753573 CC148693 AZ916242 G10753 CC833143
BV148835 AC209676 BV151780 AC186611 BV149511
BV149513 CC739218 CC146221 AI691534 BG833466
BV114729 AC199949 BV152210 AI783017 AW165611
AW042446 FJ908997 FJ908998 AC210909 FJ909317
AC198688 FJ909458 AC205894 AC200411 FJ910214
AC193354 AC198494 AC199046 AC204885 AC201788
AC218976 AC194968 CC811688 X07987 CC784768
AC203795 EU957997 EU961446 AC203046 CC148706
CC738016 L46399 AC210672 T18290 T26952
AC116034 BE638587 BV686429 CC835821 AY107100
AY106654 AC200600 CC146823 CC749535 CC740640
AI854917 CC755942 AY109663 AW424513 AI622565
AW256077 CC830655 CC745629 BT034831 CC753574
AY103782 AY106346 CC743729 AZ916344 CC833142
BV148834 AY109626 BV150052 BV150053 BV150056
BV150060 BV150063 AW497468 BV152310 BV152321
AI622581 AI881281 AY110450 CC753570 BV151687
BV151689 BV151693 AI833538 AY029556 BV114730
BV114732 BV114739 AI737448 BV152201 BV152206
BV152208 AW163867 AC200261 AW172071 AI932040
AW000141 AC198501 FJ909695 AC199155 AC187147
FJ910398 AC193953 FJ910492 FJ910526 FJ910814
FJ911185 FJ911409 AC211953 AC217898 CC789087
M77122 T18745 CC747648 CC758782 AI649661
AI670348 AW067379 AW862736 Y08023 AI759083
CC830057 AW267290 T12700 CC826622 CC146822
CC828139 AC208341 CC749536 CC790456 AW225327
AC186573 T18310 AJ242474 CC737795 BF733086
CC145592 CC743589 AW331078 CC749547 CC751375
G68072 AI947442 AW055482 AW065347 AY108198
CC745628 AC203970 BG349076 BV148840 AW191096
AW244963 BV150054 BV150059 AC231617 BV151775
BV151776 BV151777 BV151784 AW231829 BV152315
BV152317 BV152320 AW018095 BV149507 BV149508
AI737225 CC824874 BV151684 BV151691 AI738250
EU942650 AY108545 CC176082 BV114734 BV152199
BV152205 AC194935 FJ909091 AC206903 AC194244
AC196097 FJ910170 FJ910204 FJ910279 FJ910385
AC192353 AC189933 FJ910658 AC155579 AC203422
AC189798 AC197917 AC205407 AY111883 CC177812
CC781893 AC212363 CC741537 T14729 AC220958
X55892 T18804 CC756162 CC827741 EU734556
G10808 G10837 AC208844 CC173211 X54233
CC758781 BE225041 T18324 AY103566 X86553
T26947 CC751003 DQ863276 T23293 T15312
W49888 AI670303 AI712237 AI941819 CC757723
AI600685 CC789892 CC832255 CC750436 CC828099
AW129849 EU970337 CC787332 G68031 AI622067
AW067372 CC829212 BV148841 BV151783 AW216280
AC187091 AY110032 AW126577 BV149510 CC739219
BV151686 AY111071 BV114733 BV114736 BV114743
AW042428 AW438123 FJ908975 AC199926 FJ909054
FJ909877 AC187092 AC206528 FJ910752 AC187383
EU302138 CC838972 M83926 M83927 T18690
CC826333 S72425 AC193462 AC199064 DQ059320
M95072 AC216358 AF034948 BE345249 BE510550
AW356002 AI600402 AI622118 BE225181 CC148711
AW424565 CC757722 CC825060 CC741932 CC787789
CC760127 CC826903 AI861579 AI770497 CC785913
AI734690 AY103603 CC752101 AI833951 BT064249
AY106976 AW585263 CC789828 AC198758 AI622719
AW065377 AF200526 AY108596 AZ916345 CC144978
BV148842 AY105457 BV150055 CC744883 BV151781
BV151782 BV151785 BV152312 BV152313 AW076402
BV149509 CC824873 BV151688 BV151694 BG833465
CC748979 BV114742 BV152200 BV152202 BV152204
BV152209 AW154960 AW065585 AC205403 FJ909261
AC203862 AC209081 AC198756 FJ909864 FJ910228
AC200539 AC194063 FJ910406 AC199379 FJ910611
FJ910627 FJ910628 FJ910713 AC201996 FJ910870
FJ911042 AC199811 AC206229 AC204031 CC448841
CC808404 AC199931      

EST Contigs in Bin 8.03

Here is the set of 13 distinct contigs verified to be in this chromosomal region.

PUT-1-171a-Zea_mays-30965 PUT-3-171a-Zea_mays-12350 PUT-8-171a-Zea_mays-1634 PUT-8-171a-Zea_mays-6411 PUT-8-171a-Zea_mays-864
PUT-8-171a-Zea_mays-1855 PUT-8-171a-Zea_mays-3640 PUT-8-171a-Zea_mays-8471 PUT-8-171a-Zea_mays-7493 PUT-8-171a-Zea_mays-9049
PUT-8-171a-Zea_mays-9308 PUT-8-171a-Zea_mays-12524 PUT-8-171a-Zea_mays-12680    

SSRs in Bin 8.03

Here are the 53 SSRs that have been verified to be in this chromosomal region.

(AC)6 p-umc1157 (ACA)4 p-umc1360 (AG)40 p-umc1807
(AGC)5 p-umc1735 (AGCCAG)4 p-umc2075 (AT)8 p-umc1868
(AT)8 p-umc1910 (ATG)4 p-umc1473 (ATT)4 p-umc1617
(CA)10 p-dupssr3 (CA)8 p-umc1302 (CA)8 p-umc1802
(CCCCA)4 p-umc2354 (CCT)5 p-umc2355 (CGGCG)4 p-umc1615
(CGT)5 p-umc2173 (CT)6 p-umc1427 (CTGC)4 p-umc2146
(GAC)10 p-umc1415 (GCA)4 p-umc1460 (GCG)4 p-umc2366
(GCT)5 p-umc1765 (GGC)5 p-umc1530 (GGC)7 p-umc1202
(GTAC)4 p-umc1627 (GTC)6 p-umc1778 (GTG)4 p-umc2353
(GTG)5 p-umc1457 (TAA)7 p-umc1470 (TAAGC)5 p-umc1904
(TAATA)4 p-umc1377 (TAC)4 p-umc1385 (TAT)4 p-umc1487
(TC)7 p-umc1741 (TCC)4 p-umc2147 (TCG)5 p-umc1289
(TGC)5 p-umc2154 (TGCA)4 p-umc1236 (TGG)6 p-umc1471
AAGC p-phi100175 AG p-phi125 AG(15) p-bnlg1863
AG(17) p-bnlg1834 AG(21) p-bnlg1460 AG(26) p-bnlg1067
AG(28) p-bnlg2082 AT/ATAC*** p-phi115 CCG p-phi121
GA(12) p-umc1034 GCCGCT p-phi060 GGC p-phi014
p-bnlg669 p-umc1984  

BACs in Bin 8.03

View bin 8.03 at MaizeSequence.org to see the latest genomic alignment of the sequenced BACs - sequenced BACs are noted below with an *.

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Here are the 1420 BACs that have been verified to be in this chromosomal region.

c0007C03 (@ AW172071 by in silico) c0018F23 (@ AW172071 by in silico) c0056I09 (@ AW172071 by in silico)
c0105A09 (@ AW172071 by in silico) c0114P11 (@ AW172071 by in silico) c0122B18 (@ AW172071 by in silico)
c0126F12 (@ AW172071 by in silico) c0131D19 (@ AW172071 by in silico) c0162J15 (@ AW172071 by in silico)
c0168N19 (@ AW172071 by in silico) c0182B21 (@ AW172071 by in silico) c0210H21 (@ AW172071 by in silico)
b0001K17 (@ AW244963 by in silico) b0002C06 (@ AW244963 by in silico) b0004K13 (@ AW244963 by in silico)
b0010B08 (@ AW244963 by in silico) b0012J11 (@ AW244963 by in silico) b0014E23 (@ AW244963 by in silico)
b0016B07 (@ AW244963 by in silico) b0017F01 (@ AW244963 by in silico) b0051J16 (@ AW244963 by in silico)
b0072P21 (@ AW244963 by in silico) b0073J01 (@ AW244963 by in silico) b0075H10 (@ AW244963 by in silico)
b0077M09 (@ AW244963 by in silico) b0084D11 (@ AW244963 by in silico) b0084D22 (@ AW244963 by in silico)
b0087A03 (@ AW244963 by in silico) b0105K16 (@ AW244963 by in silico) b0108N15 (@ AW244963 by in silico)
b0109F22 (@ AW244963 by in silico) b0134N18 (@ AW244963 by in silico) b0138D09 (@ AW244963 by in silico)
b0140B09 (@ AW244963 by in silico) b0145B04 (@ AW244963 by in silico) b0167H14 (@ AW244963 by in silico)
b0168E13 (@ AW244963 by in silico) b0168E13 (@ AW244963 by in silico) b0175O24 (@ AW244963 by in silico)
b0185I21 (@ AW244963 by in silico) b0185P17 (@ AW244963 by in silico) b0188P15 (@ AW244963 by in silico)
b0191G23 (@ AW244963 by in silico) b0194N03 (@ AW244963 by in silico) b0197I15 (@ AW244963 by in silico)
b0198I12 (@ AW244963 by in silico) b0205N04 (@ AW244963 by in silico) b0207E20 (@ AW244963 by in silico)
b0207L18 (@ AW244963 by in silico) b0215P18 (@ AW244963 by in silico) b0216M18 (@ AW244963 by in silico)
c0011P08 (@ AW244963 by in silico) c0025E21 (@ AW244963 by in silico) c0033H03 (@ AW244963 by in silico)
c0035D06 (@ AW244963 by in silico) c0039C15 (@ AW244963 by in silico) c0041J09 (@ AW244963 by in silico)
c0042A14 (@ AW244963 by in silico) c0046I03 (@ AW244963 by in silico) c0046I03 (@ AW244963 by in silico)
c0047I17 (@ AW244963 by in silico) c0048O18 (@ AW244963 by in silico) c0056M01 (@ AW244963 by in silico)
c0056M01 (@ AW244963 by in silico) c0057B10 (@ AW244963 by in silico) c0059O14 (@ AW244963 by in silico)
c0059P13 (@ AW244963 by in silico) c0061O18 (@ AW244963 by in silico) c0063A15 (@ AW244963 by in silico)
c0067J21 (@ AW244963 by in silico) c0067K23 (@ AW244963 by in silico) c0072A09 (@ AW244963 by in silico)
c0072A09 (@ AW244963 by in silico) c0072F05 (@ AW244963 by in silico) c0075H11 (@ AW244963 by in silico)
c0092O17 (@ AW244963 by in silico) c0093A02 (@ AW244963 by in silico) c0093P10 (@ AW244963 by in silico)
c0097J07 (@ AW244963 by in silico) c0098B18 (@ AW244963 by in silico) c0100F19 (@ AW244963 by in silico)
c0101D10 (@ AW244963 by in silico) c0104A08 (@ AW244963 by in silico) c0107B09 (@ AW244963 by in silico)
c0110K21 (@ AW244963 by in silico) c0110K21 (@ AW244963 by in silico) c0111C01 (@ AW244963 by in silico)
c0117K23 (@ AW244963 by in silico) c0126N16 (@ AW244963 by in silico) c0127C23 (@ AW244963 by in silico)
c0128F01 (@ AW244963 by in silico) c0133O21 (@ AW244963 by in silico) c0135G03 (@ AW244963 by in silico)
c0136O10 (@ AW244963 by in silico) c0137F23 (@ AW244963 by in silico) c0141K09 (@ AW244963 by in silico)
c0141L10 (@ AW244963 by in silico) c0147E11 (@ AW244963 by in silico) c0148B02 (@ AW244963 by in silico)
c0151H09 (@ AW244963 by in silico) c0158O11 (@ AW244963 by in silico) c0161L12 (@ AW244963 by in silico)
c0163G03 (@ AW244963 by in silico) c0168F10 (@ AW244963 by in silico) c0171O03 (@ AW244963 by in silico)
c0171P04 (@ AW244963 by in silico) c0173P23 (@ AW244963 by in silico) c0185O11 (@ AW244963 by in silico)
c0185P12 (@ AW244963 by in silico) c0187F23 (@ AW244963 by in silico) c0193K18 (@ AW244963 by in silico)
c0195J11 (@ AW244963 by in silico) c0196F01 (@ AW244963 by in silico) c0205E11 (@ AW244963 by in silico)
c0206D15 (@ AW244963 by in silico) c0210K02 (@ AW244963 by in silico) c0213B02 (@ AW244963 by in silico)
b0047J09 (@ AY108545 by in silico) b0128A14 (@ AY108545 by in silico) b0128J06 (@ AY108545 by in silico)
b0162K02 (@ AY108545 by in silico) c0048A15 (@ AY108545 by in silico) c0086C14 (@ AY108545 by in silico)
c0086D14 (@ AY108545 by in silico) c0105H22 (@ AY108545 by in silico) c0116K18 (@ AY108545 by in silico)
c0148E08 (@ AY108545 by in silico) c0148H19 (@ AY108545 by in silico) c0148I19 (@ AY108545 by in silico)
c0181P16 (@ AY108545 by in silico) c0190M06 (@ AY108545 by in silico) c0208I07 (@ AY108545 by in silico)
b0022B05 (@ AY109626 by in silico) b0067L09 (@ AY109626 by in silico) b0067M10 (@ AY109626 by in silico)
b0099N12 (@ AY109626 by in silico) b0123M11 (@ AY109626 by in silico) b0129J01 (@ AY109626 by in silico)
b0152P13 (@ AY109626 by in silico) c0010O14 (@ AY109626 by in silico) c0034C02 (@ AY109626 by in silico)
c0034G02 (@ AY109626 by in silico) c0034H01 (@ AY109626 by in silico) c0036A14 (@ AY109626 by in silico)
c0046D17 (@ AY109626 by in silico) c0046E18 (@ AY109626 by in silico) c0049N02 (@ AY109626 by in silico)
c0063D07 (@ AY109626 by in silico) c0064O03 (@ AY109626 by in silico) c0069K13 (@ AY109626 by in silico)
c0087H07 (@ AY109626 by in silico) c0117M10 (@ AY109626 by in silico) c0117M11 (@ AY109626 by in silico)
c0124J22 (@ AY109626 by in silico) c0137J03 (@ AY109626 by in silico) c0155P08 (@ AY109626 by in silico)
c0160I05 (@ AY109626 by in silico) c0189G13 (@ AY109626 by in silico) c0190I07 (@ AY109626 by in silico)
c0216A10 (@ AY109626 by in silico) b0007G13 (@ AY109740 by in silico) b0010P19 (@ AY109740 by in silico)
b0029E18 (@ AY109740 by in silico) b0032O20 (@ AY109740 by in silico) b0040K12 (@ AY109740 by in silico)
b0044E01 (@ AY109740 by in silico) b0044H06 (@ AY109740 by in silico) b0049N12 (@ AY109740 by in silico)
b0064O20 (@ AY109740 by in silico) b0072G07 (@ AY109740 by in silico) b0082D16 (@ AY109740 by in silico)
b0100H11 (@ AY109740 by in silico) b0101J13 (@ AY109740 by in silico) b0102L04 (@ AY109740 by in silico)
b0108L21 (@ AY109740 by in silico) b0111E10 (@ AY109740 by in silico) b0120J14 (@ AY109740 by in silico)
b0127K08 (@ AY109740 by in silico) b0141F05 (@ AY109740 by in silico) b0142D12 (@ AY109740 by in silico)
b0147C07 (@ AY109740 by in silico) b0149L14 (@ AY109740 by in silico) b0154D21 (@ AY109740 by in silico)
b0163L15 (@ AY109740 by in silico) b0164C02 (@ AY109740 by in silico) b0168D18 (@ AY109740 by in silico)
b0174E21 (@ AY109740 by in silico) b0177H18 (@ AY109740 by in silico) b0189P21 (@ AY109740 by in silico)
b0196J21 (@ AY109740 by in silico) b0200I10 (@ AY109740 by in silico) b0203F21 (@ AY109740 by in silico)
c0009F19 (@ AY109740 by in silico) c0012H24 (@ AY109740 by in silico) c0014B08 (@ AY109740 by in silico)
c0015K18 (@ AY109740 by in silico) c0020L03 (@ AY109740 by in silico) c0020M05 (@ AY109740 by in silico)
c0035L14 (@ AY109740 by in silico) c0037B15 (@ AY109740 by in silico) c0046J09 (@ AY109740 by in silico)
c0047A05 (@ AY109740 by in silico) c0050K02 (@ AY109740 by in silico) c0050N01 (@ AY109740 by in silico)
c0061L11 (@ AY109740 by in silico) c0065D21 (@ AY109740 by in silico) c0070A07 (@ AY109740 by in silico)
c0070E05 (@ AY109740 by in silico) c0074K24 (@ AY109740 by in silico) c0085M06 (@ AY109740 by in silico)
c0085N06 (@ AY109740 by in silico) c0089J18 (@ AY109740 by in silico) c0089L24 (@ AY109740 by in silico)
c0096E14 (@ AY109740 by in silico) c0098B10 (@ AY109740 by in silico) c0098C10 (@ AY109740 by in silico)
c0103M14 (@ AY109740 by in silico) c0105L20 (@ AY109740 by in silico) c0110B12 (@ AY109740 by in silico)
c0119I05 (@ AY109740 by in silico) c0121B09 (@ AY109740 by in silico) c0122B12 (@ AY109740 by in silico)
c0127B13 (@ AY109740 by in silico) c0127C11 (@ AY109740 by in silico) c0127C12 (@ AY109740 by in silico)
c0127J15 (@ AY109740 by in silico) c0130J17 (@ AY109740 by in silico) c0132A02 (@ AY109740 by in silico)
c0132J11 (@ AY109740 by in silico) c0132K11 (@ AY109740 by in silico) c0140F01 (@ AY109740 by in silico)
c0143D24 (@ AY109740 by in silico) c0145G22 (@ AY109740 by in silico) c0145M17 (@ AY109740 by in silico)
c0151N09 (@ AY109740 by in silico) c0154G10 (@ AY109740 by in silico) c0157J16 (@ AY109740 by in silico)
c0163D08 (@ AY109740 by in silico) c0175G19 (@ AY109740 by in silico) c0175I17 (@ AY109740 by in silico)
c0176O10 (@ AY109740 by in silico) c0177J01 (@ AY109740 by in silico) c0181C13 (@ AY109740 by in silico)
c0181C14 (@ AY109740 by in silico) c0189O01 (@ AY109740 by in silico) c0190G15 (@ AY109740 by in silico)
c0190M02 (@ AY109740 by in silico) c0191E24 (@ AY109740 by in silico) c0192J08 (@ AY109740 by in silico)
c0196N11 (@ AY109740 by in silico) c0202K11 (@ AY109740 by in silico) c0202L14 (@ AY109740 by in silico)
c0205K11 (@ AY109740 by in silico) c0208F07 (@ AY109740 by in silico) c0208K01 (@ AY109740 by in silico)
b0111G07 (@ AY110032 by in silico) b0114K22 (@ AY110032 by in silico) b0117N20 (@ AY110032 by in silico)
b0156D08 (@ AY110032 by in silico) b0159M04 (@ AY110032 by in silico) b0201E03 (@ AY110032 by in silico)
c0035F11 (@ AY110032 by in silico) c0094O20 (@ AY110032 by in silico) c0105L06 (@ AY110032 by in silico)
c0113K09 (@ AY110032 by in silico) c0140P02 (@ AY110032 by in silico) c0140P03 (@ AY110032 by in silico)
c0168B15 (@ AY110032 by in silico) c0188A06 (@ AY110032 by in silico) c0201C04 (@ AY110032 by in silico)
b0110O22 (@ AY110056 by in silico) b0188M24 (@ AY110056 by in silico) c0003J13 (@ AY110056 by in silico)
c0030D17 (@ AY110056 by in silico) c0155L01 (@ AY110056 by in silico) b0026E01 (@ AY110113 by in silico)
b0026H13 (@ AY110113 by in silico) b0029G10 (@ AY110113 by in silico) b0054J10 (@ AY110113 by in silico)
b0100P21 (@ AY110113 by in silico) b0172J23 (@ AY110113 by in silico) c0039A16 (@ AY110113 by in silico)
c0052C23 (@ AY110113 by in silico) c0056O13 (@ AY110113 by in silico) c0061C12 (@ AY110113 by in silico)
c0086G07 (@ AY110113 by in silico) c0096G04 (@ AY110113 by in silico) c0099B14 (@ AY110113 by in silico)
c0100L12 (@ AY110113 by in silico) c0100M12 (@ AY110113 by in silico) c0110P09 (@ AY110113 by in silico)
c0122O13 (@ AY110113 by in silico) c0143I11 (@ AY110113 by in silico) c0168K03 (@ AY110113 by in silico)
c0201J06 (@ AY110113 by in silico) c0201L04 (@ AY110113 by in silico) c0212B21 (@ AY110113 by in silico)
c0212C21 (@ AY110113 by in silico) c0216J08 (@ AY110113 by in silico) b0036E14 (@ AY110450 by in silico)
b0059L13 (@ AY110450 by in silico) b0101P03 (@ AY110450 by in silico) b0104J03 (@ AY110450 by in silico)
b0135J10 (@ AY110450 by in silico) b0156G04 (@ AY110450 by in silico) b0168F13 (@ AY110450 by in silico)
b0169B16 (@ AY110450 by in silico) c0032L17 (@ AY110450 by in silico) b0007M06 (@ CL51477_1 by in silico)
b0048O04 (@ CL51477_1 by in silico) b0085E21 (@ CL51477_1 by in silico) b0135G10 (@ CL51477_1 by in silico)
b0155P10 (@ CL51477_1 by in silico) b0204C13 (@ CL51477_1 by in silico) c0012J23 (@ CL51477_1 by in silico)
c0141C16 (@ CL51477_1 by in silico) b0012K14 (@ act1 by in silico) b0113M19 (@ act1 by in silico)
b0158E03 (@ act1 by in silico) b0173D11 (@ act1 by in silico) c0064D09 (@ act1 by in silico)
c0078G08 (@ act1 by in silico) c0124C12 (@ act1 by in silico) c0141G20 (@ act1 by in silico)
b0019E01 (@ act2 by in silico) b0020H16 (@ act2 by in silico) b0020J16 (@ act2 by in silico)
b0020O04 (@ act2 by in silico) b0022G07 (@ act2 by in silico) b0027D23 (@ act2 by in silico)
b0027P04 (@ act2 by in silico) b0028C23 (@ act2 by in silico) b0040H11 (@ act2 by in silico)
b0040M20 (@ act2 by in silico) b0043O15 (@ act2 by in silico) b0045C17 (@ act2 by in silico)
b0045O07 (@ act2 by in silico) b0061I08 (@ act2 by in silico) b0063E16 (@ act2 by in silico)
b0064H05 (@ act2 by in silico) b0065F18 (@ act2 by in silico) b0068H08 (@ act2 by in silico)
b0081K05 (@ act2 by in silico) b0087N14 (@ act2 by in silico) b0088L18 (@ act2 by in silico)
b0089A04 (@ act2 by in silico) b0093L07 (@ act2 by in silico) b0096M19 (@ act2 by in silico)
b0099K20 (@ act2 by in silico) b0100G12 (@ act2 by in silico) b0132B11 (@ act2 by in silico)
b0132D11 (@ act2 by in silico) b0137L13 (@ act2 by in silico) b0139E12 (@ act2 by in silico)
b0141K17 (@ act2 by in silico) b0141P20 (@ act2 by in silico) b0144P20 (@ act2 by in silico)
b0145F23 (@ act2 by in silico) b0148J01 (@ act2 by in silico) b0151O24 (@ act2 by in silico)
b0152B07 (@ act2 by in silico) b0152I03 (@ act2 by in silico) b0153C19 (@ act2 by in silico)
b0154G09 (@ act2 by in silico) b0154P19 (@ act2 by in silico) b0184L04 (@ act2 by in silico)
b0193D04 (@ act2 by in silico) b0195K11 (@ act2 by in silico) b0198O16 (@ act2 by in silico)
b0200J17 (@ act2 by in silico) b0202J10 (@ act2 by in silico) b0214J11 (@ act2 by in silico)
b0215E06 (@ act2 by in silico) b0215J20 (@ act2 by in silico) b0216C22 (@ act2 by in silico)
c0002E09 (@ act2 by in silico) c0005C03 (@ act2 by in silico) c0010D06 (@ act2 by in silico)
c0013B10 (@ act2 by in silico) c0013L23 (@ act2 by in silico) c0013M23 (@ act2 by in silico)
c0014G10 (@ act2 by in silico) c0015N12 (@ act2 by in silico) c0017B03 (@ act2 by in silico)
c0029A03 (@ act2 by in silico) c0034L16 (@ act2 by in silico) c0040H08 (@ act2 by in silico)
c0047M22 (@ act2 by in silico) c0049H19 (@ act2 by in silico) c0052N14 (@ act2 by in silico)
c0060F06 (@ act2 by in silico) c0062I19 (@ act2 by in silico) c0063O22 (@ act2 by in silico)
c0065E08 (@ act2 by in silico) c0068C11 (@ act2 by in silico) c0069M09 (@ act2 by in silico)
c0074A16 (@ act2 by in silico) c0085F15 (@ act2 by in silico) c0085L01 (@ act2 by in silico)
c0087K20 (@ act2 by in silico) c0090B20 (@ act2 by in silico) c0097L09 (@ act2 by in silico)
c0098H05 (@ act2 by in silico) c0106J05 (@ act2 by in silico) c0108J16 (@ act2 by in silico)
c0118M01 (@ act2 by in silico) c0119G13 (@ act2 by in silico) c0124D22 (@ act2 by in silico)
c0125H14 (@ act2 by in silico) c0125H15 (@ act2 by in silico) c0126P05 (@ act2 by in silico)
c0128A12 (@ act2 by in silico) c0131P15 (@ act2 by in silico) c0136B18 (@ act2 by in silico)
c0138H23 (@ act2 by in silico) c0141B13 (@ act2 by in silico) c0141K08 (@ act2 by in silico)
c0141M10 (@ act2 by in silico) c0150P02 (@ act2 by in silico) c0159N16 (@ act2 by in silico)
c0164O07 (@ act2 by in silico) c0167P02 (@ act2 by in silico) c0170H22 (@ act2 by in silico)
c0176A07 (@ act2 by in silico) c0177C01 (@ act2 by in silico) c0177E02 (@ act2 by in silico)
c0180J20 (@ act2 by in silico) c0180K14 (@ act2 by in silico) c0188B15 (@ act2 by in silico)
c0194K11 (@ act2 by in silico) c0201H19 (@ act2 by in silico) c0202G17 (@ act2 by in silico)
c0208H21 (@ act2 by in silico) c0209L02 (@ act2 by in silico) c0209O16 (@ act2 by in silico)
c0209P16 (@ act2 by in silico) c0212E09 (@ act2 by in silico) c0213D14 (@ act2 by in silico)
c0216C12 (@ act2 by in silico) c0216K07 (@ act2 by in silico) c0216K08 (@ act2 by in silico)
b0003E06 (@ arpp2a by in silico) b0013J10 (@ arpp2a by in silico) b0024F22 (@ arpp2a by in silico)
b0036H13 (@ arpp2a by in silico) b0044C23 (@ arpp2a by in silico) b0046K13 (@ arpp2a by in silico)
b0081A03 (@ arpp2a by in silico) b0125M14 (@ arpp2a by in silico) b0137C19 (@ arpp2a by in silico)
b0144G20 (@ arpp2a by in silico) b0150B14 (@ arpp2a by in silico) b0163P14 (@ arpp2a by in silico)
c0004L24 (@ arpp2a by in silico) c0015M02 (@ arpp2a by in silico) c0018G17 (@ arpp2a by in silico)
c0019K20 (@ arpp2a by in silico) c0020F01 (@ arpp2a by in silico) c0036P06 (@ arpp2a by in silico)
c0049M16 (@ arpp2a by in silico) c0049N17 (@ arpp2a by in silico) c0059O23 (@ arpp2a by in silico)
c0092L16 (@ arpp2a by in silico) c0116F03 (@ arpp2a by in silico) c0119O02 (@ arpp2a by in silico)
c0130B03 (@ arpp2a by in silico) c0149K10 (@ arpp2a by in silico) c0168K01 (@ arpp2a by in silico)
c0168K02 (@ arpp2a by in silico) c0173C19 (@ arpp2a by in silico) c0186B14 (@ arpp2a by in silico)
c0195P15 (@ arpp2a by in silico) c0209E21 (@ arpp2a by in silico) b0015B18 (@ asg24b(gts) by RFLP Hybridization)
b0070D10 (@ asg24b(gts) by RFLP Hybridization) b0121K05 (@ asg24b(gts) by RFLP Hybridization) b0133C09 (@ asg24b(gts) by RFLP Hybridization)
b0138O19 (@ asg24b(gts) by RFLP Hybridization) b0161I01 (@ asg24b(gts) by RFLP Hybridization) b0166B24 (@ asg24b(gts) by RFLP Hybridization)
b0177A10 (@ asg24b(gts) by RFLP Hybridization) b0269O15 (@ asg24b(gts) by RFLP Hybridization) b0281P03 (@ asg24b(gts) by RFLP Hybridization)
c0072E06 (@ bcd828c(atpb) by in silico) c0107G03 (@ bcd828c(atpb) by in silico) b0015A15 (@ bnl17.16(bt2) by in silico)
b0076F22 (@ bnl17.16(bt2) by in silico) b0145I08 (@ bnl17.16(bt2) by in silico) b0201B22 (@ bnl17.16(bt2) by in silico)
c0064J15 (@ bnl17.16(bt2) by in silico) c0074B16 (@ bnl17.16(bt2) by in silico) c0080N02 (@ bnl17.16(bt2) by in silico)
c0082B01 (@ bnl17.16(bt2) by in silico) c0092H11 (@ bnl17.16(bt2) by in silico) c0197C07 (@ bnl17.16(bt2) by in silico)
c0201K11 (@ bnl17.16(bt2) by in silico) c0213D10 (@ bnl17.16(bt2) by in silico) c0218J09 (@ bnl17.16(bt2) by in silico)
c0231O17 (@ bnl17.16(bt2) by in silico) c0240F01 (@ bnl17.16(bt2) by in silico) c0252P09 (@ bnl17.16(bt2) by in silico)
b0047D20 (@ bnlg1067 by SSR PCR) b0188D07 (@ bnlg1067 by SSR PCR) b0217F19 (@ bnlg1067 by SSR PCR)
b0039P10 (@ bnlg1834 by SSR PCR) b0049H01 (@ bnlg1834 by SSR PCR) b0109I03 (@ bnlg1834 by SSR PCR)
b0191G22 (@ bnlg1834 by SSR PCR) b0198E07 (@ bnlg1834 by SSR PCR) b0269C13 (@ bnlg1834 by SSR PCR)
b0013B10 (@ bnlg1863 by SSR PCR) b0022H12 (@ bnlg1863 by SSR PCR) b0144H19 (@ bnlg1863 by SSR PCR)
b0169G16 (@ bnlg1863 by SSR PCR) b0216F07 (@ bnlg1863 by SSR PCR) b0096L01 (@ bnlg2082 by SSR PCR)
b0099F09 (@ bnlg2082 by SSR PCR) b0115F16 (@ bnlg2082 by SSR PCR) b0166P12 (@ bnlg2082 by SSR PCR)
b0206K11 (@ bnlg2082 by SSR PCR) b0212A04 (@ bnlg2082 by SSR PCR) b0065F05 (@ bnlg669 by SSR PCR)
b0078E21 (@ bnlg669 by SSR PCR) b0089B22 (@ bnlg669 by SSR PCR) b0112K17 (@ bnlg669 by SSR PCR)
b0112K17 (@ bnlg669 by SSR PCR) b0253J23 (@ bnlg669 by SSR PCR) b0253J23 (@ bnlg669 by SSR PCR)
b0259N21 (@ bnlg669 by SSR PCR) b0066I01 (@ cdo1160a(kri) by in silico) b0067C12 (@ cdo1160a(kri) by in silico)
b0079A22 (@ cdo1160a(kri) by in silico) b0079B22 (@ cdo1160a(kri) by in silico) b0079D14 (@ cdo1160a(kri) by in silico)
b0079D21 (@ cdo1160a(kri) by in silico) b0110N10 (@ cdo1160a(kri) by in silico) b0117E21 (@ cdo1160a(kri) by in silico)
b0173O02 (@ cdo1160a(kri) by in silico) b0187O11 (@ cdo1160a(kri) by in silico) b0197J03 (@ cdo1160a(kri) by in silico)
b0198O06 (@ cdo1160a(kri) by in silico) b0269I04 (@ cdo1160a(kri) by in silico) c0010I06 (@ cdo1160a(kri) by in silico)
c0022J21 (@ cdo1160a(kri) by in silico) c0027F04 (@ cdo1160a(kri) by in silico) c0030A10 (@ cdo1160a(kri) by in silico)
c0034H17 (@ cdo1160a(kri) by in silico) c0034P21 (@ cdo1160a(kri) by in silico) c0051B21 (@ cdo1160a(kri) by in silico)
c0060I05 (@ cdo1160a(kri) by in silico) c0073O07 (@ cdo1160a(kri) by in silico) c0081M22 (@ cdo1160a(kri) by in silico)
c0137K06 (@ cdo1160a(kri) by in silico) c0141H20 (@ cdo1160a(kri) by in silico) c0209N02 (@ cdo1160a(kri) by in silico)
c0228G12 (@ cdo1160a(kri) by in silico) c0231J10 (@ cdo1160a(kri) by in silico) c0235O08 (@ cdo1160a(kri) by in silico)
c0256O08 (@ cdo1160a(kri) by in silico) c0264F17 (@ cdo1160a(kri) by in silico) b0065N10 (@ cdo202e(mcf) by in silico)
b0066I07 (@ cdo202e(mcf) by in silico) b0074G17 (@ cdo202e(mcf) by in silico) b0077E11 (@ cdo202e(mcf) by in silico)
b0085G18 (@ cdo202e(mcf) by in silico) b0087D15 (@ cdo202e(mcf) by in silico) b0087I10 (@ cdo202e(mcf) by in silico)
b0088H21 (@ cdo202e(mcf) by in silico) b0094J22 (@ cdo202e(mcf) by in silico) b0111C12 (@ cdo202e(mcf) by in silico)
b0141L12 (@ cdo202e(mcf) by in silico) b0143D19 (@ cdo202e(mcf) by in silico) b0153A20 (@ cdo202e(mcf) by in silico)
b0194A20 (@ cdo202e(mcf) by in silico) b0231L19 (@ cdo202e(mcf) by in silico) b0246A21 (@ cdo202e(mcf) by in silico)
b0271F24 (@ cdo202e(mcf) by in silico) b0276I08 (@ cdo202e(mcf) by in silico) b0280A18 (@ cdo202e(mcf) by in silico)
c0002J12 (@ cdo202e(mcf) by in silico) c0014H22 (@ cdo202e(mcf) by in silico) c0107H13 (@ cdo202e(mcf) by in silico)
c0127F09 (@ cdo202e(mcf) by in silico) c0128A07 (@ cdo202e(mcf) by in silico) c0139C09 (@ cdo202e(mcf) by in silico)
c0206N15 (@ cdo202e(mcf) by in silico) c0208L06 (@ cdo202e(mcf) by in silico) c0209D14 (@ cdo202e(mcf) by in silico)
c0218J10 (@ cdo202e(mcf) by in silico) c0235O14 (@ cdo202e(mcf) by in silico) c0268J24 (@ cdo202e(mcf) by in silico)
c0275J22 (@ cdo202e(mcf) by in silico) b0038L03 (@ cent8 by in silico) b0041K24 (@ cent8 by in silico)
b0046D17 (@ cent8 by in silico) b0089F07 (@ cent8 by in silico) b0090P05 (@ cent8 by in silico)
b0109K07 (@ cent8 by in silico) b0111F08 (@ cent8 by in silico) b0117K11 (@ cent8 by in silico)
b0119A18 (@ cent8 by in silico) b0143M16 (@ cent8 by in silico) b0167C10 (@ cent8 by in silico)
b0190J12 (@ cent8 by in silico) b0209N07 (@ cent8 by in silico) c0018D01 (@ cent8 by in silico)
c0024F15 (@ cent8 by in silico) c0050E06 (@ cent8 by in silico) c0074N04 (@ cent8 by in silico)
c0075B02 (@ cent8 by in silico) c0101P14 (@ cent8 by in silico) c0101P15 (@ cent8 by in silico)
c0137B16 (@ cent8 by in silico) c0172A13 (@ cent8 by in silico) c0201A22 (@ cent8 by in silico)
b0060N11 (@ cesa1 by in silico) b0121L14 (@ cesa1 by in silico) b0161I05 (@ cesa1 by in silico)
b0211L01 (@ cesa1 by in silico) b0214D23 (@ cesa1 by in silico) c0076L17 (@ cesa1 by in silico)
c0137C23 (@ cesa1 by in silico) c0169A14 (@ cesa1 by in silico) c0170P15 (@ cesa1 by in silico)
c0171B19 (@ cesa1 by in silico) c0173H10 (@ cesa1 by in silico) c0190M17 (@ cesa1 by in silico)
b0068K20 (@ csu329 by in silico) b0131N07 (@ csu329 by in silico) b0137K03 (@ csu329 by in silico)
b0180B17 (@ csu329 by in silico) b0181H19 (@ csu329 by in silico) b0211G01 (@ csu329 by in silico)
b0222A17 (@ csu329 by in silico) b0227H09 (@ csu329 by in silico) b0031E23 (@ imp1 by in silico)
b0068B14 (@ imp1 by in silico) b0117N05 (@ imp1 by in silico) b0146C12 (@ imp1 by in silico)
b0198E09 (@ imp1 by in silico) c0020K19 (@ imp1 by in silico) c0020L20 (@ imp1 by in silico)
c0036G21 (@ imp1 by in silico) c0054P05 (@ imp1 by in silico) c0073G19 (@ imp1 by in silico)
c0119L01 (@ imp1 by in silico) c0151N24 (@ imp1 by in silico) c0175N20 (@ imp1 by in silico)
c0158F18 (@ kds1 by Overgo Hybridization) b0047J09 (@ mbd101a by in silico) b0128A14 (@ mbd101a by in silico)
b0128J06 (@ mbd101a by in silico) b0162K02 (@ mbd101a by in silico) c0048A15 (@ mbd101a by in silico)
c0086C14 (@ mbd101a by in silico) c0086D14 (@ mbd101a by in silico) c0105H22 (@ mbd101a by in silico)
c0116K18 (@ mbd101a by in silico) c0148E08 (@ mbd101a by in silico) c0148H19 (@ mbd101a by in silico)
c0148I19 (@ mbd101a by in silico) c0181P16 (@ mbd101a by in silico) c0190M06 (@ mbd101a by in silico)
c0208I07 (@ mbd101a by in silico) b0001C16 (@ mmp120 by in silico) b0073O18 (@ mmp120 by in silico)
b0085P19 (@ mmp120 by in silico) b0118L01 (@ mmp120 by in silico) b0129J07 (@ mmp120 by in silico)
b0142F23 (@ mmp120 by in silico) b0224L03 (@ mmp120 by in silico) b0100C20 (@ oec23 by SSR PCR)
b0135C02 (@ oec23 by SSR PCR) b0136F01 (@ oec23 by SSR PCR) b0137H02 (@ oec23 by SSR PCR)
b0199H22 (@ oec23 by SSR PCR) b0027M21 (@ parp1 by in silico) b0168L01 (@ parp1 by in silico)
b0180D16 (@ parp1 by in silico) c0006I13 (@ parp1 by in silico) c0023M06 (@ parp1 by in silico)
c0037I13 (@ parp1 by in silico) c0047B06 (@ parp1 by in silico) c0068L16 (@ parp1 by in silico)
c0078E23 (@ parp1 by in silico) c0084H01 (@ parp1 by in silico) c0092F17 (@ parp1 by in silico)
c0106O14 (@ parp1 by in silico) c0120F19 (@ parp1 by in silico) c0135N16 (@ parp1 by in silico)
c0159A13 (@ parp1 by in silico) b0003D20 (@ phi100175 by SSR PCR) b0003D20 (@ phi100175 by SSR PCR)
b0005O20 (@ phi100175 by SSR PCR) b0007C19 (@ phi100175 by SSR PCR) b0040C19 (@ phi100175 by SSR PCR)
b0042C21 (@ phi100175 by SSR PCR) b0111M11 (@ phi100175 by SSR PCR) b0214D15 (@ phi100175 by SSR PCR)
b0214D15 (@ phi100175 by SSR PCR) b0089D18 (@ phi121 by SSR PCR) b0089D18 (@ phi121 by SSR PCR)
b0244A23 (@ phi121 by SSR PCR) b0008F10 (@ rip1 by Overgo Hybridization) b0019H19 (@ rip1 by Overgo Hybridization)
b0023M02 (@ rip1 by Overgo Hybridization) b0028J09 (@ rip1 by Overgo Hybridization) b0029I20 (@ rip1 by Overgo Hybridization)
b0030N14 (@ rip1 by Overgo Hybridization) b0031K15 (@ rip1 by Overgo Hybridization) b0033M21 (@ rip1 by Overgo Hybridization)
b0038I15 (@ rip1 by Overgo Hybridization) b0039C17 (@ rip1 by in silico) b0040F21 (@ rip1 by Overgo Hybridization)
b0040H18 (@ rip1 by Overgo Hybridization) b0040N03 (@ rip1 by Overgo Hybridization) b0043H04 (@ rip1 by Overgo Hybridization)
b0043J09 (@ rip1 by Overgo Hybridization) b0043N14 (@ rip1 by in silico) b0046C14 (@ rip1 by Overgo Hybridization)
b0049F02 (@ rip1 by Overgo Hybridization) b0050L08 (@ rip1 by Overgo Hybridization) b0051K01 (@ rip1 by Overgo Hybridization)
b0055P06 (@ rip1 by Overgo Hybridization) b0056H08 (@ rip1 by Overgo Hybridization) b0056O03 (@ rip1 by Overgo Hybridization)
b0062C18 (@ rip1 by Overgo Hybridization) b0062C18 (@ rip1 by SSR PCR) b0062C18 (@ rip1 by in silico)
b0071D23 (@ rip1 by Overgo Hybridization) b0073E16 (@ rip1 by Overgo Hybridization) b0080J16 (@ rip1 by Overgo Hybridization)
b0080M08 (@ rip1 by Overgo Hybridization) b0083M12 (@ rip1 by Overgo Hybridization) b0084G18 (@ rip1 by Overgo Hybridization)
b0086E22 (@ rip1 by Overgo Hybridization) b0089B13 (@ rip1 by Overgo Hybridization) b0090M20 (@ rip1 by Overgo Hybridization)
b0091L07 (@ rip1 by Overgo Hybridization) b0093H18 (@ rip1 by Overgo Hybridization) b0094F16 (@ rip1 by Overgo Hybridization)
b0094L09 (@ rip1 by Overgo Hybridization) b0095G10 (@ rip1 by Overgo Hybridization) b0099H12 (@ rip1 by Overgo Hybridization)
b0101G17 (@ rip1 by Overgo Hybridization) b0102D02 (@ rip1 by Overgo Hybridization) b0105A03 (@ rip1 by Overgo Hybridization)
b0105C05 (@ rip1 by Overgo Hybridization) b0105H07 (@ rip1 by in silico) b0107M12 (@ rip1 by Overgo Hybridization)
b0107M12 (@ rip1 by SSR PCR) b0112L08 (@ rip1 by Overgo Hybridization) b0113A21 (@ rip1 by Overgo Hybridization)
b0114I16 (@ rip1 by Overgo Hybridization) b0114I16 (@ rip1 by SSR PCR) b0115H15 (@ rip1 by Overgo Hybridization)
b0115N09 (@ rip1 by Overgo Hybridization) b0122D20 (@ rip1 by Overgo Hybridization) b0122L14 (@ rip1 by Overgo Hybridization)
b0126E06 (@ rip1 by Overgo Hybridization) b0126N06 (@ rip1 by Overgo Hybridization) b0127L03 (@ rip1 by Overgo Hybridization)
b0129H13 (@ rip1 by Overgo Hybridization) b0129N21 (@ rip1 by in silico) b0131M10 (@ rip1 by Overgo Hybridization)
b0133P24 (@ rip1 by Overgo Hybridization) b0138G24 (@ rip1 by Overgo Hybridization) b0138I13 (@ rip1 by Overgo Hybridization)
b0138I13 (@ rip1 by SSR PCR) b0138I13 (@ rip1 by in silico) b0140B02 (@ rip1 by Overgo Hybridization)
b0144B24 (@ rip1 by Overgo Hybridization) b0150N07 (@ rip1 by Overgo Hybridization) b0153D02 (@ rip1 by Overgo Hybridization)
b0154C16 (@ rip1 by Overgo Hybridization) b0155C24 (@ rip1 by Overgo Hybridization) b0162E22 (@ rip1 by Overgo Hybridization)
b0165G21 (@ rip1 by Overgo Hybridization) b0167F23 (@ rip1 by Overgo Hybridization) b0168G12 (@ rip1 by Overgo Hybridization)
b0168K14 (@ rip1 by in silico) b0179N10 (@ rip1 by Overgo Hybridization) b0185N03 (@ rip1 by Overgo Hybridization)
b0185O22 (@ rip1 by Overgo Hybridization) b0197G18 (@ rip1 by Overgo Hybridization) b0197G18 (@ rip1 by SSR PCR)
b0199P18 (@ rip1 by Overgo Hybridization) b0200F12 (@ rip1 by Overgo Hybridization) b0201G09 (@ rip1 by Overgo Hybridization)
b0203O06 (@ rip1 by Overgo Hybridization) b0206H13 (@ rip1 by Overgo Hybridization) b0207K07 (@ rip1 by Overgo Hybridization)
b0207N08 (@ rip1 by Overgo Hybridization) b0209E17 (@ rip1 by Overgo Hybridization) b0211B23 (@ rip1 by Overgo Hybridization)
b0214D04 (@ rip1 by Overgo Hybridization) b0215C05 (@ rip1 by Overgo Hybridization) b0215J10 (@ rip1 by Overgo Hybridization)
b0216D23 (@ rip1 by in silico) b0217H23 (@ rip1 by Overgo Hybridization) b0217H23 (@ rip1 by SSR PCR)
b0219H23 (@ rip1 by Overgo Hybridization) b0220B11 (@ rip1 by Overgo Hybridization) b0220B11 (@ rip1 by SSR PCR)
b0220I17 (@ rip1 by Overgo Hybridization) b0223A18 (@ rip1 by Overgo Hybridization) b0224K21 (@ rip1 by Overgo Hybridization)
b0224O02 (@ rip1 by Overgo Hybridization) b0227B23 (@ rip1 by Overgo Hybridization) b0239G09 (@ rip1 by Overgo Hybridization)
b0239L17 (@ rip1 by Overgo Hybridization) b0239N17 (@ rip1 by Overgo Hybridization) b0278N11 (@ rip1 by Overgo Hybridization)
b0285O17 (@ rip1 by Overgo Hybridization) b0287J23 (@ rip1 by Overgo Hybridization) c0002H15 (@ rip1 by Overgo Hybridization)
c0019H14 (@ rip1 by in silico) c0022C05 (@ rip1 by Overgo Hybridization) c0023O06 (@ rip1 by Overgo Hybridization)
c0029E11 (@ rip1 by Overgo Hybridization) c0029N06 (@ rip1 by Overgo Hybridization) c0029O12 (@ rip1 by Overgo Hybridization)
c0029O12 (@ rip1 by in silico) c0033C17 (@ rip1 by in silico) c0041N04 (@ rip1 by Overgo Hybridization)
c0052P03 (@ rip1 by Overgo Hybridization) c0056J14 (@ rip1 by in silico) c0059C20 (@ rip1 by Overgo Hybridization)
c0059C21 (@ rip1 by Overgo Hybridization) c0059C22 (@ rip1 by Overgo Hybridization) c0060A11 (@ rip1 by Overgo Hybridization)
c0064O18 (@ rip1 by Overgo Hybridization) c0082D23 (@ rip1 by Overgo Hybridization) c0082I17 (@ rip1 by Overgo Hybridization)
c0083K12 (@ rip1 by Overgo Hybridization) c0090B08 (@ rip1 by Overgo Hybridization) c0092A06 (@ rip1 by Overgo Hybridization)
c0097L05 (@ rip1 by Overgo Hybridization) c0097N14 (@ rip1 by Overgo Hybridization) c0098I13 (@ rip1 by Overgo Hybridization)
c0105A13 (@ rip1 by Overgo Hybridization) c0114G08 (@ rip1 by Overgo Hybridization) c0115B21 (@ rip1 by Overgo Hybridization)
c0125D23 (@ rip1 by Overgo Hybridization) c0147M20 (@ rip1 by Overgo Hybridization) c0173B22 (@ rip1 by in silico)
c0180L05 (@ rip1 by Overgo Hybridization) c0185H06 (@ rip1 by in silico) c0196D05 (@ rip1 by Overgo Hybridization)
c0197O14 (@ rip1 by Overgo Hybridization) c0198O04 (@ rip1 by Overgo Hybridization) c0200N08 (@ rip1 by Overgo Hybridization)
c0200N08 (@ rip1 by in silico) c0209I20 (@ rip1 by Overgo Hybridization) c0209I20 (@ rip1 by in silico)
c0209M24 (@ rip1 by Overgo Hybridization) c0210O24 (@ rip1 by Overgo Hybridization) c0210P24 (@ rip1 by Overgo Hybridization)
c0222N21 (@ rip1 by Overgo Hybridization) c0241F10 (@ rip1 by Overgo Hybridization) c0243P15 (@ rip1 by Overgo Hybridization)
c0244M16 (@ rip1 by Overgo Hybridization) c0247D24 (@ rip1 by Overgo Hybridization) c0247F24 (@ rip1 by Overgo Hybridization)
c0248O11 (@ rip1 by Overgo Hybridization) c0252L17 (@ rip1 by Overgo Hybridization) c0253H16 (@ rip1 by Overgo Hybridization)
c0253N07 (@ rip1 by Overgo Hybridization) c0256P11 (@ rip1 by Overgo Hybridization) c0258H18 (@ rip1 by Overgo Hybridization)
c0263E19 (@ rip1 by Overgo Hybridization) c0265M10 (@ rip1 by Overgo Hybridization) c0266O09 (@ rip1 by Overgo Hybridization)
c0269P08 (@ rip1 by Overgo Hybridization) c0271K20 (@ rip1 by Overgo Hybridization) c0271M21 (@ rip1 by Overgo Hybridization)
c0272B21 (@ rip1 by Overgo Hybridization) c0274I08 (@ rip1 by Overgo Hybridization) c0276H10 (@ rip1 by Overgo Hybridization)
c0276H11 (@ rip1 by Overgo Hybridization) c0276I06 (@ rip1 by Overgo Hybridization) c0276L23 (@ rip1 by Overgo Hybridization)
c0278F10 (@ rip1 by Overgo Hybridization) c0278K09 (@ rip1 by Overgo Hybridization) c0278M05 (@ rip1 by Overgo Hybridization)
c0278N03 (@ rip1 by Overgo Hybridization) c0279M09 (@ rip1 by Overgo Hybridization) c0280M21 (@ rip1 by Overgo Hybridization)
c0281L15 (@ rip1 by Overgo Hybridization) c0286I10 (@ rip1 by Overgo Hybridization) c0286M12 (@ rip1 by Overgo Hybridization)
c0288B11 (@ rip1 by Overgo Hybridization) c0288E02 (@ rip1 by Overgo Hybridization) b0021I06 (@ rph1 by in silico)
b0070B03 (@ rph1 by in silico) b0178P09 (@ rph1 by in silico) c0061M16 (@ rph1 by in silico)
c0061M19 (@ rph1 by in silico) c0061N15 (@ rph1 by in silico) c0061N16 (@ rph1 by in silico)
c0077J07 (@ rph1 by in silico) b0029K13 (@ rpl17a by in silico) b0083C18 (@ rpl17a by in silico)
b0090J10 (@ rpl17a by in silico) b0096F08 (@ rpl17a by in silico) b0133I12 (@ rpl17a by in silico)
b0135N23 (@ rpl17a by in silico) b0170I10 (@ rpl17a by in silico) b0191D17 (@ rpl17a by in silico)
b0207I08 (@ rpl17a by in silico) c0007O09 (@ rpl17a by in silico) c0014N21 (@ rpl17a by in silico)
c0026B06 (@ rpl17a by in silico) c0048O10 (@ rpl17a by in silico) c0072L08 (@ rpl17a by in silico)
c0072M09 (@ rpl17a by in silico) c0110H01 (@ rpl17a by in silico) c0110K01 (@ rpl17a by in silico)
c0142D14 (@ rpl17a by in silico) c0147K19 (@ rpl17a by in silico) c0164O15 (@ rpl17a by in silico)
c0198N21 (@ rpl17a by in silico) b0049P16 (@ rps28 by SSR PCR) b0049P16 (@ rps28 by SSR PCR)
b0235I22 (@ rps28 by SSR PCR) b0027F06 (@ scl1 by in silico) b0116G16 (@ scl1 by in silico)
b0143I03 (@ scl1 by in silico) c0007N12 (@ scl1 by in silico) c0008D19 (@ scl1 by in silico)
c0040N10 (@ scl1 by in silico) c0122P22 (@ scl1 by in silico) c0137D01 (@ scl1 by in silico)
c0180I09 (@ scl1 by in silico) b0053J06 (@ stp1 by in silico) b0077I12 (@ stp1 by in silico)
b0111P10 (@ stp1 by in silico) b0111P10 (@ stp1 by in silico) b0125O06 (@ stp1 by in silico)
b0136H24 (@ stp1 by in silico) b0222N10 (@ stp1 by in silico) b0002L14 (@ tub2 by in silico)
b0007I16 (@ tub2 by in silico) b0009O01 (@ tub2 by in silico) b0013J05 (@ tub2 by PCR)
b0013J05 (@ tub2 by in silico) b0021D16 (@ tub2 by in silico) b0024L07 (@ tub2 by in silico)
b0032N12 (@ tub2 by in silico) b0042M11 (@ tub2 by in silico) b0046K03 (@ tub2 by in silico)
b0049L21 (@ tub2 by in silico) b0051L08 (@ tub2 by PCR) b0051L08 (@ tub2 by in silico)
b0054K03 (@ tub2 by in silico) b0061L24 (@ tub2 by in silico) b0065P02 (@ tub2 by in silico)
b0075C23 (@ tub2 by in silico) b0075P17 (@ tub2 by in silico) b0076M12 (@ tub2 by in silico)
b0077G03 (@ tub2 by in silico) b0077H14 (@ tub2 by in silico) b0081O10 (@ tub2 by in silico)
b0082C07 (@ tub2 by in silico) b0084P16 (@ tub2 by in silico) b0085H20 (@ tub2 by in silico)
b0085O17 (@ tub2 by in silico) b0089M21 (@ tub2 by in silico) b0099D02 (@ tub2 by PCR)
b0099D02 (@ tub2 by in silico) b0100C07 (@ tub2 by in silico) b0108A18 (@ tub2 by in silico)
b0117A14 (@ tub2 by in silico) b0129G10 (@ tub2 by in silico) b0140C24 (@ tub2 by in silico)
b0140H24 (@ tub2 by in silico) b0141I08 (@ tub2 by in silico) b0145O08 (@ tub2 by in silico)
b0148L15 (@ tub2 by in silico) b0149E10 (@ tub2 by in silico) b0156D14 (@ tub2 by PCR)
b0156D14 (@ tub2 by in silico) b0157M14 (@ tub2 by in silico) b0164D06 (@ tub2 by in silico)
b0169O05 (@ tub2 by in silico) b0170E20 (@ tub2 by in silico) b0171G17 (@ tub2 by PCR)
b0171G17 (@ tub2 by in silico) b0173E20 (@ tub2 by in silico) b0174D08 (@ tub2 by in silico)
b0178E01 (@ tub2 by in silico) b0180M02 (@ tub2 by in silico) b0192F11 (@ tub2 by in silico)
b0198A09 (@ tub2 by in silico) b0207P12 (@ tub2 by in silico) b0212F06 (@ tub2 by in silico)
b0214J18 (@ tub2 by in silico) b0231D08 (@ tub2 by PCR) b0282D22 (@ tub2 by PCR)
c0114L12 (@ tub2 by in silico) c0114N21 (@ tub2 by in silico) c0115F03 (@ tub2 by in silico)
c0115L11 (@ tub2 by in silico) c0118G08 (@ tub2 by in silico) c0118I12 (@ tub2 by in silico)
c0123H14 (@ tub2 by in silico) c0126A12 (@ tub2 by in silico) c0127H09 (@ tub2 by in silico)
c0130F03 (@ tub2 by in silico) c0130G02 (@ tub2 by in silico) c0134K08 (@ tub2 by in silico)
c0135F21 (@ tub2 by in silico) c0139L22 (@ tub2 by in silico) c0139N14 (@ tub2 by in silico)
c0142P14 (@ tub2 by in silico) c0147A13 (@ tub2 by in silico) c0149D15 (@ tub2 by in silico)
c0149M12 (@ tub2 by in silico) c0151I14 (@ tub2 by in silico) c0151J14 (@ tub2 by in silico)
c0155E02 (@ tub2 by in silico) c0155E04 (@ tub2 by in silico) c0156G17 (@ tub2 by in silico)
c0167E13 (@ tub2 by in silico) c0168O13 (@ tub2 by in silico) c0174F20 (@ tub2 by in silico)
c0174F21 (@ tub2 by in silico) c0174K17 (@ tub2 by in silico) c0174K18 (@ tub2 by in silico)
c0175K18 (@ tub2 by in silico) c0178J03 (@ tub2 by in silico) c0179O09 (@ tub2 by in silico)
c0184D11 (@ tub2 by in silico) c0189H12 (@ tub2 by in silico) c0189K08 (@ tub2 by in silico)
c0190J20 (@ tub2 by in silico) c0192E14 (@ tub2 by in silico) c0194D22 (@ tub2 by in silico)
c0198A02 (@ tub2 by in silico) c0200L01 (@ tub2 by in silico) c0204N10 (@ tub2 by in silico)
c0210D03 (@ tub2 by in silico) c0212O23 (@ tub2 by in silico) c0216A11 (@ tub2 by in silico)
c0216D21 (@ tub2 by in silico) b0058O20 (@ umc1034 by SSR PCR) b0111G22 (@ umc1034 by SSR PCR)
b0019K24 (@ umc1157 by SSR PCR) b0023B16 (@ umc1157 by SSR PCR) b0023B16 (@ umc1157 by in silico)
b0044I04 (@ umc1157 by SSR PCR) b0152K16 (@ umc1157 by SSR PCR) b0235N06 (@ umc1157 by SSR PCR)
b0244H23 (@ umc1157 by SSR PCR) b0266I04 (@ umc1157 by SSR PCR) c0038B20 (@ umc1157 by in silico)
c0040O20 (@ umc1157 by in silico) c0084N18 (@ umc1157 by in silico) c0136F14 (@ umc1157 by in silico)
b0011K09 (@ umc1236 by SSR PCR) b0155M01 (@ umc1236 by SSR PCR) b0159J23 (@ umc1236 by SSR PCR)
b0171N01 (@ umc1236 by SSR PCR) b0226B10 (@ umc1236 by SSR PCR) b0063E02 (@ umc1289 by SSR PCR)
b0068B17 (@ umc1289 by SSR PCR) b0119J09 (@ umc1289 by SSR PCR) b0005I08 (@ umc1302 by SSR PCR)
b0033H08 (@ umc1302 by SSR PCR) b0034H01 (@ umc1302 by SSR PCR) b0052G11 (@ umc1302 by SSR PCR)
b0052G11 (@ umc1302 by in silico) b0092P14 (@ umc1302 by SSR PCR) b0095P15 (@ umc1302 by SSR PCR)
b0077A13 (@ umc1360 by SSR PCR) b0110G01 (@ umc1360 by SSR PCR) b0110G16 (@ umc1360 by SSR PCR)
b0110G16 (@ umc1360 by SSR PCR) b0224H17 (@ umc1360 by SSR PCR) b0226J17 (@ umc1360 by SSR PCR)
b0236C23 (@ umc1360 by SSR PCR) b0253H15 (@ umc1360 by SSR PCR) b0265E02 (@ umc1360 by SSR PCR)
b0009A10 (@ umc1377 by SSR PCR) b0020P23 (@ umc1377 by SSR PCR) b0112K23 (@ umc1377 by SSR PCR)
b0148E20 (@ umc1377 by SSR PCR) b0172K13 (@ umc1377 by SSR PCR) b0234K02 (@ umc1377 by SSR PCR)
b0258E07 (@ umc1377 by SSR PCR) b0021H18 (@ umc1415 by in silico) b0025K23 (@ umc1415 by in silico)
b0030H05 (@ umc1415 by in silico) b0054A14 (@ umc1415 by in silico) b0058H07 (@ umc1415 by in silico)
b0060H14 (@ umc1415 by in silico) b0063P04 (@ umc1415 by in silico) b0155L21 (@ umc1415 by in silico)
b0160L19 (@ umc1415 by in silico) b0174N07 (@ umc1415 by in silico) b0184A10 (@ umc1415 by in silico)
b0193M07 (@ umc1415 by in silico) b0198M19 (@ umc1415 by in silico) b0216N20 (@ umc1415 by in silico)
c0011A19 (@ umc1415 by in silico) c0021O21 (@ umc1415 by in silico) c0032H14 (@ umc1415 by in silico)
c0032H16 (@ umc1415 by in silico) c0032K16 (@ umc1415 by in silico) c0057E07 (@ umc1415 by in silico)
c0057F07 (@ umc1415 by in silico) c0078F07 (@ umc1415 by in silico) c0099G07 (@ umc1415 by in silico)
c0140H12 (@ umc1415 by in silico) c0180G15 (@ umc1415 by in silico) c0180H15 (@ umc1415 by in silico)
c0187B06 (@ umc1415 by in silico) b0081G04 (@ umc1427 by SSR PCR) b0130P11 (@ umc1427 by SSR PCR)
b0130P11 (@ umc1427 by in silico) b0242G06 (@ umc1427 by SSR PCR) c0065I09 (@ umc1427 by in silico)
c0069N11 (@ umc1427 by in silico) c0099M11 (@ umc1427 by in silico) b0002D17 (@ umc1457 by SSR PCR)
b0002D17 (@ umc1457 by in silico) b0067L09 (@ umc1457 by in silico) b0067M10 (@ umc1457 by in silico)
b0099G19 (@ umc1457 by SSR PCR) b0099G19 (@ umc1457 by in silico) b0123M11 (@ umc1457 by in silico)
b0129J01 (@ umc1457 by SSR PCR) b0152P13 (@ umc1457 by SSR PCR) b0237G21 (@ umc1457 by SSR PCR)
b0240C11 (@ umc1457 by SSR PCR) c0007O02 (@ umc1457 by in silico) c0088G19 (@ umc1457 by in silico)
c0096J20 (@ umc1457 by in silico) c0137J03 (@ umc1457 by in silico) c0160I05 (@ umc1457 by in silico)
c0189G13 (@ umc1457 by in silico) c0190I07 (@ umc1457 by in silico) c0216A10 (@ umc1457 by in silico)
b0040C05 (@ umc1460 by SSR PCR) b0091D14 (@ umc1460 by SSR PCR) b0108B19 (@ umc1460 by SSR PCR)
b0133G23 (@ umc1460 by SSR PCR) b0255G19 (@ umc1460 by SSR PCR) b0008A08 (@ umc1470 by in silico)
b0016E10 (@ umc1470 by in silico) b0024H07 (@ umc1470 by in silico) b0031L11 (@ umc1470 by in silico)
b0095H08 (@ umc1470 by in silico) b0102B24 (@ umc1470 by in silico) b0111O08 (@ umc1470 by in silico)
b0174M08 (@ umc1470 by in silico) b0202F09 (@ umc1470 by in silico) c0019C19 (@ umc1470 by in silico)
c0102I21 (@ umc1470 by in silico) c0103F15 (@ umc1470 by in silico) c0111I07 (@ umc1470 by in silico)
c0115J09 (@ umc1470 by in silico) c0120H21 (@ umc1470 by in silico) c0137M06 (@ umc1470 by in silico)
c0193E12 (@ umc1470 by in silico) c0193F10 (@ umc1470 by in silico) b0026O20 (@ umc1471 by SSR PCR)
b0107M05 (@ umc1471 by SSR PCR) b0198O19 (@ umc1471 by SSR PCR) b0199H15 (@ umc1471 by SSR PCR)
b0231J07 (@ umc1471 by SSR PCR) b0003N15 (@ umc1473 by in silico) b0005G09 (@ umc1473 by in silico)
b0061L16 (@ umc1473 by in silico) b0062E19 (@ umc1473 by in silico) b0106P11 (@ umc1473 by in silico)
b0114C07 (@ umc1473 by in silico) b0114E18 (@ umc1473 by in silico) b0114P17 (@ umc1473 by in silico)
b0165H11 (@ umc1473 by in silico) b0167G10 (@ umc1473 by in silico) b0171L15 (@ umc1473 by in silico)
b0239G07 (@ umc1473 by SSR PCR) c0002B22 (@ umc1473 by in silico) c0010E23 (@ umc1473 by in silico)
c0025P17 (@ umc1473 by in silico) c0029E17 (@ umc1473 by in silico) c0035F20 (@ umc1473 by in silico)
c0040A20 (@ umc1473 by in silico) c0043F14 (@ umc1473 by in silico) c0051H02 (@ umc1473 by in silico)
c0052L05 (@ umc1473 by in silico) c0052L06 (@ umc1473 by in silico) c0071I07 (@ umc1473 by in silico)
c0072B04 (@ umc1473 by in silico) c0099D06 (@ umc1473 by in silico) c0099F09 (@ umc1473 by in silico)
c0100E12 (@ umc1473 by in silico) c0105I11 (@ umc1473 by in silico) c0113P02 (@ umc1473 by in silico)
c0130H07 (@ umc1473 by in silico) c0149J23 (@ umc1473 by in silico) c0183B10 (@ umc1473 by in silico)
c0185I04 (@ umc1473 by in silico) b0037G02 (@ umc1487 by SSR PCR) b0094O23 (@ umc1487 by SSR PCR)
b0145F20 (@ umc1487 by SSR PCR) b0201I13 (@ umc1487 by SSR PCR) b0224D03 (@ umc1487 by SSR PCR)
b0006L20 (@ umc1530 by SSR PCR) b0050F16 (@ umc1530 by SSR PCR) b0083L08 (@ umc1530 by SSR PCR)
b0141D09 (@ umc1530 by SSR PCR) b0202D08 (@ umc1530 by SSR PCR) b0231L18 (@ umc1530 by SSR PCR)
b0002I17 (@ umc1615 by SSR PCR) b0030I05 (@ umc1615 by SSR PCR) b0104F18 (@ umc1615 by SSR PCR)
b0146H06 (@ umc1615 by SSR PCR) b0196J21 (@ umc1615 by SSR PCR) b0254P22 (@ umc1615 by SSR PCR)
b0006F05 (@ umc1617 by in silico) b0008H13 (@ umc1617 by in silico) b0047H07 (@ umc1617 by in silico)
b0050C08 (@ umc1617 by in silico) b0052M05 (@ umc1617 by in silico) b0055P03 (@ umc1617 by in silico)
b0064I09 (@ umc1617 by in silico) b0073B18 (@ umc1617 by in silico) b0094C12 (@ umc1617 by SSR PCR)
b0094C12 (@ umc1617 by in silico) b0099G05 (@ umc1617 by in silico) b0112I15 (@ umc1617 by SSR PCR)
b0112I15 (@ umc1617 by in silico) b0115P15 (@ umc1617 by in silico) b0160I13 (@ umc1617 by SSR PCR)
b0160I13 (@ umc1617 by in silico) b0170A10 (@ umc1617 by SSR PCR) b0170A10 (@ umc1617 by SSR PCR)
b0170A10 (@ umc1617 by in silico) b0190N21 (@ umc1617 by SSR PCR) b0190N21 (@ umc1617 by in silico)
b0214N06 (@ umc1617 by SSR PCR) b0214N06 (@ umc1617 by in silico) b0215J03 (@ umc1617 by SSR PCR)
b0215J03 (@ umc1617 by in silico) b0216M07 (@ umc1617 by in silico) b0239H04 (@ umc1617 by SSR PCR)
c0003C09 (@ umc1617 by in silico) c0006M19 (@ umc1617 by in silico) c0023H07 (@ umc1617 by in silico)
c0078L07 (@ umc1617 by in silico) c0084P14 (@ umc1617 by in silico) c0139P15 (@ umc1617 by in silico)
c0165M07 (@ umc1617 by in silico) c0180C17 (@ umc1617 by in silico) c0189H06 (@ umc1617 by in silico)
b0017K21 (@ umc1735 by SSR PCR) b0115J24 (@ umc1735 by SSR PCR) b0250O06 (@ umc1735 by SSR PCR)
b0004N18 (@ umc1765 by SSR PCR) b0025P18 (@ umc1765 by SSR PCR) b0026P01 (@ umc1765 by SSR PCR)
b0112P11 (@ umc1765 by SSR PCR) b0118F20 (@ umc1765 by SSR PCR) b0159I11 (@ umc1765 by SSR PCR)
b0190C04 (@ umc1765 by SSR PCR) b0243J11 (@ umc1765 by SSR PCR) b0275K02 (@ umc1765 by SSR PCR)
b0001J07 (@ umc1778 by in silico) b0012O03 (@ umc1778 by in silico) b0033K09 (@ umc1778 by in silico)
b0058C10 (@ umc1778 by in silico) b0063F22 (@ umc1778 by in silico) b0077H24 (@ umc1778 by in silico)
b0085P19 (@ umc1778 by SSR PCR) b0113N06 (@ umc1778 by in silico) b0129J07 (@ umc1778 by SSR PCR)
b0142F23 (@ umc1778 by SSR PCR) b0147O10 (@ umc1778 by in silico) b0163N21 (@ umc1778 by in silico)
b0224L03 (@ umc1778 by SSR PCR) c0029P05 (@ umc1778 by in silico) c0051K06 (@ umc1778 by in silico)
c0058B06 (@ umc1778 by in silico) b0132F21 (@ umc1802 by SSR PCR) b0155C02 (@ umc1802 by SSR PCR)
b0264D22 (@ umc1802 by SSR PCR) b0064E05 (@ umc1807 by SSR PCR) b0096L01 (@ umc1868 by SSR PCR)
b0097I02 (@ umc1868 by SSR PCR) b0149I09 (@ umc1868 by SSR PCR) b0256D24 (@ umc1868 by SSR PCR)
b0285F09 (@ umc1868 by SSR PCR) b0023F05 (@ umc1904 by SSR PCR) b0177C23 (@ umc1904 by SSR PCR)
b0241C06 (@ umc1904 by SSR PCR) b0031J16 (@ umc2075 by SSR PCR) b0031J16 (@ umc2075 by in silico)
b0074P24 (@ umc2075 by SSR PCR) b0112A11 (@ umc2075 by in silico) b0150F13 (@ umc2075 by in silico)
b0153L12 (@ umc2075 by in silico) b0204H15 (@ umc2075 by in silico) b0234M08 (@ umc2075 by SSR PCR)
b0249H07 (@ umc2075 by SSR PCR) c0016M03 (@ umc2075 by in silico) c0019F05 (@ umc2075 by in silico)
c0019H05 (@ umc2075 by in silico) c0066C15 (@ umc2075 by in silico) c0106O11 (@ umc2075 by in silico)
c0133H23 (@ umc2075 by in silico) c0149D11 (@ umc2075 by in silico) c0149E12 (@ umc2075 by in silico)
c0149F12 (@ umc2075 by in silico) c0149G11 (@ umc2075 by in silico) c0169G02 (@ umc2075 by in silico)
c0172J11 (@ umc2075 by in silico) c0180N24 (@ umc2075 by in silico) c0198N20 (@ umc2075 by in silico)
c0216B16 (@ umc2075 by in silico) b0045M20 (@ umc2146 by SSR PCR) b0135J14 (@ umc2146 by SSR PCR)
b0232A22 (@ umc2146 by SSR PCR) b0272C19 (@ umc2146 by SSR PCR) b0045M20 (@ umc2147 by SSR PCR)
b0135J14 (@ umc2147 by SSR PCR) b0232A22 (@ umc2147 by SSR PCR) b0272C19 (@ umc2147 by SSR PCR)
b0100B21 (@ umc2353 by SSR PCR) b0100C21 (@ umc2353 by SSR PCR) b0103H07 (@ umc2353 by SSR PCR)
b0214B15 (@ umc2353 by SSR PCR) b0218B08 (@ umc2353 by SSR PCR) b0109M14 (@ umc2354 by in silico)
b0149N03 (@ umc2354 by in silico) b0161G09 (@ umc2354 by in silico) b0174J11 (@ umc2354 by in silico)
b0190F08 (@ umc2354 by in silico) b0205P12 (@ umc2354 by in silico) c0092G16 (@ umc2354 by in silico)
c0159K18 (@ umc2354 by in silico) c0194A22 (@ umc2354 by in silico) b0035L18 (@ umc2355 by in silico)
b0051C13 (@ umc2355 by in silico) b0056G07 (@ umc2355 by in silico) b0073D11 (@ umc2355 by SSR PCR)
b0123J04 (@ umc2355 by in silico) b0169K01 (@ umc2355 by in silico) c0004K11 (@ umc2355 by in silico)
c0012J08 (@ umc2355 by in silico) c0023L12 (@ umc2355 by in silico) c0044K10 (@ umc2355 by in silico)
c0055O17 (@ umc2355 by in silico) c0058G09 (@ umc2355 by in silico) c0065H21 (@ umc2355 by in silico)
c0123I14 (@ umc2355 by in silico) c0147P20 (@ umc2355 by in silico) c0149K01 (@ umc2355 by in silico)
c0173H13 (@ umc2355 by in silico) c0177H08 (@ umc2355 by in silico) b0043A12 (@ umc236 by PCR)
b0090G22 (@ umc236 by PCR) b0257A05 (@ umc236 by PCR) b0013I16 (@ umc2366 by SSR PCR)
b0013I16 (@ umc2366 by in silico) b0018G07 (@ umc2366 by in silico) b0079I14 (@ umc2366 by SSR PCR)
b0079I14 (@ umc2366 by in silico) b0092J18 (@ umc2366 by SSR PCR) b0092J18 (@ umc2366 by in silico)
b0095F08 (@ umc2366 by SSR PCR) b0095F08 (@ umc2366 by in silico) b0165I01 (@ umc2366 by in silico)
b0215H19 (@ umc2366 by SSR PCR) b0215H19 (@ umc2366 by in silico) b0229H22 (@ umc2366 by SSR PCR)
c0038L20 (@ umc2366 by in silico) c0038L21 (@ umc2366 by in silico) c0182N16 (@ umc2366 by in silico)
b0042H12 (@ umc32b by RFLP Hybridization) b0069I10 (@ umc32b by RFLP Hybridization) b0081G01 (@ umc32b by RFLP Hybridization)
b0084E22 (@ umc32b by RFLP Hybridization) b0084E22 (@ umc32b by in silico) b0084L06 (@ umc32b by RFLP Hybridization)
b0084L06 (@ umc32b by in silico) b0093H03 (@ umc32b by RFLP Hybridization) b0119A05 (@ umc32b by RFLP Hybridization)
b0145P10 (@ umc32b by RFLP Hybridization) b0170I07 (@ umc32b by RFLP Hybridization) b0204L12 (@ umc32b by RFLP Hybridization)
b0206K08 (@ umc32b by in silico) b0215A23 (@ umc32b by RFLP Hybridization) b0272K13 (@ umc32b by RFLP Hybridization)
b0279K03 (@ umc32b by RFLP Hybridization) b0279K10 (@ umc32b by RFLP Hybridization) b0279K10 (@ umc32b by in silico)
b0286N10 (@ umc32b by RFLP Hybridization) c0001F23 (@ umc32b by in silico) c0001G04 (@ umc32b by in silico)
c0044B20 (@ umc32b by in silico) c0044M24 (@ umc32b by in silico) c0045J09 (@ umc32b by in silico)
c0053B08 (@ umc32b by in silico) c0064B14 (@ umc32b by in silico) c0079L16 (@ umc32b by in silico)
c0098E15 (@ umc32b by in silico) c0110A04 (@ umc32b by in silico) c0117L06 (@ umc32b by in silico)
c0137F07 (@ umc32b by in silico) c0137I16 (@ umc32b by in silico) c0149F21 (@ umc32b by in silico)
c0200D20 (@ umc32b by in silico) c0203L12 (@ umc32b by in silico) c0217E07 (@ umc32b by in silico)
b0095P22 (@ umc65d by RFLP Hybridization) b0127E10 (@ umc65d by RFLP Hybridization) b0173I21 (@ umc65d by RFLP Hybridization)
b0215M05 (@ umc65d by RFLP Hybridization)    

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