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Chromosome 9, Region 7 (bin 9.07)

This page summarizes the data available describing features found in bin 9.07 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 9.07
Genes in Bin 9.07
Other Loci in Bin 9.07
Bin 9.07 High-Density Map Regions
Sequences in Bin 9.07
EST Contigs in Bin 9.07
SSRs in Bin 9.07
BACs in Bin 9.07
Mapped loci w/ accessions in Bin 9.07
Map Locations of Sequences in Bin 9.07


Bin Viewer pages




Genome Browser pages


Genome Browser Links for 9.07

   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 9.07

Here are the 25 genes found in this chromosomal region.

arpp40 acidic ribosomal protein P40 bk3 brittle stalk3
cp*-N1381 collapsedN1381 csu1118
da1 dilute aleurone1 dcr*-N1409 defective crownN1409
dek13 defective kernel13 dek30 defective kernel30
dsc*-N749 discoloredN749 et*-N357C etchedN357C
expb10a beta expansin10a fas1 fascicled ear1
gm*-N1319B germlessN1319B gst13 glutathione transferase13
gst9 glutathione transferase9 hcf42 high chlorophyll fluorescence42
met3 DNA methyl transferase3 ms36 male sterile36
PCO127444 pg*-N660A palegreenN660A
psl46 position shift locus46 v*-N1871 virescentN1871
v*-N53A virescentN53A v*-N806C virescentN806C
wlu4 white luteus4

Other Loci in Bin 9.07

Here are the 107 additional loci found in this chromosomal region.

9L6 G-band 6 on 9L (Cytological Structure) K9L knob on 9L (Cytological Structure)
asg12a (Gene candidate) ms19 male sterile19 (Lapsed Locus)
mon00092::Ac (Point) mu1002366 (Point)
mu1004052 (Point) mu1005200 (Point)
mu1007097 (Point) mu1007327 (Point)
mu1007464 (Point) mu1007762 (Point)
mu1007872 (Point) mu1007901 (Point)
mu1007951 (Point) mu1007992 (Point)
mu1008230 (Point) mu1008331 (Point)
mu1008420 (Point) mu1008451 (Point)
mu1008668 (Point) mu1008758 (Point)
mu1008773 (Point) mu1008793 (Point)
mu1008801 (Point) mu1008856 (Point)
mu1008862 (Point) mu1008901 (Point)
mu1008941 (Point) mu1009191 (Point)
mu1009192 (Point) mu1009296 (Point)
mu1009315 (Point) mu1009325 (Point)
mu1009538 (Point) mu1009543 (Point)
mu1009570 (Point) mu1010897 (Point)
agrr294b (Probed Site) asg35a (Probed Site)
asg59b (Probed Site) bnl1.297b (Probed Site)
bnlg1191 (Probed Site) bnlg128 (Probed Site)
bnlg1375 (Probed Site) bnlg1506 (Probed Site)
bnlg1525 (Probed Site) bnlg1588 (Probed Site)
bnlg279a (Probed Site) bnlg619 (Probed Site)
brd102 (Probed Site) cdo20b (Probed Site)
csu1005 (Probed Site) csu12a(cin4) (Probed Site)
csu145b(pck) (Probed Site) csu285(his2B) (Probed Site)
csu860a (Probed Site) csu883(rpL21) (Probed Site)
dupssr29 (Probed Site) E32M55-122-A7 (Probed Site)
E33M51-250-A7 (Probed Site) E33M51-255-B73 (Probed Site)
E35M49-358-A7 (Probed Site) E38M47-310-(A7/B73) (Probed Site)
E38M51-130-B7 (Probed Site) gsy266d(ptkr) (Probed Site)
jpsb596 (Probed Site) klp6 (Probed Site)
mHbrBG82-B73 (Probed Site) mmp136 (Probed Site)
mmp171a (Probed Site) npi209a (Probed Site)
npi291 (Probed Site) npi463(sod) (Probed Site)
npi97b (Probed Site) npi98d (Probed Site)
opg05-600 (Probed Site) P12M48-212-B73 (Probed Site)
P12M48-219-A7 (Probed Site) phi108 (Probed Site)
phi448880 (Probed Site) rz329a(bga) (Probed Site)
rz561c (Probed Site) rz632b (Probed Site)
std20a(uce) (Probed Site) std2a(dba) (Probed Site)
uaz231(zag) (Probed Site) ucsd61b (Probed Site)
umc1104 (Probed Site) umc1137 (Probed Site)
umc1675 (Probed Site) umc1714 (Probed Site)
umc1804 (Probed Site) umc1942 (Probed Site)
umc2089 (Probed Site) umc2131 (Probed Site)
umc2358 (Probed Site) umc2359 (Probed Site)
umc272(vfa) (Probed Site) umc94b (Probed Site)
wuh3(cdc2) (Probed Site) q432-2 protein Q432 quantity2 (QTL)
qdpoll17 QTL days to pollen 17 (QTL) qdpoll28 QTL days to pollen 28 (QTL)
qdpoll6 QTL days to pollen 6 (QTL) qhupol15 QTL heat units to pollen 15 (QTL)
qplht58 QTL plant height 58 (QTL)

High-Density Maps Focusing on Bin 9.07

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

UMC 98 9

121.2asg12a
121.2npi209a
122.1csu1005
122.1csu860a
122.7std2a(dba)
124.3csu1118
132.1bnlg128
132.8asg59b
136.4npi97b
136.4rz632b
136.9csu883(rpL21)
138.2rz561c
138.2umc272(vfa)
146.6std20a(uce)
147.4csu285(his2B)
149.2klp6
150.4csu804a(dnp)

BNL 96 9

114.7npi209a
116.6bnlg619
116.6npi291
127.7bnlg128
127.7npi97b
132.4ucsd61b
141.6umc94b

IBM2 2004 Neighbors 9

501.46bnlg1588
536.1asg12a
536.66bnlg1525
536.8phi448880
538.5AY109543
538.5umc1804
541.4umc1675
542.48npi291
544.39csu1005
544.39csu860a
549.92std2a(dba)
551.3AY110382
554.4bnlg619
556.4mmp136
562.7umc2089
563.25umc2359
564.1bnlg1506
564.66csu1118
566.32dupssr29
566.8bnlg1375
566.8umc2131
567.3umc1714
567.55ucsd61b
567.7jpsb596
571.04npi97b
573.77brd102
573.77mon00092::Ac
577.2mmp171a
581.45bnlg128
587.9wc1 white cap1
603.5umc1137
604.13umc1942
606.63umc1104
607.91umc94b
609.72PCO127444
621.97met3 DNA methyl transferase3
633.2umc1982
633.6bnlg1129
635.2umc1505
636.2mmp53
637.1AI901738
638.7AW216329
642.98asg59b
676.15rz632b
680.75csu883(rpL21)
692.73rz561c
692.73umc272(vfa)
770.13std20a(uce)
777.5csu285(his2B)
794.08klp6
805.14csu804a(dnp)
805.14umc1277

Genetic 2005 9

109 +/- 42dek13 defective kernel13
109 +/- 42dek30 defective kernel30
109 +/- 42hcf42 high chlorophyll fluorescence42
109 +/- 42wlu4 white luteus4
121.2asg12a
121.2npi209a
122 +/- 5bf1 blue fluorescent1
122.1csu1005
122.1csu860a
122.7std2a(dba)
123 +/- 8fas1 fascicled ear1
124.3csu1118
126 +/- 5bm4 brown midrib4
132.1bnlg128
132.8asg59b
136.4npi97b
136.4rz632b
136.9csu883(rpL21)
138.2rz561c
138.2umc272(vfa)
146.6std20a(uce)
147.4csu285(his2B)
149.2klp6
150 +/- 1rld1 rolled leaf1
150.4csu804a(dnp)

Accession #s in Bin 9.07

Here are accession numbers of the 301 sequences that have been verified to be in this chromosomal region. Download the DNA sequences in FASTA format.

BH140300 AC150183 AW231635 AC149836 AC149814
EU964356 T18835 BT043132 CC831048 AI714928
CC784094 CC784095 CC825095 CC825096 CC834498
AI600776 AY110548 CC759983 AY109429 AW052872
AW055426 AW067432 AW091112 BE512085 CC754202
AW355935 AY103711 AZ916098 AI901738 BV148892
BV148893 CC757699 CC785952 BV154221 BV154226
FJ910137 FJ910727 FJ910762 FJ910783 FJ910801
FJ911176 AY106323 AW042285 AC191059 AY109371
BT066287 AY501430 AI738216 AI941543 AW862684
M95061 CC840031 W21716 BT040142 CC464585
CC743857 CC743858 AW191767 AC149811 AI861664
AI947414 AW000484 AW018147 AW042286 AW059993
AW146809 AW231556 BF727920 AY111697 CC790509
BV124780 CC738748 BV148891 AW216329 AC206288
AY109543 CC785953 AI734554 AC191304 AC149270
AF242320 FJ910718 AC194094 AC196080 FJ910213
DQ539625 AC200748 AY773278 DQ100346 DQ100347
DQ100348 CC747284 AC194032 EU942155 EU942294
EU967860 CC783701 AI665873 CC748970 CC753501
CC737463 CC737464 AW563027 AI783243 AI881802
AI920684 AI920516 AI920722 AW037093 AW055510
AW054159 AW076226 AW090858 BV124784 AZ920955
AY103609 BV148896 BV148899 BV148900 BV154230
BV154231 AC200305 AC190944 AC191628 FJ910115
AC187216 FJ910509 FJ910533 FJ910732 AC151050
FJ911024 AC192175 AC196133 CC840336 AC204746
AC194161 AC204385 BT037456 CC792062 CC811500
AC191071 CC743239 W49433 W21728 CC750526
CC828638 BG266427 AI783302 AI973343 AI987533
AW000285 AW090956 AW120157 AW313375 CC750064
CC756910 BV148898 BV154224 BV154225 BV154227
CC758676 AC191798 CC749094 DX572295 FJ909068
FJ909687 AC191092 FJ910450 AC190653 FJ910939
FJ910940 FJ911037 AC190535 FJ909799 AC205177
CC840259 AC197598 AC149815 CC738987 AI714842
AW288633 L46399 CC829646 AC198892 CC834497
CC753502 AI999947 AW067454 AW076474 AW120256
BT060739 AC197011 AZ916349 BT065268 BV154222
BV154229 AY110382 CC149296 AW562542 FJ908884
FJ909482 FJ910033 FJ909269 CC465536 AI629833
AW258103 G13185 W21776 W21610 T70651
CC750527 AI966933 CC759984 AI978241 AW065312
AW119996 AW155721 AW257831 BE050312 BV124783
CC756909 BG268509 AC190637 BV148894 BV154223
BV154228 AI770883 CC758360 AI947558 CC749093
AY108939 AI737412 AI737423 DQ123904 AY103617
AC149830 T14687 CC829647 CC747479 AY110823
AY109431 CC789469 CC830584 CC740646 AI979722
AW042522 AW065453 AW927669 CC754201 CC790508
AW424499 EU965622 BV124779 AC190533 BV148890
BV148895 BV148897 BV154220 CC149297 CC758361
AC149309 AC191598 FJ910178 FJ910710 FJ911045
FJ911180 FJ911190 FJ910667 CC144961 AC149033
AC149821 BT069191 CC792063 CC811446 AI855014
AC150742 AW267343 T12738 G13186 EU946129
W49480 CC757368 AI770496 CC789470 AW566364
CC758909 AW018129 AF244674 AF244678 BV148901
CC198248 AC150187 AY104999 AY106075 EU975182
DX572346 AY559212 AC150253 FJ910382 FJ910760
CC745995        

EST Contigs in Bin 9.07

Here is the set of 7 distinct contigs verified to be in this chromosomal region.

PUT-3-171a-Zea_mays-7220200 PUT-9-171a-Zea_mays-11307 PUT-9-171a-Zea_mays-11150 PUT-9-171a-Zea_mays-5913 PUT-9-171a-Zea_mays-9515
PUT-9-171a-Zea_mays-7363 PUT-9-171a-Zea_mays-11367      

SSRs in Bin 9.07

Here are the 25 SSRs that have been verified to be in this chromosomal region.

(AAAAC)4 p-umc1505 (AAAAG)4 p-umc2359 (AAAT)4 p-umc2131
(AATA)5 p-umc1277 (AG)44 p-umc1804 (AGG)8 p-umc1714
(ATGC)5 p-umc2099 (CGC)4 p-umc2089 (CGC)5 p-umc2358
(CGCC)4 p-umc1675 (CT)15 p-umc1137 (GA)24 p-dupssr29
AAG p-phi448880 AG(12) p-bnlg1129 AG(15) p-bnlg1375
AG(19) p-bnlg1506 AG(21) p-bnlg1588 AG(25) p-bnlg1525
AG(39) p-bnlg1191 GAT p-umc1104 p-bnlg128
p-bnlg279 p-bnlg619 p-umc1942
p-umc1982    

BACs in Bin 9.07

View bin 9.07 at MaizeSequence.org to see the latest genomic alignment of the sequenced BACs - sequenced BACs are noted below with an *.

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

Here are the 364 BACs that have been verified to be in this chromosomal region.

b0067H15 (@ AI901738 by in silico) b0087G24 (@ AI901738 by in silico) b0124H23 (@ AI901738 by in silico)
b0180B10 (@ AI901738 by in silico) b0197D12 (@ AI901738 by in silico) b0204G05 (@ AI901738 by in silico)
b0207M24 (@ AI901738 by in silico) c0001J06 (@ AI901738 by in silico) c0024B19 (@ AI901738 by in silico)
c0039E11 (@ AI901738 by in silico) c0077L12 (@ AI901738 by in silico) c0188L18 (@ AI901738 by in silico)
b0104L20 (@ AW216329 by in silico) c0094M10 (@ AW216329 by in silico) b0061O22 (@ AY109543 by in silico)
b0101J11 (@ AY109543 by in silico) b0144H02 (@ AY109543 by in silico) b0153A15 (@ AY109543 by in silico)
b0183K01 (@ AY109543 by in silico) c0040D06 (@ AY109543 by in silico) c0071G03 (@ AY109543 by in silico)
c0108K23 (@ AY109543 by in silico) c0108L24 (@ AY109543 by in silico) c0110G09 (@ AY109543 by in silico)
c0111E14 (@ AY109543 by in silico) c0111H13 (@ AY109543 by in silico) c0168B13 (@ AY109543 by in silico)
b0015J13 (@ AY110382 by in silico) b0036N14 (@ AY110382 by in silico) b0044E05 (@ AY110382 by in silico)
b0145I01 (@ AY110382 by in silico) c0011A11 (@ AY110382 by in silico) c0030P19 (@ AY110382 by in silico)
c0045I10 (@ AY110382 by in silico) c0045J22 (@ AY110382 by in silico) c0054F23 (@ AY110382 by in silico)
c0061K05 (@ AY110382 by in silico) c0079F17 (@ AY110382 by in silico) c0087N06 (@ AY110382 by in silico)
c0111I08 (@ AY110382 by in silico) c0118E04 (@ AY110382 by in silico) c0121F14 (@ AY110382 by in silico)
c0123O16 (@ AY110382 by in silico) c0123O19 (@ AY110382 by in silico) c0124G04 (@ AY110382 by in silico)
c0129A13 (@ AY110382 by in silico) c0133P09 (@ AY110382 by in silico) c0160O13 (@ AY110382 by in silico)
c0167I01 (@ AY110382 by in silico) c0176B07 (@ AY110382 by in silico) c0183O03 (@ AY110382 by in silico)
c0186L23 (@ AY110382 by in silico) c0197C20 (@ AY110382 by in silico) c0201N17 (@ AY110382 by in silico)
c0202K07 (@ AY110382 by in silico) b0145N12 (@ PCO127444 by in silico) b0145P17 (@ PCO127444 by in silico)
b0194L08 (@ PCO127444 by in silico) b0212A11 (@ PCO127444 by in silico) c0045I18 (@ PCO127444 by in silico)
c0075F05 (@ PCO127444 by in silico) c0077F11 (@ PCO127444 by in silico) c0140I06 (@ PCO127444 by in silico)
c0152G18 (@ PCO127444 by in silico) c0163I11 (@ PCO127444 by in silico) b0020M03 (@ arpp40 by in silico)
b0065N11 (@ arpp40 by in silico) b0117K24 (@ arpp40 by in silico) c0021K04 (@ arpp40 by in silico)
c0023P22 (@ arpp40 by in silico) c0025P04 (@ arpp40 by in silico) c0079B15 (@ arpp40 by in silico)
c0080G05 (@ arpp40 by in silico) c0112C03 (@ arpp40 by in silico) c0124K16 (@ arpp40 by in silico)
c0165D23 (@ arpp40 by in silico) c0165G18 (@ arpp40 by in silico) c0171D14 (@ arpp40 by in silico)
c0185A18 (@ arpp40 by in silico) c0187H04 (@ arpp40 by in silico) c0188I07 (@ arpp40 by in silico)
b0006N05 (@ asg12a by RFLP Hybridization) b0053D18 (@ asg12a by RFLP Hybridization) b0080K10 (@ asg12a by RFLP Hybridization)
b0105I09 (@ asg12a by RFLP Hybridization) b0161G22 (@ asg12a by RFLP Hybridization) b0164G05 (@ asg12a by RFLP Hybridization)
b0178P10 (@ asg12a by RFLP Hybridization) b0204M09 (@ asg12a by RFLP Hybridization) b0223J17 (@ asg12a by RFLP Hybridization)
b0280H03 (@ asg12a by RFLP Hybridization) b0001O17 (@ bf1 by in silico) c0140I06 (@ bf1 by in silico)
b0019F05 (@ bnlg1129 by SSR PCR) b0033E24 (@ bnlg1129 by SSR PCR) b0036A24 (@ bnlg1129 by SSR PCR)
b0074K14 (@ bnlg1129 by SSR PCR) b0074K20 (@ bnlg1129 by SSR PCR) b0093L23 (@ bnlg1129 by SSR PCR)
b0146F20 (@ bnlg1129 by SSR PCR) b0232D19 (@ bnlg1129 by SSR PCR) b0039K11 (@ bnlg1191 by SSR PCR)
b0131B19 (@ bnlg1191 by SSR PCR) b0136H19 (@ bnlg1191 by SSR PCR) b0175M11 (@ bnlg1191 by SSR PCR)
b0177E09 (@ bnlg1191 by SSR PCR) b0182A01 (@ bnlg1191 by SSR PCR) b0193G18 (@ bnlg1191 by SSR PCR)
b0197L21 (@ bnlg1191 by SSR PCR) b0236M17 (@ bnlg1191 by SSR PCR) b0252B09 (@ bnlg1191 by SSR PCR)
b0255G14 (@ bnlg1191 by SSR PCR) b0018L02 (@ bnlg128 by SSR PCR) b0093K09 (@ bnlg128 by SSR PCR)
b0123F04 (@ bnlg128 by SSR PCR) b0181H24 (@ bnlg128 by SSR PCR) b0183H24 (@ bnlg128 by SSR PCR)
b0281A05 (@ bnlg128 by SSR PCR) b0009A03 (@ bnlg1375 by SSR PCR) b0072P20 (@ bnlg1375 by SSR PCR)
b0024G06 (@ bnlg1506 by SSR PCR) b0125H21 (@ bnlg1506 by SSR PCR) b0236P20 (@ bnlg1506 by SSR PCR)
b0248A06 (@ bnlg1506 by SSR PCR) b0248A06 (@ bnlg1506 by SSR PCR) b0288F22 (@ bnlg1506 by SSR PCR)
b0288J22 (@ bnlg1506 by SSR PCR) b0143L16 (@ bnlg1525 by SSR PCR) b0073M11 (@ bnlg619 by SSR PCR)
b0178A20 (@ bnlg619 by SSR PCR) c0193H14 (@ cdo20b by in silico) c0202C04 (@ cdo20b by in silico)
c0208G04 (@ cdo20b by in silico) c0210J16 (@ cdo20b by in silico) c0211C13 (@ cdo20b by in silico)
c0213K10 (@ cdo20b by in silico) c0214B04 (@ cdo20b by in silico) c0215M10 (@ cdo20b by in silico)
c0219B15 (@ cdo20b by in silico) c0219N07 (@ cdo20b by in silico) c0226G17 (@ cdo20b by in silico)
c0228C23 (@ cdo20b by in silico) c0229L06 (@ cdo20b by in silico) c0231A15 (@ cdo20b by in silico)
b0025H17 (@ csu145b(pck) by in silico) b0033E17 (@ csu145b(pck) by in silico) b0104K14 (@ csu145b(pck) by in silico)
b0141D15 (@ csu145b(pck) by in silico) b0230D03 (@ csu145b(pck) by in silico) b0245F06 (@ csu145b(pck) by in silico)
c0005J21 (@ csu145b(pck) by in silico) c0162I14 (@ csu145b(pck) by in silico) c0165O06 (@ csu145b(pck) by in silico)
c0168I18 (@ csu145b(pck) by in silico) c0179C10 (@ csu145b(pck) by in silico) c0195J20 (@ csu145b(pck) by in silico)
c0212N08 (@ csu145b(pck) by in silico) c0268A01 (@ csu145b(pck) by in silico) b0031E16 (@ gst9 by Overgo Hybridization)
b0031K13 (@ gst9 by Overgo Hybridization) b0067I04 (@ gst9 by Overgo Hybridization) b0138E20 (@ gst9 by Overgo Hybridization)
b0199J11 (@ gst9 by Overgo Hybridization) b0211K21 (@ gst9 by Overgo Hybridization) c0013K08 (@ gst9 by Overgo Hybridization)
c0116G04 (@ gst9 by Overgo Hybridization) c0150A16 (@ gst9 by Overgo Hybridization) c0150A17 (@ gst9 by Overgo Hybridization)
b0030D04 (@ met3 by in silico) b0030L22 (@ met3 by in silico) b0038G08 (@ met3 by in silico)
b0042I12 (@ met3 by in silico) b0043J01 (@ met3 by in silico) b0044L22 (@ met3 by in silico)
b0067G24 (@ met3 by in silico) b0076K12 (@ met3 by in silico) b0092K22 (@ met3 by in silico)
b0098H08 (@ met3 by in silico) b0110K03 (@ met3 by in silico) b0128N02 (@ met3 by in silico)
b0129N03 (@ met3 by in silico) b0145K09 (@ met3 by in silico) b0152L07 (@ met3 by in silico)
b0171N19 (@ met3 by in silico) b0187O20 (@ met3 by in silico) b0190A10 (@ met3 by in silico)
b0191F04 (@ met3 by in silico) b0199D17 (@ met3 by in silico) b0210O12 (@ met3 by in silico)
b0214G01 (@ met3 by in silico) c0014J18 (@ met3 by in silico) c0022H05 (@ met3 by in silico)
c0031H01 (@ met3 by in silico) c0031I01 (@ met3 by in silico) c0035O04 (@ met3 by in silico)
c0037J20 (@ met3 by in silico) c0038L11 (@ met3 by in silico) c0052G17 (@ met3 by in silico)
c0068N15 (@ met3 by in silico) c0076O07 (@ met3 by in silico) c0084G08 (@ met3 by in silico)
c0116M06 (@ met3 by in silico) c0117O16 (@ met3 by in silico) c0121K16 (@ met3 by in silico)
c0121K18 (@ met3 by in silico) c0132B12 (@ met3 by in silico) c0134A07 (@ met3 by in silico)
c0135O24 (@ met3 by in silico) c0137K02 (@ met3 by in silico) c0141I22 (@ met3 by in silico)
c0141J24 (@ met3 by in silico) c0141K21 (@ met3 by in silico) c0150A07 (@ met3 by in silico)
c0153F12 (@ met3 by in silico) c0158M05 (@ met3 by in silico) c0161J03 (@ met3 by in silico)
c0166I10 (@ met3 by in silico) c0170E20 (@ met3 by in silico) c0178B21 (@ met3 by in silico)
c0178F14 (@ met3 by in silico) c0178G14 (@ met3 by in silico) c0197K22 (@ met3 by in silico)
b0200H04 (@ mmp136 by in silico) b0206E08 (@ mmp136 by in silico) b0128I22 (@ phi448880 by SSR PCR)
b0135H20 (@ phi448880 by SSR PCR) b0167D15 (@ phi448880 by SSR PCR) b0235N05 (@ phi448880 by SSR PCR)
b0257L24 (@ phi448880 by SSR PCR) b0273O10 (@ phi448880 by SSR PCR) b0001O02 (@ rld1 by Overgo Hybridization)
b0015F02 (@ rld1 by Overgo Hybridization) b0018G06 (@ rld1 by Overgo Hybridization) b0024P09 (@ rld1 by Overgo Hybridization)
b0031J15 (@ rld1 by Overgo Hybridization) b0050H19 (@ rld1 by Overgo Hybridization) b0056B03 (@ rld1 by Overgo Hybridization)
b0062M12 (@ rld1 by Overgo Hybridization) b0066O03 (@ rld1 by Overgo Hybridization) b0073K17 (@ rld1 by Overgo Hybridization)
b0104C02 (@ rld1 by Overgo Hybridization) b0105O06 (@ rld1 by Overgo Hybridization) b0108O03 (@ rld1 by Overgo Hybridization)
b0124O22 (@ rld1 by Overgo Hybridization) b0126B12 (@ rld1 by Overgo Hybridization) b0144J13 (@ rld1 by Overgo Hybridization)
b0146B05 (@ rld1 by Overgo Hybridization) b0155B02 (@ rld1 by Overgo Hybridization) b0158P16 (@ rld1 by Overgo Hybridization)
b0162K23 (@ rld1 by Overgo Hybridization) b0165C01 (@ rld1 by Overgo Hybridization) b0165L13 (@ rld1 by Overgo Hybridization)
b0166C14 (@ rld1 by Overgo Hybridization) b0167N06 (@ rld1 by Overgo Hybridization) b0168A03 (@ rld1 by Overgo Hybridization)
b0185E01 (@ rld1 by Overgo Hybridization) b0187E24 (@ rld1 by Overgo Hybridization) b0188A21 (@ rld1 by Overgo Hybridization)
b0195H10 (@ rld1 by Overgo Hybridization) c0079O18 (@ rld1 by Overgo Hybridization) c0079P18 (@ rld1 by Overgo Hybridization)
c0080B07 (@ rld1 by Overgo Hybridization) c0081K13 (@ rld1 by Overgo Hybridization) c0089C08 (@ rld1 by Overgo Hybridization)
c0102P05 (@ rld1 by Overgo Hybridization) c0104J08 (@ rld1 by Overgo Hybridization) c0105I16 (@ rld1 by Overgo Hybridization)
c0106J15 (@ rld1 by Overgo Hybridization) c0115B01 (@ rld1 by Overgo Hybridization) c0117P05 (@ rld1 by Overgo Hybridization)
c0119M03 (@ rld1 by Overgo Hybridization) c0127F23 (@ rld1 by Overgo Hybridization) c0139J18 (@ rld1 by Overgo Hybridization)
c0141C04 (@ rld1 by Overgo Hybridization) c0174B02 (@ rld1 by Overgo Hybridization) c0188L18 (@ rld1 by Overgo Hybridization)
c0192G13 (@ rld1 by Overgo Hybridization) c0197H16 (@ rld1 by Overgo Hybridization) c0210K09 (@ rld1 by Overgo Hybridization)
b0001O17 (@ umc1104 by in silico) b0005H18 (@ umc1104 by in silico) b0021F21 (@ umc1104 by in silico)
b0031D16 (@ umc1104 by in silico) b0060I22 (@ umc1104 by SSR PCR) b0076L22 (@ umc1104 by SSR PCR)
b0156G09 (@ umc1104 by SSR PCR) b0160H05 (@ umc1104 by SSR PCR) b0213H24 (@ umc1104 by in silico)
b0237L23 (@ umc1104 by SSR PCR) b0118P06 (@ umc1137 by SSR PCR) b0149G18 (@ umc1137 by SSR PCR)
b0158P19 (@ umc1137 by SSR PCR) b0169H13 (@ umc1137 by SSR PCR) b0178F12 (@ umc1137 by SSR PCR)
b0188B02 (@ umc1137 by SSR PCR) b0214K03 (@ umc1137 by SSR PCR) b0216A16 (@ umc1137 by SSR PCR)
b0288B09 (@ umc1137 by SSR PCR) b0067H15 (@ umc1277 by SSR PCR) b0098H05 (@ umc1277 by SSR PCR)
b0124H23 (@ umc1277 by SSR PCR) b0175H15 (@ umc1277 by SSR PCR) b0180B10 (@ umc1277 by SSR PCR)
b0204G05 (@ umc1277 by SSR PCR) b0252L16 (@ umc1277 by SSR PCR) b0037O06 (@ umc1505 by SSR PCR)
b0104L20 (@ umc1505 by SSR PCR) b0113M05 (@ umc1505 by SSR PCR) b0113M05 (@ umc1505 by SSR PCR)
b0017D09 (@ umc1714 by in silico) b0074N20 (@ umc1714 by in silico) b0088E21 (@ umc1714 by in silico)
c0013K04 (@ umc1714 by in silico) c0051G01 (@ umc1714 by in silico) c0108O11 (@ umc1714 by in silico)
c0119G23 (@ umc1714 by in silico) c0150I21 (@ umc1714 by in silico) c0162L24 (@ umc1714 by in silico)
c0200L13 (@ umc1714 by in silico) b0007P15 (@ umc1804 by SSR PCR) b0045A18 (@ umc1804 by SSR PCR)
b0101J11 (@ umc1804 by SSR PCR) b0108B21 (@ umc1804 by SSR PCR) b0108B21 (@ umc1804 by SSR PCR)
b0108B23 (@ umc1804 by SSR PCR) b0108B23 (@ umc1804 by SSR PCR) b0146F21 (@ umc1804 by SSR PCR)
b0148B16 (@ umc1804 by SSR PCR) b0002G22 (@ umc1942 by SSR PCR) b0098N23 (@ umc1942 by SSR PCR)
b0118P06 (@ umc1942 by SSR PCR) b0149G18 (@ umc1942 by SSR PCR) b0158P19 (@ umc1942 by SSR PCR)
b0178F12 (@ umc1942 by SSR PCR) b0188B02 (@ umc1942 by SSR PCR) b0188B02 (@ umc1942 by SSR PCR)
b0288B09 (@ umc1942 by SSR PCR) b0008J12 (@ umc1982 by in silico) c0117G07 (@ umc1982 by in silico)
c0172K04 (@ umc1982 by in silico) b0081J04 (@ umc2089 by SSR PCR) b0130G07 (@ umc2089 by SSR PCR)
b0160J23 (@ umc2089 by SSR PCR) b0274J14 (@ umc2089 by SSR PCR) b0009A03 (@ umc2131 by SSR PCR)
b0072P20 (@ umc2131 by SSR PCR) b0197M02 (@ umc2358 by SSR PCR) b0206O14 (@ umc2358 by SSR PCR)
b0018G18 (@ umc2359 by SSR PCR) b0034D02 (@ umc2359 by SSR PCR) b0036P12 (@ umc2359 by SSR PCR)
b0103H24 (@ umc2359 by SSR PCR) b0103H24 (@ umc2359 by SSR PCR) b0130G07 (@ umc2359 by SSR PCR)
b0142K15 (@ umc2359 by SSR PCR) b0166G24 (@ umc2359 by SSR PCR) b0168H24 (@ umc2359 by SSR PCR)
b0197O20 (@ umc2359 by SSR PCR) b0274J14 (@ umc2359 by SSR PCR) b0280D02 (@ umc2359 by SSR PCR)
b0280D02 (@ umc2359 by SSR PCR) b0060A05 (@ wc1 by in silico) c0157F16 (@ wc1 by in silico)
c0164K02 (@ wc1 by in silico)    

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