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Chromosome 1, Region 4 (bin 1.04)

This page summarizes the data available describing features found in bin 1.04 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 1.04
Genes in Bin 1.04
Other Loci in Bin 1.04
Bin 1.04 High-Density Map Regions
Sequences in Bin 1.04
EST Contigs in Bin 1.04
SSRs in Bin 1.04
BACs in Bin 1.04
Mapped loci w/ accessions in Bin 1.04
Map Locations of Sequences in Bin 1.04


Bin Viewer pages




Genome Browser pages


Genome Browser Links for 1.04

   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 1.04

Here are the 63 genes found in this chromosomal region.

ad*-N605B adherentN605B blh*-N487C bleachedN487C
blh1 bleached1 bnk*-N1519C brown kernelN1519C
car1 catalase regulator1 cfr1 coupling factor reduction1
cp*-N1078B collapsedN1078B cp*-N1393A collapsedN1393A
cp*-N1399A collapsedN1399A cp*-N628 collapsedN628
cp*-N991 collapsedN991 cpps2 copalyl diphosphate synthase2
csu323 csu452
ct2 compact plant2 dcr*-N1176B defective crownN1176B
de*-N1142 defectiveN1142 de*-N1162 defectiveN1162
de*-N1345B defectiveN1345B de*-N1390A defectiveN1390A
dek32 defective kernel32 emb*-8506 embryo specific-8506
emb*-8550 embryo specific-8550 emb1 embryo specific1
emb10 embryo specific10 emb12 embryo specific12
emb13 embryo specific13 emb4 embryo specific4
emb7 embryo specific7 et*-N617 etchedN617
et*-N745 etchedN745 fl*-N1208A flouryN1208A
gm*-N1390C germlessN1390C gst42 glutathione transferase42
hcf31 high chlorophyll fluorescence31 hcf6 high chlorophyll fluorescence6
hmp1 humpback1 ht4 Helminthosporium turcicum response4
l16 luteus16 les5 lesion5
ms*-6034 male sterile6034 ms28 male sterile28
ms9 male sterile9 msv1 maize streak virus tolerance1
nec2 necrotic2 pg*-N484A palegreenN484A
pg*-N484B palegreenN484B pg*-N526C palegreenN526C
psei6 cystatin6 psei8 cystatin8
psl25 position shift locus25 ptd*-N923 pittedN923
rgd2 ragged seedling2 sen3 soft endosperm3
smk*-N1057A small kernelN1057A sod4 superoxide dismutase4
sus2 sucrose synthase2 tps8 terpene synthase8
ufg9 v*-5688 virescent candidate 5688
vp*-N1136B viviparousN1136B wt*-N650A white tipN650A
ys2 yellow stripe2

Other Loci in Bin 1.04

Here are the 163 additional loci found in this chromosomal region.

asg45(ptk) protein kinase homolog (Gene candidate) de*-N1057B defectiveN1057B (Lapsed Locus)
de15 defective endosperm15 (Lapsed Locus) bti00252::Ac (Point)
mu1000813 (Point) mu1001387 (Point)
mu1001460 (Point) mu1002455 (Point)
mu1002921 (Point) mu1004297 (Point)
mu1004703 (Point) mu1004707 (Point)
mu1004709 (Point) mu1004764 (Point)
mu1004951 (Point) mu1005213 (Point)
mu1006541 (Point) mu1007050 (Point)
mu1007156 (Point) mu1007273 (Point)
mu1007436 (Point) mu1007514 (Point)
mu1007618 (Point) mu1007837 (Point)
mu1007864 (Point) mu1008021 (Point)
mu1008097 (Point) mu1008184 (Point)
mu1008600 (Point) mu1008694 (Point)
mu1008760 (Point) mu1008851 (Point)
mu1008917 (Point) mu1008978 (Point)
mu1009123 (Point) mu1009150 (Point)
mu1009203 (Point) mu1009274 (Point)
mu1009423 (Point) mu1009435 (Point)
mu1009522 (Point) mu1009740 (Point)
mu1009883 (Point) mu1010252 (Point)
T1-3k(1) (Point) T1-5(6899)(1) (Point)
T1-6c(1) (Point) T1-9(8918)(1) (Point)
T1-9c(1) (Point) agrc634 (Probed Site)
agrr153a (Probed Site) agrr88a (Probed Site)
asg3 (Probed Site) asg30b (Probed Site)
asg57 (Probed Site) asg69 (Probed Site)
asg75 (Probed Site) asg78 (Probed Site)
bcd450e (Probed Site) bnl2.323 (Probed Site)
bnl9.11b(lts) (Probed Site) bnlg1016 (Probed Site)
bnlg1811 (Probed Site) bnlg2086 (Probed Site)
bnlg2238 (Probed Site) bnlg2295 (Probed Site)
cdo64b (Probed Site) cdo689a (Probed Site)
csu1082 (Probed Site) csu207 (Probed Site)
csu389 (Probed Site) csu632a (Probed Site)
csu633 (Probed Site) csu649(scp) (Probed Site)
csu737(npc) (Probed Site) csu887 (Probed Site)
csu941 (Probed Site) dpg12a (Probed Site)
dupssr26 (Probed Site) E33M47-439-B73 (Probed Site)
E33M61-240-(A7/B73) (Probed Site) E35M49-995-(A7/B73) (Probed Site)
E38M47-346-A7 (Probed Site) E38M47-85-A7 (Probed Site)
E38M51-253-A7 (Probed Site) E38M51-377-B73 (Probed Site)
E38M60-130.2-B73 (Probed Site) E38M60-130.2-D32 (Probed Site)
E45M48-321.9-B73 (Probed Site) gsy297a(emb) (Probed Site)
isu041b (Probed Site) isu61a (Probed Site)
isu98b (Probed Site) mHbrBA205-B73 (Probed Site)
mHbrBA74-Mo17 (Probed Site) mHbrBA81-Mo17 (Probed Site)
mHbrBG153-B73 (Probed Site) mHbrBG99-B73 (Probed Site)
mHbrMA262-B73 (Probed Site) mHbrMA85-B73 (Probed Site)
mmc0092 (Probed Site) mmc0103 (Probed Site)
mty7sc1c maize telomeric YAC site (Probed Site) npi(C3D-03) (Probed Site)
npi(G10C-11) (Probed Site) npi13 (Probed Site)
npi249b (Probed Site) npi262 (Probed Site)
npi293b (Probed Site) npi322 (Probed Site)
npi327 (Probed Site) npi453 (Probed Site)
npi589 (Probed Site) npi593b (Probed Site)
rgpc198a(sik) (Probed Site) rgpc361(ppi) (Probed Site)
rgpr44a (Probed Site) rz251a (Probed Site)
rz574a(cwp) (Probed Site) rz585a (Probed Site)
rz672a(cgs) (Probed Site) uaz10a (Probed Site)
uaz11 (Probed Site) uaz12 (Probed Site)
uaz146a(rps28) (Probed Site) uaz198d(rpL10) (Probed Site)
uaz248a(his3) (Probed Site) uaz3 (Probed Site)
ucsd61g (Probed Site) ufg13b (Probed Site)
ufg43 (Probed Site) ufg77 (Probed Site)
umc1144 (Probed Site) umc1472 (Probed Site)
umc1558 (Probed Site) umc1849 (Probed Site)
umc1917 (Probed Site) umc2112 (Probed Site)
umc2124a (Probed Site) umc2171 (Probed Site)
umc2227 (Probed Site) umc2228 (Probed Site)
umc2229 (Probed Site) umc227 (Probed Site)
umc2390 (Probed Site) umc6b (Probed Site)
q300k22 QTL 300-kernel weight 22 (QTL) qanth11 QTL anther culture response 11 (QTL)
qcew5 QTL response to corn earworm 5 (QTL) qczm1 QTL response to Cercospora zeae-maydis 1 (QTL)
qczm25 QTL response to Cercospora zeae-maydis 25 (QTL) qearht1 QTL ear height 1 (QTL)
qearl34 QTL ear length 34 (QTL) qgrdm3 QTL percent grain dry matter 3 (QTL)
qgyld14 QTL grain yield 14 (QTL) qgyld151 QTL grain yield151 (QTL)
qhir1 qtl-haploid induction rate1 (QTL) qplht18 QTL plant height 18 (QTL)
qplht61 QTL plant height 61 (QTL) qproc5 QTL protein content 5 (QTL)
qspr1 QTL resistance to Sphacelotheca reiliana1 (QTL) qstarch1 QTL starch content 1 (QTL)
qtest10 QTL test weight 10 (QTL)

High-Density Maps Focusing on Bin 1.04

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

UMC 98 1

74asg45(ptk) protein kinase homolog
74asg69
74csu632a
74csu633
74csu941
74umc227
75les22 lesion22
77.4csu1082
78.2asg30b
78.2csu737(npc)
78.2rgpc361(ppi)
78.2rgpr44a
81.2csu389
81.2rz672a(cgs)
81.6asg75
81.6rgpc198a(sik)
81.6sod4 superoxide dismutase4
83.2csu207
83.2csu452
83.2csu649(scp)
83.2rz251a
85.8csu323
85.8csu887
86.4bcd450e
86.4npi262
86.4uaz198d(rpL10)
88.5asg3

BNL 96 1

86.2cdo938a
86.2rz672a(cgs)
86.2uaz146a(rps28)
93.7bnl2.323
108.1dpg12a
108.1npi262
108.1uaz248a(his3)

IBM2 2004 Neighbors 1

290.47asg45(ptk) protein kinase homolog
293csu633
298.72les22 lesion22
312.46csu1082
320.9bnlg1016
320.9mmp56
326.7bnlg2238
328.5umc2124a
335umc1849
336.5asg75
337.4tps8 terpene synthase8
337.5sod4 superoxide dismutase4
338.97chr125b chromatin complex subunit A
339.91cdo38a(ntp)
340.7asg30b
340.7csu737(npc)
340.7rgpc361(ppi)
340.7rgpr44a
344.42PCO099415
346.84umc1472
348.99uaz3
349.88csu389
349.88rz672a(cgs)
350.6AY110330
351.1rgpc198a(sik)
353.12bnl2.323
356csu207
356csu452
356csu649(scp)
356rz251a
359.7uaz248a(his3)
360.9umc2227
369.2ufg13b
373.2ufg77
374.77umc1144
374.8umc1917
376.89umc2390
377.2isu041b
378.52csu323
378.52csu887
383.6ufg43
383.71bcd450e
383.71npi262
383.71uaz198d(rpL10)
386.4bnlg1811
389.56umc275
390.8bnl9.11b(lts)
391.8umc2228
391.86umc1770
393.96aoc1 allene oxide cyclase1
397.3umc2229
398.2bnlg2295
399.2dpg12a
401.2bnlg2086
401.3umc1243
401.3umc2112
401.9asg3
425uaz12
488.19uaz11
667.48umc1452

Genetic 2005 1

54 +/- 30cfr1 coupling factor reduction1
57 +/- 57dek32 defective kernel32
57 +/- 57emb1 embryo specific1
57 +/- 57emb10 embryo specific10
57 +/- 57emb4 embryo specific4
57 +/- 57emb7 embryo specific7
57 +/- 57hcf31 high chlorophyll fluorescence31
57 +/- 57hcf6 high chlorophyll fluorescence6
57 +/- 57ms28 male sterile28
57 +/- 30rth3 roothair defective3
57 +/- 57ys2 yellow stripe2
68 +/- 2ms9 male sterile9
72 +/- 2T1-5(6899)(1)
74asg45(ptk) protein kinase homolog
74asg69
74csu632a
74csu633
74csu941
74 +/- 4l16 luteus16
74umc227
75les22 lesion22
77nec2 necrotic2
77.4csu1082
78 +/- 2T1-3k(1)
78.2asg30b
78.2csu737(npc)
78.2rgpc361(ppi)
78.2rgpr44a
79 +/- 10T1-9(8918)(1)
81 +/- 2T1-6c(1)
81.2csu389
81.2rz672a(cgs)
81.6asg75
81.6rgpc198a(sik)
81.6sod4 superoxide dismutase4
83.2csu207
83.2csu452
83.2csu649(scp)
83.2rz251a
83.4 +/- 1msv1 maize streak virus tolerance1
85.8csu323
85.8csu887
86.4bcd450e
86.4npi262
86.4uaz198d(rpL10)
88.5asg3
90 +/- 2T1-3a(1)
91 +/- 10blh1 bleached1

Accession #s in Bin 1.04

Here are accession numbers of the 273 sequences that have been verified to be in this chromosomal region. Download the DNA sequences in FASTA format.

AC177935 AC191046 AF377517 AY124703 AY108090
AY771210 AY562490 EU958348 EU970849 FJ909920
FJ909191 G10856 FJ908888 JF420954 AI712051
AI739909 CX129527 AW147128 BE056171 W49860
BH418327 CC739258 CC740292 CC740293 CC741234
CC750630 CC754784 CC759436 CC760399 CC827987
CC785576 CC785474 CC792470 AC187481 AC194314
AC194910 AC205502 AC205565 AC204689 AC205669
AC205704 AC204597 AC208356 AC209721 AY059416
AF058763 BT054459 EU976087 G10757 FJ911004
FJ910296 FJ909439 AI629804 AI833723 AW011655
AW330630 T18740 W21638 BG266308 BG349843
AA979746 CC175116 CC741532 CC741253 CC756641
CC756642 CC747831 CC747832 CC751305 CC759686
CC760852 CC785473 AC194727 AC205071 AC205528
AC204380 AC205609 AC205902 AC203431 AC197371
AC196188 AC216849 AC209829 AY109448 AY108615
BT036961 BT055635 FJ910949 G10778 FJ910790
FJ909272 JF421009 Z29643 DN757490 AW066342
T18654 BE123195 BE129783 W21613 CC740889
CC741235 CC748514 CC751714 CC776563 CC784369
CC787174 AC205493 AC195802 AC211742 AC211513
AC211994 AC208459 AC206679 AY112580 AY108191
AY106099 AY109307 AY107788 FJ910234 FJ910093
FJ910353 FJ911115 FJ909194 FJ909205 FJ909123
JF421065 AW181163 T18842 BM073183 BG873826
BH418236 CC464672 CC746250 CC747031 CC751713
CC830368 CC789465 AC205101 AC204681 AC204306
AC205683 AC206517 AC206196 AY104856 AY111127
AY110330 AY928080 AY488136 FJ911171 G10779
G68012 FJ909640 G10756 L46399 AI833772
CD984732 AW053219 T14756 BE643624 W21653
BI233788 AZ932967 AZ916361 BH417752 CC740890
CC755121 CC751306 CC759687 CC760400 AC155387
AC190568 AC204545 AC205676 AC216247 AC206252
AF244707 AC229990 AF377510 AY111633 AY112035
BT033501 AY562491 EU976594 FJ909775 FJ909841
FJ910756 FJ911260 FJ910890 FJ909236 G10855
FJ908924 G71163 X17565 JF420926 W49903
BH140427 CC144984 CC146137 CC755122 CC759159
CC754785 CC784370 AC194361 AC194975 AC201802
AC204530 AC204541 AC204615 AC196716 AM055635
AM055637 AC226222 AC229575 AY109308 AY108690
FJ909535 FJ911388 FJ910711 G68079 FJ910110
FJ911312 FJ910630 FJ908788 AA054809 AA011858
AA143915 AI734809 AI783092 AW000023 T14800
T18739 AZ916362 CC453431 CC759435 CC823596
CC787173 CC784738 AC177855 AC205494 AY103942
AY265855 AY107855 FJ910684 FJ909407 FJ910822
FJ911107 FJ910908 FJ909193 FJ908776 AA054821
U39641 AI947728 AW061973 AW066431 AW076393
AW313164 BG268083 BM079958 AI396370 AI374543
BH140428 CC174833 CC599795 CC744104 CC741533
CC746251 CC747030 CC759160 CC823595 CC786781
CC789496 CC789497 CC792469    

EST Contigs in Bin 1.04

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

PUT-1-171a-Zea_mays-1593 PUT-1-171a-Zea_mays-9842 PUT-1-171a-Zea_mays-15338 PUT-1-171a-Zea_mays-17143 PUT-1-171a-Zea_mays-27270        

SSRs in Bin 1.04

Here are the 26 SSRs that have been verified to be in this chromosomal region.

(AG)7 p-umc1558 (AGC)4 p-umc2228 (CAT)4 p-umc1243
(CGC)4 p-umc2229 (CGG)6 p-mmc0092 (CT)8 p-umc1144
(CTG)6 p-umc1917 (GA)11 p-mmc0103 (GA)12 p-umc2112
(GA)23 p-dupssr26 (GCC)4 p-umc1452 (GCG)6 p-umc2204
(GCGCTG)4 p-umc2227 (GGC)4 p-umc1770 (TA)6 p-umc2124
(TA)6 p-umc2171 (TA)8 p-umc1849 (TAC)4 p-umc2390
(TG)6 p-umc2217 (TTA)4 p-umc1169 (TTC)4 p-umc1472
AG(16) p-bnlg1811 AG(16) p-bnlg2238 AG(18) p-bnlg2086
AG(20) p-bnlg1016 AG(30) p-bnlg2295  

BACs in Bin 1.04

View bin 1.04 at MaizeSequence.org to see the latest genomic alignment of the sequenced BACs - sequenced BACs are noted below with an *.

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

Here are the 456 BACs that have been verified to be in this chromosomal region.

b0109H02 (@ AY110330 by in silico) b0146M05 (@ AY110330 by in silico) c0012H08 (@ AY110330 by in silico)
c0070I13 (@ AY110330 by in silico) c0141N14 (@ AY110330 by in silico) c0152L10 (@ AY110330 by in silico)
b0078P08 (@ PCO099415 by in silico) b0078P09 (@ PCO099415 by in silico) b0133E14 (@ PCO099415 by in silico)
b0159M15 (@ PCO099415 by in silico) c0039K22 (@ PCO099415 by in silico) c0046K21 (@ PCO099415 by in silico)
c0048A17 (@ PCO099415 by in silico) c0054E09 (@ PCO099415 by in silico) c0198O07 (@ PCO099415 by in silico)
c0205I02 (@ PCO099415 by in silico) b0028N10 (@ aoc1 by in silico) b0174J06 (@ aoc1 by in silico)
c0045K15 (@ aoc1 by in silico) b0002D16 (@ asg45(ptk) by RFLP Hybridization) b0109M14 (@ asg45(ptk) by RFLP Hybridization)
b0149N03 (@ asg45(ptk) by RFLP Hybridization) b0174J11 (@ asg45(ptk) by RFLP Hybridization) b0193C22 (@ asg45(ptk) by RFLP Hybridization)
b0205P12 (@ asg45(ptk) by RFLP Hybridization) b0246M13 (@ asg45(ptk) by RFLP Hybridization) b0001D08 (@ asg69 by PCR)
b0004N02 (@ asg69 by PCR) b0042D11 (@ asg69 by RFLP Hybridization) b0049I16 (@ asg69 by RFLP Hybridization)
b0097K22 (@ asg69 by RFLP Hybridization) b0104J07 (@ asg69 by RFLP Hybridization) b0120P09 (@ asg69 by RFLP Hybridization)
b0124F03 (@ asg69 by RFLP Hybridization) b0152L08 (@ asg69 by PCR) b0152L08 (@ asg69 by RFLP Hybridization)
b0156G10 (@ asg69 by PCR) b0156G10 (@ asg69 by RFLP Hybridization) b0230K07 (@ asg69 by RFLP Hybridization)
b0060L01 (@ bnl9.11b(lts) by in silico) b0064J09 (@ bnl9.11b(lts) by in silico) b0090G06 (@ bnl9.11b(lts) by RFLP Hybridization)
b0094P12 (@ bnl9.11b(lts) by RFLP Hybridization) b0158G17 (@ bnl9.11b(lts) by in silico) b0226M19 (@ bnl9.11b(lts) by RFLP Hybridization)
b0245P07 (@ bnl9.11b(lts) by RFLP Hybridization) b0265B17 (@ bnl9.11b(lts) by RFLP Hybridization) b0273F02 (@ bnl9.11b(lts) by RFLP Hybridization)
c0222K09 (@ bnl9.11b(lts) by in silico) c0239H04 (@ bnl9.11b(lts) by in silico) c0277N17 (@ bnl9.11b(lts) by in silico)
b0167I13 (@ bnlg1016 by SSR PCR) b0167I13 (@ bnlg1016 by SSR PCR) b0242A08 (@ bnlg1016 by SSR PCR)
b0055M03 (@ bnlg1811 by SSR PCR) b0087O10 (@ bnlg1811 by SSR PCR) b0119F16 (@ bnlg1811 by SSR PCR)
b0170B20 (@ bnlg1811 by SSR PCR) b0207D13 (@ bnlg1811 by SSR PCR) b0026C18 (@ bnlg2086 by SSR PCR)
b0064C01 (@ bnlg2086 by SSR PCR) b0089B07 (@ bnlg2086 by SSR PCR) b0132E09 (@ bnlg2086 by SSR PCR)
b0136I03 (@ bnlg2086 by SSR PCR) b0166D07 (@ bnlg2086 by SSR PCR) b0212P09 (@ bnlg2086 by SSR PCR)
b0282A08 (@ bnlg2086 by SSR PCR) b0286O24 (@ bnlg2086 by SSR PCR) b0111C19 (@ bnlg2238 by SSR PCR)
b0113D17 (@ bnlg2238 by SSR PCR) b0116O14 (@ bnlg2238 by SSR PCR) b0119B24 (@ bnlg2238 by SSR PCR)
b0181D22 (@ bnlg2238 by SSR PCR) b0211K17 (@ bnlg2238 by SSR PCR) b0213C07 (@ bnlg2238 by SSR PCR)
b0213C07 (@ bnlg2238 by SSR PCR) b0089F23 (@ bnlg2295 by SSR PCR) b0014B11 (@ cdo38a(ntp) by in silico)
b0018E23 (@ cdo38a(ntp) by in silico) b0032B19 (@ cdo38a(ntp) by in silico) b0032H09 (@ cdo38a(ntp) by in silico)
b0043J17 (@ cdo38a(ntp) by in silico) b0049G07 (@ cdo38a(ntp) by in silico) b0095H20 (@ cdo38a(ntp) by in silico)
b0124K23 (@ cdo38a(ntp) by in silico) b0148D10 (@ cdo38a(ntp) by in silico) b0160J06 (@ cdo38a(ntp) by in silico)
b0191A16 (@ cdo38a(ntp) by in silico) b0205I11 (@ cdo38a(ntp) by in silico) b0233L22 (@ cdo38a(ntp) by in silico)
b0241H24 (@ cdo38a(ntp) by in silico) b0246J12 (@ cdo38a(ntp) by in silico) b0257M04 (@ cdo38a(ntp) by in silico)
c0006F13 (@ cdo38a(ntp) by in silico) c0006G20 (@ cdo38a(ntp) by in silico) c0009C18 (@ cdo38a(ntp) by in silico)
c0043A04 (@ cdo38a(ntp) by in silico) c0045N09 (@ cdo38a(ntp) by in silico) c0066D07 (@ cdo38a(ntp) by in silico)
c0075B10 (@ cdo38a(ntp) by in silico) c0076A13 (@ cdo38a(ntp) by in silico) c0079J20 (@ cdo38a(ntp) by in silico)
c0092L20 (@ cdo38a(ntp) by in silico) c0101K04 (@ cdo38a(ntp) by in silico) c0115G03 (@ cdo38a(ntp) by in silico)
c0206A04 (@ cdo38a(ntp) by in silico) c0219H12 (@ cdo38a(ntp) by in silico) c0278H15 (@ cdo38a(ntp) by in silico)
b0252O09 (@ csu389 by in silico) b0257M21 (@ csu389 by in silico) b0287G14 (@ csu389 by in silico)
b0031C15 (@ csu649(scp) by in silico) b0249C23 (@ csu649(scp) by in silico) c0058I14 (@ csu649(scp) by in silico)
c0058J13 (@ csu649(scp) by in silico) c0083B04 (@ csu649(scp) by in silico) c0099G05 (@ csu649(scp) by in silico)
c0119E06 (@ csu649(scp) by in silico) c0160M02 (@ csu649(scp) by in silico) c0190A04 (@ csu649(scp) by in silico)
c0196G11 (@ csu649(scp) by in silico) c0236M02 (@ csu649(scp) by in silico) c0248I23 (@ csu649(scp) by in silico)
c0288B18 (@ csu649(scp) by in silico) b0016M23 (@ csu737(npc) by in silico) b0030C05 (@ csu737(npc) by in silico)
b0030F03 (@ csu737(npc) by in silico) b0036J23 (@ csu737(npc) by in silico) b0050C01 (@ csu737(npc) by in silico)
b0068P14 (@ csu737(npc) by in silico) b0078M01 (@ csu737(npc) by in silico) b0080L16 (@ csu737(npc) by in silico)
b0083K09 (@ csu737(npc) by in silico) b0097B22 (@ csu737(npc) by in silico) b0097H06 (@ csu737(npc) by in silico)
b0097M11 (@ csu737(npc) by in silico) b0098H08 (@ csu737(npc) by in silico) b0098L17 (@ csu737(npc) by in silico)
b0099N04 (@ csu737(npc) by in silico) b0099P10 (@ csu737(npc) by in silico) b0106M19 (@ csu737(npc) by in silico)
b0116O02 (@ csu737(npc) by in silico) b0119A07 (@ csu737(npc) by in silico) b0127F24 (@ csu737(npc) by in silico)
b0127G24 (@ csu737(npc) by in silico) b0129M13 (@ csu737(npc) by in silico) b0130M21 (@ csu737(npc) by in silico)
b0133L22 (@ csu737(npc) by in silico) b0134F16 (@ csu737(npc) by in silico) b0135B14 (@ csu737(npc) by in silico)
b0137N03 (@ csu737(npc) by in silico) b0138I04 (@ csu737(npc) by in silico) b0142K08 (@ csu737(npc) by in silico)
b0143L23 (@ csu737(npc) by in silico) b0199M03 (@ csu737(npc) by in silico) b0201G13 (@ csu737(npc) by in silico)
b0203N12 (@ csu737(npc) by in silico) b0241H23 (@ csu737(npc) by in silico) b0242F14 (@ csu737(npc) by in silico)
b0242L15 (@ csu737(npc) by in silico) b0244E23 (@ csu737(npc) by in silico) b0244O14 (@ csu737(npc) by in silico)
b0246J02 (@ csu737(npc) by in silico) b0246J09 (@ csu737(npc) by in silico) b0259P07 (@ csu737(npc) by in silico)
b0272O24 (@ csu737(npc) by in silico) b0277F15 (@ csu737(npc) by in silico) c0004O05 (@ csu737(npc) by in silico)
c0007C01 (@ csu737(npc) by in silico) c0007D20 (@ csu737(npc) by in silico) c0009B17 (@ csu737(npc) by in silico)
c0032K14 (@ csu737(npc) by in silico) c0040B18 (@ csu737(npc) by in silico) c0052A06 (@ csu737(npc) by in silico)
c0056G13 (@ csu737(npc) by in silico) c0057F01 (@ csu737(npc) by in silico) c0057N01 (@ csu737(npc) by in silico)
c0059G01 (@ csu737(npc) by in silico) c0059G02 (@ csu737(npc) by in silico) c0059H02 (@ csu737(npc) by in silico)
c0059H04 (@ csu737(npc) by in silico) c0059H05 (@ csu737(npc) by in silico) c0063L18 (@ csu737(npc) by in silico)
c0064G21 (@ csu737(npc) by in silico) c0064N09 (@ csu737(npc) by in silico) c0065N11 (@ csu737(npc) by in silico)
c0066E01 (@ csu737(npc) by in silico) c0067F12 (@ csu737(npc) by in silico) c0068C05 (@ csu737(npc) by in silico)
c0082O11 (@ csu737(npc) by in silico) c0085D04 (@ csu737(npc) by in silico) c0091B07 (@ csu737(npc) by in silico)
c0102J05 (@ csu737(npc) by in silico) c0113B20 (@ csu737(npc) by in silico) c0116E18 (@ csu737(npc) by in silico)
c0142O01 (@ csu737(npc) by in silico) c0147H20 (@ csu737(npc) by in silico) c0156N17 (@ csu737(npc) by in silico)
c0162L16 (@ csu737(npc) by in silico) c0165L10 (@ csu737(npc) by in silico) c0167A19 (@ csu737(npc) by in silico)
c0168F13 (@ csu737(npc) by in silico) c0171K06 (@ csu737(npc) by in silico) c0172A04 (@ csu737(npc) by in silico)
c0174M16 (@ csu737(npc) by in silico) c0189G02 (@ csu737(npc) by in silico) c0191G20 (@ csu737(npc) by in silico)
c0199B15 (@ csu737(npc) by in silico) c0199D15 (@ csu737(npc) by in silico) c0204G07 (@ csu737(npc) by in silico)
c0206B15 (@ csu737(npc) by in silico) c0206P22 (@ csu737(npc) by in silico) c0208D15 (@ csu737(npc) by in silico)
c0209I07 (@ csu737(npc) by in silico) c0210L18 (@ csu737(npc) by in silico) c0210M18 (@ csu737(npc) by in silico)
c0212J04 (@ csu737(npc) by in silico) c0213F08 (@ csu737(npc) by in silico) c0213I04 (@ csu737(npc) by in silico)
c0215L21 (@ csu737(npc) by in silico) c0216G22 (@ csu737(npc) by in silico) c0216I21 (@ csu737(npc) by in silico)
c0216K21 (@ csu737(npc) by in silico) c0217E04 (@ csu737(npc) by in silico) c0219A14 (@ csu737(npc) by in silico)
c0221F08 (@ csu737(npc) by in silico) c0223M24 (@ csu737(npc) by in silico) c0230P06 (@ csu737(npc) by in silico)
c0233O15 (@ csu737(npc) by in silico) c0237A18 (@ csu737(npc) by in silico) c0239I13 (@ csu737(npc) by in silico)
c0240J22 (@ csu737(npc) by in silico) b0082D15 (@ gst42 by in silico) b0090D10 (@ gst42 by in silico)
b0127J13 (@ gst42 by in silico) b0198M09 (@ gst42 by in silico) b0206O05 (@ gst42 by in silico)
c0017O04 (@ gst42 by in silico) c0030I20 (@ gst42 by in silico) c0111L10 (@ gst42 by in silico)
c0111M10 (@ gst42 by in silico) c0113D15 (@ gst42 by in silico) c0126D22 (@ gst42 by in silico)
c0160A22 (@ gst42 by in silico) c0199H01 (@ gst42 by in silico) b0237J22 (@ gt1 by SSR PCR)
c0187C21 (@ gt1 by in silico) b0020F12 (@ les22 by Overgo Hybridization) b0179J22 (@ les22 by Overgo Hybridization)
b0192M08 (@ les22 by Overgo Hybridization) b0214N13 (@ les22 by Overgo Hybridization) c0015G22 (@ les22 by Overgo Hybridization)
c0170C16 (@ les22 by Overgo Hybridization) b0074I09 (@ mmp56 by in silico) b0123A23 (@ mmp56 by in silico)
b0123A23 (@ mmp56 by in silico) b0147D15 (@ mmp56 by in silico) b0167I13 (@ mmp56 by in silico)
b0167I13 (@ mmp56 by in silico) b0242A08 (@ mmp56 by in silico) b0043D08 (@ rth3 by Overgo Hybridization)
b0046O15 (@ rth3 by Overgo Hybridization) b0061G02 (@ rth3 by Overgo Hybridization) b0092A21 (@ rth3 by Overgo Hybridization)
b0148K23 (@ rth3 by Overgo Hybridization) b0150L24 (@ rth3 by Overgo Hybridization) b0152H03 (@ rth3 by Overgo Hybridization)
b0187C13 (@ rth3 by Overgo Hybridization) b0203N21 (@ rth3 by Overgo Hybridization) c0042L20 (@ rth3 by Overgo Hybridization)
c0057J11 (@ rth3 by Overgo Hybridization) c0076K23 (@ rth3 by Overgo Hybridization) c0091M13 (@ rth3 by Overgo Hybridization)
c0091O14 (@ rth3 by Overgo Hybridization) c0098K09 (@ rth3 by Overgo Hybridization) c0113A18 (@ rth3 by Overgo Hybridization)
c0126K09 (@ rth3 by Overgo Hybridization) c0126L09 (@ rth3 by Overgo Hybridization) c0132A18 (@ rth3 by Overgo Hybridization)
c0189M09 (@ rth3 by Overgo Hybridization) c0067A09 (@ rz672a(cgs) by in silico) c0072N20 (@ rz672a(cgs) by in silico)
c0072O19 (@ rz672a(cgs) by in silico) c0223J19 (@ rz672a(cgs) by in silico) c0205J14 (@ sod4 by in silico)
b0106K19 (@ sus2 by Overgo Hybridization) b0142H06 (@ sus2 by Overgo Hybridization) b0162D01 (@ sus2 by Overgo Hybridization)
b0170N22 (@ sus2 by Overgo Hybridization) b0212J12 (@ sus2 by Overgo Hybridization) c0064M23 (@ sus2 by Overgo Hybridization)
c0093C20 (@ sus2 by Overgo Hybridization) b0015N12 (@ tps8 by in silico) b0101O09 (@ tps8 by in silico)
b0127O05 (@ tps8 by in silico) c0027H15 (@ tps8 by in silico) c0027H16 (@ tps8 by in silico)
c0142F01 (@ tps8 by in silico) b0142D24 (@ uaz248a(his3) by BAC 6D-pool PCR) b0235I05 (@ uaz248a(his3) by BAC 6D-pool PCR)
b0087M12 (@ umc1144 by SSR PCR) b0091F13 (@ umc1144 by SSR PCR) b0114I12 (@ umc1144 by SSR PCR)
b0158B19 (@ umc1144 by SSR PCR) b0190B13 (@ umc1144 by SSR PCR) b0007N22 (@ umc1243 by in silico)
b0013C14 (@ umc1243 by in silico) b0030G23 (@ umc1243 by in silico) b0033O09 (@ umc1243 by in silico)
b0048B02 (@ umc1243 by in silico) b0056K19 (@ umc1243 by in silico) b0058C07 (@ umc1243 by in silico)
b0061A15 (@ umc1243 by in silico) b0071P11 (@ umc1243 by in silico) b0081J19 (@ umc1243 by in silico)
b0081P17 (@ umc1243 by in silico) b0135M03 (@ umc1243 by in silico) b0139G06 (@ umc1243 by in silico)
b0139O10 (@ umc1243 by in silico) b0141E08 (@ umc1243 by in silico) b0152D21 (@ umc1243 by in silico)
b0176H09 (@ umc1243 by in silico) b0180N19 (@ umc1243 by in silico) b0186G20 (@ umc1243 by in silico)
b0190J18 (@ umc1243 by in silico) b0195C14 (@ umc1243 by in silico) b0199L20 (@ umc1243 by in silico)
b0205C18 (@ umc1243 by in silico) b0205C20 (@ umc1243 by in silico) b0211K05 (@ umc1243 by in silico)
b0216P12 (@ umc1243 by in silico) c0008H08 (@ umc1243 by in silico) c0008J08 (@ umc1243 by in silico)
c0009G12 (@ umc1243 by in silico) c0011L06 (@ umc1243 by in silico) c0019G12 (@ umc1243 by in silico)
c0031N05 (@ umc1243 by in silico) c0035N11 (@ umc1243 by in silico) c0035O11 (@ umc1243 by in silico)
c0036P16 (@ umc1243 by in silico) c0042M07 (@ umc1243 by in silico) c0046K06 (@ umc1243 by in silico)
c0050O17 (@ umc1243 by in silico) c0061P20 (@ umc1243 by in silico) c0063P03 (@ umc1243 by in silico)
c0073P17 (@ umc1243 by in silico) c0087C21 (@ umc1243 by in silico) c0099M22 (@ umc1243 by in silico)
c0156D18 (@ umc1243 by in silico) c0156H18 (@ umc1243 by in silico) c0168L17 (@ umc1243 by in silico)
c0168N15 (@ umc1243 by in silico) c0174J05 (@ umc1243 by in silico) c0187O21 (@ umc1243 by in silico)
c0195A08 (@ umc1243 by in silico) c0208A15 (@ umc1243 by in silico) c0208O07 (@ umc1243 by in silico)
c0211K15 (@ umc1243 by in silico) b0044H20 (@ umc1452 by SSR PCR) b0050E04 (@ umc1452 by SSR PCR)
b0115P06 (@ umc1452 by SSR PCR) b0147J21 (@ umc1452 by SSR PCR) b0003G05 (@ umc1472 by in silico)
b0025O20 (@ umc1472 by in silico) b0072I23 (@ umc1472 by in silico) b0093F08 (@ umc1472 by in silico)
b0125D03 (@ umc1472 by in silico) b0189P05 (@ umc1472 by in silico) b0193E23 (@ umc1472 by in silico)
b0205O11 (@ umc1472 by in silico) c0067O07 (@ umc1472 by in silico) c0117L17 (@ umc1472 by in silico)
c0177M24 (@ umc1472 by in silico) c0191K17 (@ umc1472 by in silico) b0007G09 (@ umc1770 by SSR PCR)
b0024D15 (@ umc1770 by SSR PCR) b0024D15 (@ umc1770 by in silico) b0101E03 (@ umc1770 by SSR PCR)
b0107O05 (@ umc1770 by SSR PCR) b0108I19 (@ umc1770 by SSR PCR) b0285H24 (@ umc1770 by SSR PCR)
c0087N14 (@ umc1770 by in silico) c0087O18 (@ umc1770 by in silico) c0113P15 (@ umc1770 by in silico)
b0045O01 (@ umc1917 by SSR PCR) b0124F14 (@ umc1917 by SSR PCR) b0154O10 (@ umc1917 by SSR PCR)
b0237B20 (@ umc1917 by SSR PCR) b0240J01 (@ umc1917 by SSR PCR) b0241O01 (@ umc1917 by SSR PCR)
b0247E11 (@ umc1917 by SSR PCR) b0256H24 (@ umc1917 by SSR PCR) b0033O09 (@ umc2112 by SSR PCR)
b0139G06 (@ umc2112 by SSR PCR) b0139O06 (@ umc2112 by SSR PCR) b0139O10 (@ umc2112 by SSR PCR)
b0152D21 (@ umc2112 by SSR PCR) b0152D21 (@ umc2112 by SSR PCR) b0190J18 (@ umc2112 by SSR PCR)
b0205C20 (@ umc2112 by SSR PCR) b0211K05 (@ umc2112 by SSR PCR) b0216P12 (@ umc2112 by SSR PCR)
b0225E13 (@ umc2112 by SSR PCR) b0008P16 (@ umc2124a by SSR PCR) b0085B05 (@ umc2124a by SSR PCR)
b0126L02 (@ umc2124a by SSR PCR) b0146P03 (@ umc2124a by SSR PCR) b0275K08 (@ umc2124a by SSR PCR)
b0028N08 (@ umc2171 by SSR PCR) b0061M16 (@ umc2171 by SSR PCR) b0086H08 (@ umc2171 by SSR PCR)
b0131E08 (@ umc2171 by SSR PCR) b0158P15 (@ umc2171 by SSR PCR) b0235N23 (@ umc2171 by SSR PCR)
b0272J08 (@ umc2171 by SSR PCR) b0132N14 (@ umc2227 by in silico) b0215D11 (@ umc2227 by in silico)
b0255N07 (@ umc2227 by SSR PCR) c0024C20 (@ umc2227 by in silico) c0024H15 (@ umc2227 by in silico)
c0032G14 (@ umc2227 by in silico) c0055N23 (@ umc2227 by in silico) c0102O14 (@ umc2227 by in silico)
c0103O21 (@ umc2227 by in silico) c0120B16 (@ umc2227 by in silico) c0127A20 (@ umc2227 by in silico)
c0180F14 (@ umc2227 by in silico) c0210M16 (@ umc2227 by in silico) b0154F08 (@ umc2228 by SSR PCR)
b0221L10 (@ umc2228 by SSR PCR) b0029C10 (@ umc2229 by SSR PCR) b0073C11 (@ umc2229 by SSR PCR)
b0091K17 (@ umc2229 by SSR PCR) b0104K02 (@ umc2229 by SSR PCR) b0169A05 (@ umc2229 by SSR PCR)
b0020K02 (@ umc2390 by SSR PCR) b0031G10 (@ umc2390 by SSR PCR) b0126E10 (@ umc2390 by SSR PCR)
b0159A19 (@ umc2390 by SSR PCR) b0250A24 (@ umc2390 by SSR PCR) b0251I22 (@ umc2390 by SSR PCR)
b0252J24 (@ umc2390 by SSR PCR) b0262N11 (@ umc2390 by SSR PCR) b0262N11 (@ umc2390 by SSR PCR)
b0055F03 (@ umc6b by RFLP Hybridization) b0072N05 (@ umc6b by RFLP Hybridization) b0129E19 (@ umc6b by RFLP Hybridization)
b0130K13 (@ umc6b by RFLP Hybridization) b0166B22 (@ umc6b by RFLP Hybridization) b0169F16 (@ umc6b by RFLP Hybridization)
b0191E23 (@ umc6b by RFLP Hybridization) b0192D15 (@ umc6b by RFLP Hybridization) b0208K14 (@ umc6b by RFLP Hybridization)
b0242E13 (@ umc6b by RFLP Hybridization) b0264L19 (@ umc6b by RFLP Hybridization) b0271H07 (@ umc6b by RFLP Hybridization)    

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