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Chromosome 5, Region 6 (bin 5.06)

This page summarizes the data available describing features found in bin 5.06 in maize. What is a bin, and why is it important?
This region is highlighted in red on the image of maize chromosomes to the right.
You can click on regions of that image to move to other portions of the maize genome.

Genome Browser Links for 5.06
Genes in Bin 5.06
Other Loci in Bin 5.06
Bin 5.06 High-Density Map Regions
Sequences in Bin 5.06
EST Contigs in Bin 5.06
SSRs in Bin 5.06
BACs in Bin 5.06
Mapped loci w/ accessions in Bin 5.06
Map Locations of Sequences in Bin 5.06


Bin Viewer pages




Genome Browser pages


Genome Browser Links for 5.06

   B73 RefGen_v2 sequence   
   B73 RefGen_v1 sequence   
BAC-based assembly
    

Based on MaizeSequence.org B73 RefGen_v2 sequence

(Click on image to go to the Genome Browser)





Genes in Bin 5.06

Here are the 50 genes found in this chromosomal region.

ant1 adenine nucleotide translocator1 bde1 bearded-ear1
cp*-N1275A collapsedN1275A cp*-N1369 collapsedN1369
cp*-N1385 collapsedN1385 cp*-N863A collapsedN863A
cp*-N935 collapsedN935 csu440
de*-N1196 defectiveN1196 dek26 defective kernel26
dek27 defective kernel27 dek9 defective kernel9
dnj*-N1534 defective navajoN1534 eg1 expanded glumes1
ga10 gametophyte factor10 gln4 glutamine synthetase4
grt1 green tip1 hcf18 high chlorophyll fluorescence18
hcf21 high chlorophyll fluorescence21 hcf38 high chlorophyll fluorescence38
hcf43 high chlorophyll fluorescence43 hsf1 hairy sheath frayed1
lw3 lemon white3 nec7 necrotic7
o*-N1065A opaqueN1065A pac1 pale aleurone color1
pb4 piebald leaves4 PCO111982
pg*-N408C palegreenN408C ppg1 pale pale green1
pr*-N850 red aleuroneN850 prg1 pitted rough germless1
psb2 photosystemII2 ren1 reduced endosperm1
rth2 roothair defective2 sen6 soft endosperm6
sln1 sister of liguleless narrow1 smk*-N1160 small kernelN1160
sms*-N146C small seedlingN146C v*-N26 virescentN26
v*-N735 virescentN735 v12 virescent12
v36 virescent36 w*-N1126B whiteN1126B
w*-N21A whiteN21A wgs1 white green sectors1
wi4 wilted4 wlu9 white luteus9
ys1 yellow stripe1 zn*-N571D zebra necroticN571D  

Other Loci in Bin 5.06

Here are the 153 additional loci found in this chromosomal region.

expb11a-g beta expansin11 cluster (Chromosomal Segment) 5L5 G-band 5 on 5L (Cytological Structure)
br3 brachytic3 (Lapsed Locus) mon00044::Ac (Point)
mon00238::Ac (Point) mu1001260 (Point)
mu1002246 (Point) mu1002727 (Point)
mu1003027 (Point) mu1004180 (Point)
mu1004762 (Point) mu1004957 (Point)
mu1004983 (Point) mu1005174 (Point)
mu1005290 (Point) mu1005487 (Point)
mu1006942 (Point) mu1007154 (Point)
mu1007164 (Point) mu1007249 (Point)
mu1007269 (Point) mu1007324 (Point)
mu1007496 (Point) mu1007781 (Point)
mu1007822 (Point) mu1007904 (Point)
mu1007936 (Point) mu1007973 (Point)
mu1007979 (Point) mu1008028 (Point)
mu1008069 (Point) mu1008296 (Point)
mu1008457 (Point) mu1008473 (Point)
mu1008883 (Point) mu1008902 (Point)
mu1009168 (Point) mu1009181 (Point)
mu1009380 (Point) mu1009575 (Point)
mu1010223 (Point) mu1010461 (Point)
agrp90 (Probed Site) agrr252 (Probed Site)
agrx701 (Probed Site) asg29a (Probed Site)
asg81a (Probed Site) bcd421a (Probed Site)
bnl5.40 (Probed Site) bnlg1237 (Probed Site)
bnlg1847 (Probed Site) bnlg278 (Probed Site)
bnlg609 (Probed Site) cdo202c(mcf) (Probed Site)
cdo348b (Probed Site) cdo400a (Probed Site)
cdo474 (Probed Site) cdo686 (Probed Site)
cdo772c (Probed Site) csh10a(cycII) (Probed Site)
csu1164 (Probed Site) csu36b(rpL19) (Probed Site)
csu434 (Probed Site) csu587b (Probed Site)
csu615a (Probed Site) csu643a (Probed Site)
csu777 (Probed Site) csu907b (Probed Site)
E32M49-555-Tx303 (Probed Site) E38M47-471-A7 (Probed Site)
E39M59-462.6-B73 (Probed Site) E39M59-462.6-D145 (Probed Site)
ici229 (Probed Site) mHbrBA93-Mo17 (Probed Site)
mHbrBG71-Mo17 (Probed Site) mHbrMA395-B73 (Probed Site)
mHbrMC257-Mo17 (Probed Site) mHbrMC72-Mo17 (Probed Site)
mHbrMG370-B73 (Probed Site) mHbrMT282-B73 (Probed Site)
mHbrMT93-B73 (Probed Site) mmc0481 (Probed Site)
mmp169 (Probed Site) mP18M48-390.9-D145 (Probed Site)
mP18M48-390.9-Mo17 (Probed Site) npi285d(cac) (Probed Site)
npi294 (Probed Site) npi313 (Probed Site)
npi346(tpi5) (Probed Site) npi362 (Probed Site)
npi412 (Probed Site) npi426b (Probed Site)
npi442 (Probed Site) npi458a (Probed Site)
npi461b (Probed Site) npi562 (Probed Site)
P12M48-150.1-D32 (Probed Site) P12M48-150.1-Mo17 (Probed Site)
P12M49-475.9-B73 (Probed Site) P12M49-475.9-D145 (Probed Site)
P12M49-476-A7 (Probed Site) P12M59-142.6-D145 (Probed Site)
P12M59-142.6-Mo17 (Probed Site) P13M50-413-B73 (Probed Site)
P13M59-212.2-B73 (Probed Site) P13M59-212.2-D32 (Probed Site)
phi107 (Probed Site) phi196387 (Probed Site)
php20566 (Probed Site) rgpg57 (Probed Site)
rz567a(klc) (Probed Site) rz86b (Probed Site)
uaz138c (Probed Site) uaz144b (Probed Site)
uaz204 (Probed Site) uaz215a(odo) (Probed Site)
uaz254a (Probed Site) umc126a (Probed Site)
umc133d (Probed Site) umc141 (Probed Site)
umc14c (Probed Site) umc1524 (Probed Site)
umc156b (Probed Site) umc1680 (Probed Site)
umc1752 (Probed Site) umc1941 (Probed Site)
umc2072 (Probed Site) umc2216 (Probed Site)
umc2305 (Probed Site) umc2306 (Probed Site)
umc253a (Probed Site) umc262 (Probed Site)
umc26c (Probed Site) umc47c (Probed Site)
umc49m (Probed Site) umc51a (Probed Site)
umc54 (Probed Site) q1000k10 QTL 1000-kernel weight 10 (QTL)
q1000k4 QTL 1000-kernel weight 4 (QTL) q632-3 protein Q632 quantity3 (QTL)
qdpoll13 QTL days to pollen 13 (QTL) qearht13 QTL ear height 13 (QTL)
qearht17 QTL ear height 17 (QTL) qgrwt3 QTL grain weight 3 (QTL)
qgrwt9 QTL grain weight 9 (QTL) qhupol11 QTL heat units to pollen 11 (QTL)
qklen10 QTL kernel length 10 (QTL) qkrow13 QTL kernel row 13 (QTL)
qplht11 QTL plant height 11 (QTL) qplht113 QTL plant height 113 (QTL)
qstarch9 QTL starch content 9 (QTL) qtest14 QTL test weight 14 (QTL)
Cy Cycler (Transposable Element)

High-Density Maps Focusing on Bin 5.06

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

UMC 98 5

119bnl5.40
121csu777
121umc126a
121umc14c
121umc54
122.9umc51a
123csu434
123csu440
124.1csh10a(cycII)
124.1umc141
125.5rgpg57
125.5umc253a
125.5umc262
127asg81a
127csu587b
127csu615a
130rz567a(klc)
131ant1 adenine nucleotide translocator1
131csu1164
131csu643a
131csu907b
134gln4 glutamine synthetase4

BNL 96 5

144.5uaz164a
146.9bnl5.40
146.9npi562
146.9uaz138c
146.9umc126a
146.9umc156b
146.9umc54
151.1bde1 bearded-ear1
151.1umc51a
152.9ant1 adenine nucleotide translocator1
152.9bnlg609
152.9npi458a
152.9uaz204
152.9uaz215a(odo)
159.3php20566
165.4ici229
165.4uaz144b
165.4uaz254a
171.6npi442

IBM2 2004 Neighbors 5

435.5bnlg1847
447.06mon00044::Ac
458.63bnl5.40
469.6umc126a
476.6mmc0481
479.7umc2305
481.2csu777
481.2hmg2 high mobility group box protein2
481.2umc14c
481.2umc54
488.4umc1752
491.49npi562
492.6umc1941
493.26umc141
493.5umc1524
493.5umc1680
493.7umc51a
493.83csu434
493.83csu440
494.2php20531
495.23csh10a(cycII)
497.01rgpg57
497.01umc253a
497.01umc262
497.13uaz138c
498.93csu615a
499.7npi458a
499.95bde1 bearded-ear1
500.1umc2306
500.7bnlg609
500.7uaz215a(odo)
504.54asg81a
504.54csu587b
510.88uaz204
511.3rz567a(klc)
511.87ici229
512php20566
513.05sdg117b
515.75uaz254a
516.3mmp169
516.3umc2216
516.32PCO111982
520.1ant1 adenine nucleotide translocator1
520.1csu1164
520.1csu643a
520.1csu907b
524.4uaz144b
528.7gln4 glutamine synthetase4
529.53rop1 Rho-related protein from plants 1
529.55umc2201
530npi442

Genetic 2005 5

119bnl5.40
121csu777
121umc126a
121umc14c
121umc54
121 +/- 3v12 virescent12
122 +/- 5ys1 yellow stripe1
122.9umc51a
123csu434
123csu440
123 +/- 4lw3 lemon white3
124.1csh10a(cycII)
124.1umc141
125.5rgpg57
125.5umc253a
125.5umc262
127asg81a
127csu587b
127csu615a
130rz567a(klc)
131ant1 adenine nucleotide translocator1
131csu1164
131csu643a
131csu907b
131 +/- 3ren1 reduced endosperm1
134gln4 glutamine synthetase4
135 +/- 4hsf1 hairy sheath frayed1
136 +/- 39dek26 defective kernel26
136 +/- 39dek27 defective kernel27
136 +/- 39dek9 defective kernel9
136 +/- 39grt1 green tip1
136 +/- 39hcf18 high chlorophyll fluorescence18
136 +/- 39hcf21 high chlorophyll fluorescence21
136 +/- 39hcf38 high chlorophyll fluorescence38
136 +/- 39nec7 necrotic7
136 +/- 39ppg1 pale pale green1
136 +/- 39psb2 photosystemII2
136 +/- 39rth2 roothair defective2

Accession #s in Bin 5.06

Here are accession numbers of the 340 sequences that have been verified to be in this chromosomal region. Download the DNA sequences in FASTA format.

CC836512 CC837372 T23324 CC744422 CC783995
AW461037 CC789602 CC749089 BV150901 BM339393
BV150902 BV150904 AI711633 AI770418 AI855226
AW225318 AW787446 BE012125 AF126052 FJ909265
FJ909100 FJ908870 AC155511 FJ909686 FJ911384
FJ911404 FJ911192 AC185487 FJ910932 AC190632
AC207746 AC214456 AC204937 AC207402 G10821
CC787023 W49852 T18645 M95065 G10845
CC148586 CC749090 CC827889 AI861715 AY110825
AW562533 BE344645 EU952880 X57556 CC741926
AI586386 AI612343 AI668240 AI691372 AI737651
AI854971 AW056099 AW067072 AW091345 AW224878
AW267360 AW428652 AW862752 BE509868 FJ908786
FJ910784 CC828973 AY442344 AY442345 CC448433
L46397 L46398 CC822483 CC822482 CC787022
CC830689 AC207281 CC755962 U10077 CC741870
CC827133 CC146008 CC786282 CC755008 CC789046
AI964440 AY109420 X59086 AI665059 AI666015
AI668436 AI677141 AI714407 AI770649 AI834158
AI881926 AI881964 AI891281 AW000046 AW052906
BE344809 DN757487 AW600345 AC212112 FJ910427
AC209208 AC213848 FJ910539 BT087642 AC209363
AC196084 AC198320 AC207286 AY771220 X02842
AA054796 EU328284 AA661441 AY105176 G10846
CC754749 AI619085 AY110596 AI621849 BV150905
BV150908 BV150910 AI740114 AC226203 AI467735
AI586670 AI600794 AI738245 AI881731 AI948074
AW091238 AW231782 AW261304 AW400346 AY107686
FJ909542 AC216070 FJ909237 AC196008 AC203070
AC207476 G10811 AC185462 AC196575 X65928
D14577 W21693 AQ844589 EU734567 AZ915932
CC754750 G10785 CC789603 AC225820 BV150899
BE510752 AI943740 AW181124 AY104125 AI438418
AI621439 AI670159 AI676891 AI734339 AI782970
AI783115 AW056990 AW065970 AW181180 AW181241
AW331631 AW455680 BE056913 BE511424 BE512189
AC205910 FJ909204 FJ908902 FJ909533 FJ909636
FJ909825 FJ910774 AC208793 EU942558 AC211694
FJ910203 AC211703 AC197049 AC186565 AC209386
AC195787 AC216182 G10820 AC217299 AC190592
BG874213 CC750917 T18386 T14722 CC830647
CC830648 CC745328 AY103638 AY105069 G10784
BG267842 AY109938 CC759708 CC827888 BI096723
BV150907 BI431083 X15712 CF018620 AI629579
AI666241 AI734561 AI834467 AI920579 AI947349
AW091342 AW352642 AW360662 AW453361 BE130022
BE509701 FJ909283 FJ909311 AC211414 FJ910241
FJ910081 FJ910548 BT063668 AC204225 AC211737
AC206303 AC229986 AC185617 G10810 AF186234
CC790519 CC753196 W59836 CC754264 G10847
CC750916 AC212667 AA051897 CC788787 CC755963
AW261378 AC211535 AC184131 CC750455 AY107241
BV150900 BV150906 AW054166 X15711 CD975560
AI619254 AI622692 AI691732 AI739761 AI795446
AI881299 AW055904 AW224846 AW225273 AW231760
AW313324 AW927829 BE639322 Y08297 AC206624
FJ910274 FJ908931 FJ909618 AC212564 FJ910922
FJ911078 AY115485 AY442261 AC185472 AC214363
AC205029 CC790520 EU734569 T14721 CC783994
CC788786 CC749080 AY106460 AY559219 BF728777
CC750456 AY103580 BE761768 CC755007 CC789047
BV150903 BV150909 AW520275 AW566210 AC185451
CC741925 AI444728 AI491656 AI622635 AI657344
AI665496 AI666249 AI987339 AW055634 AW091268
AW225115 AW256067 AW257968 AW331650 AW787445
AW787447 BE344810 BE512411 AC207246 AC190617
FJ910197 FJ909423 FJ910048 FJ910140 FJ910166
EU973062 AY442262 FJ909240 AC208901 CC808923        

EST Contigs in Bin 5.06

Here is the set of 9 distinct contigs verified to be in this chromosomal region.

PUT-4-171a-Zea_mays-2602 PUT-4-171a-Zea_mays-15062 PUT-4-171a-Zea_mays-1320323 PUT-5-171a-Zea_mays-14135 PUT-5-171a-Zea_mays-4403
PUT-5-171a-Zea_mays-4405 PUT-5-171a-Zea_mays-12101 PUT-5-171a-Zea_mays-13802 PUT-5-171a-Zea_mays-13540  

SSRs in Bin 5.06

Here are the 20 SSRs that have been verified to be in this chromosomal region.

(AT)8 p-umc2072 (CCCTC)4 p-umc2198 (CGG)5 p-umc1752
(CT)17 p-umc1019 (CTG)10 p-umc1941 (GA)29 p-mmc0481
(GA)6 p-umc2305 (GCG)5 p-umc2201 (GGACTG)8 p-umc1524
(TATATA)4 p-umc2306 (TC)7 p-umc1680 (TCTC)5 p-umc2216
AACGC p-phi085 AC p-phi100 ACC p-phi087
ACT p-phi101 AG(12) p-bnlg1847 AG(29) p-bnlg1237
p-bnlg278 p-bnlg609  

BACs in Bin 5.06

View bin 5.06 at MaizeSequence.org to see the latest genomic alignment of the sequenced BACs - sequenced BACs are noted below with an *.

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

Here are the 709 BACs that have been verified to be in this chromosomal region.

b0082C15 (@ AY105069 by in silico) b0088C03 (@ AY105069 by in silico) b0111G08 (@ AY105069 by in silico)
b0111M05 (@ AY105069 by in silico) b0130P21 (@ AY105069 by in silico) b0139F11 (@ AY105069 by in silico)
c0030F19 (@ AY105069 by in silico) c0054N22 (@ AY105069 by in silico) c0089F24 (@ AY105069 by in silico)
c0191L15 (@ AY105069 by in silico) c0191L18 (@ AY105069 by in silico) c0208E16 (@ AY105069 by in silico)
c0209C23 (@ AY105069 by in silico) b0139L15 (@ AY109938 by in silico) b0158C18 (@ AY109938 by in silico)
c0127N14 (@ AY109938 by in silico) c0041A07 (@ CL16923_1 by in silico) c0041G14 (@ CL16923_1 by in silico)
c0093I05 (@ CL16923_1 by in silico) c0194N12 (@ CL16923_1 by in silico) b0031A13 (@ PCO111982 by in silico)
b0057M21 (@ PCO111982 by in silico) b0093J22 (@ PCO111982 by in silico) b0111E06 (@ PCO111982 by in silico)
b0163E12 (@ PCO111982 by in silico) c0004D11 (@ PCO111982 by in silico) c0004E11 (@ PCO111982 by in silico)
c0025G02 (@ PCO111982 by in silico) c0032A15 (@ PCO111982 by in silico) c0039P06 (@ PCO111982 by in silico)
c0056J20 (@ PCO111982 by in silico) c0056J21 (@ PCO111982 by in silico) c0076O11 (@ PCO111982 by in silico)
c0120I07 (@ PCO111982 by in silico) c0162G10 (@ PCO111982 by in silico) c0212E14 (@ PCO111982 by in silico)
b0028H12 (@ ant1 by in silico) b0028N05 (@ ant1 by in silico) b0115F13 (@ ant1 by in silico)
c0262G11 (@ ant1 by in silico) b0027K21 (@ bnlg1237 by SSR PCR) b0010N15 (@ bnlg1847 by SSR PCR)
b0010P20 (@ bnlg1847 by SSR PCR) b0117N13 (@ bnlg1847 by SSR PCR) b0140P06 (@ bnlg1847 by SSR PCR)
b0173B23 (@ bnlg1847 by SSR PCR) b0070G23 (@ bnlg278 by SSR PCR) b0028C10 (@ bnlg609 by SSR PCR)
b0033F03 (@ bnlg609 by SSR PCR) b0047L16 (@ bnlg609 by SSR PCR) b0108L15 (@ bnlg609 by SSR PCR)
b0135A14 (@ bnlg609 by SSR PCR) b0171O09 (@ bnlg609 by SSR PCR) b0209M01 (@ bnlg609 by SSR PCR)
b0216P07 (@ bnlg609 by SSR PCR) b0229N17 (@ bnlg609 by SSR PCR) b0257G13 (@ bnlg609 by SSR PCR)
b0274F21 (@ bnlg609 by SSR PCR) b0065N10 (@ cdo202c(mcf) by in silico) b0066I07 (@ cdo202c(mcf) by in silico)
b0074G17 (@ cdo202c(mcf) by in silico) b0077E11 (@ cdo202c(mcf) by in silico) b0085G18 (@ cdo202c(mcf) by in silico)
b0087D15 (@ cdo202c(mcf) by in silico) b0087I10 (@ cdo202c(mcf) by in silico) b0088H21 (@ cdo202c(mcf) by in silico)
b0094J22 (@ cdo202c(mcf) by in silico) b0111C12 (@ cdo202c(mcf) by in silico) b0141L12 (@ cdo202c(mcf) by in silico)
b0143D19 (@ cdo202c(mcf) by in silico) b0153A20 (@ cdo202c(mcf) by in silico) b0194A20 (@ cdo202c(mcf) by in silico)
b0231L19 (@ cdo202c(mcf) by in silico) b0246A21 (@ cdo202c(mcf) by in silico) b0271F24 (@ cdo202c(mcf) by in silico)
b0276I08 (@ cdo202c(mcf) by in silico) b0280A18 (@ cdo202c(mcf) by in silico) c0002J12 (@ cdo202c(mcf) by in silico)
c0014H22 (@ cdo202c(mcf) by in silico) c0107H13 (@ cdo202c(mcf) by in silico) c0127F09 (@ cdo202c(mcf) by in silico)
c0128A07 (@ cdo202c(mcf) by in silico) c0139C09 (@ cdo202c(mcf) by in silico) c0206N15 (@ cdo202c(mcf) by in silico)
c0208L06 (@ cdo202c(mcf) by in silico) c0209D14 (@ cdo202c(mcf) by in silico) c0218J10 (@ cdo202c(mcf) by in silico)
c0235O14 (@ cdo202c(mcf) by in silico) c0268J24 (@ cdo202c(mcf) by in silico) c0275J22 (@ cdo202c(mcf) by in silico)
b0070H05 (@ cdo400a by in silico) b0101B15 (@ cdo400a by in silico) b0119N13 (@ cdo400a by in silico)
c0077C13 (@ cdo686 by in silico) c0177N06 (@ cdo686 by in silico) b0011N19 (@ csu36b(rpL19) by Overgo Hybridization)
b0127N13 (@ csu36b(rpL19) by Overgo Hybridization) b0199K05 (@ csu36b(rpL19) by Overgo Hybridization) b0205G06 (@ csu36b(rpL19) by Overgo Hybridization)
c0055I15 (@ csu36b(rpL19) by Overgo Hybridization) c0055I16 (@ csu36b(rpL19) by Overgo Hybridization) c0056P02 (@ csu36b(rpL19) by Overgo Hybridization)
c0098O14 (@ csu36b(rpL19) by Overgo Hybridization) c0121H16 (@ csu36b(rpL19) by Overgo Hybridization) c0142H08 (@ csu36b(rpL19) by Overgo Hybridization)
c0216C03 (@ csu36b(rpL19) by Overgo Hybridization) b0085P08 (@ csu440 by in silico) b0087N05 (@ csu440 by in silico)
b0109G02 (@ csu440 by in silico) b0129N03 (@ csu440 by in silico) b0169G23 (@ csu440 by in silico)
b0210A09 (@ csu440 by in silico) b0212G20 (@ csu440 by in silico) b0242K13 (@ csu440 by in silico)
b0255P07 (@ csu440 by in silico) c0226I05 (@ csu440 by in silico) c0230H24 (@ csu440 by in silico)
c0238C01 (@ csu440 by in silico) c0238D01 (@ csu440 by in silico) b0060I09 (@ csu615a by in silico)
b0063M13 (@ csu615a by in silico) b0067C22 (@ csu615a by in silico) b0116D20 (@ csu615a by in silico)
b0122I08 (@ csu615a by in silico) b0141D20 (@ csu615a by in silico) b0151C04 (@ csu615a by in silico)
b0154B24 (@ csu615a by in silico) b0179E08 (@ csu615a by in silico) b0210P14 (@ csu615a by in silico)
b0229D17 (@ csu615a by in silico) b0232J06 (@ csu615a by in silico) b0232K06 (@ csu615a by in silico)
b0247I20 (@ csu615a by in silico) b0255F24 (@ csu615a by in silico) c0193E06 (@ csu615a by in silico)
c0193L06 (@ csu615a by in silico) c0209P02 (@ csu615a by in silico) c0222L08 (@ csu615a by in silico)
c0233C05 (@ csu615a by in silico) c0242G23 (@ csu615a by in silico) c0255L19 (@ csu615a by in silico)
c0255M21 (@ csu615a by in silico) c0255N22 (@ csu615a by in silico) b0015P12 (@ gln4 by SSR PCR)
b0018P08 (@ gln4 by SSR PCR) b0035M14 (@ gln4 by SSR PCR) b0036O02 (@ gln4 by SSR PCR)
b0131L06 (@ gln4 by SSR PCR) b0208P04 (@ gln4 by SSR PCR) b0255F10 (@ gln4 by SSR PCR)
b0255H19 (@ gln4 by SSR PCR) b0121E13 (@ mmc0481 by SSR PCR) b0121E13 (@ mmc0481 by SSR PCR)
b0214B24 (@ mmc0481 by SSR PCR) b0230C11 (@ mmc0481 by SSR PCR) b0230C11 (@ mmc0481 by SSR PCR)
b0263N11 (@ mmc0481 by SSR PCR) b0006O08 (@ mmp169 by in silico) b0031O04 (@ mmp169 by in silico)
b0045K16 (@ mmp169 by in silico) b0092G06 (@ mmp169 by in silico) b0110I08 (@ mmp169 by in silico)
b0153J07 (@ mmp169 by in silico) b0018C02 (@ npi285d(cac) by RFLP Hybridization) b0019P17 (@ npi285d(cac) by RFLP Hybridization)
b0021M17 (@ pac1 by Overgo Hybridization) b0058M01 (@ pac1 by Overgo Hybridization) b0156C21 (@ pac1 by Overgo Hybridization)
b0174B16 (@ pac1 by Overgo Hybridization) b0176H10 (@ pac1 by Overgo Hybridization) b0203C10 (@ pac1 by Overgo Hybridization)
b0213M14 (@ pac1 by Overgo Hybridization) c0073L19 (@ pac1 by Overgo Hybridization) c0073N19 (@ pac1 by Overgo Hybridization)
c0085P14 (@ pac1 by Overgo Hybridization) c0100M10 (@ pac1 by Overgo Hybridization) c0151P19 (@ pac1 by Overgo Hybridization)
c0185E22 (@ pac1 by Overgo Hybridization) c0187M03 (@ pac1 by Overgo Hybridization) c0169L09 (@ rgpg57 by in silico)
b0013E14 (@ rop1 by in silico) b0019L07 (@ rop1 by in silico) b0176M10 (@ rop1 by in silico)
b0208I14 (@ rop1 by in silico) c0080G13 (@ rop1 by in silico) c0183L22 (@ rop1 by in silico)
c0215J14 (@ rop1 by in silico) c0215O13 (@ rop1 by in silico) b0001H20 (@ rz567a(klc) by in silico)
b0005F11 (@ rz567a(klc) by in silico) b0005P05 (@ rz567a(klc) by in silico) b0021E09 (@ rz567a(klc) by in silico)
b0035E23 (@ rz567a(klc) by in silico) b0056J22 (@ rz567a(klc) by in silico) b0058I24 (@ rz567a(klc) by in silico)
b0104D15 (@ rz567a(klc) by in silico) b0107H23 (@ rz567a(klc) by in silico) b0107I13 (@ rz567a(klc) by in silico)
b0129B05 (@ rz567a(klc) by in silico) b0277L11 (@ rz567a(klc) by in silico) b0278K04 (@ rz567a(klc) by in silico)
c0025J21 (@ rz567a(klc) by in silico) c0040G05 (@ rz567a(klc) by in silico) c0062M19 (@ rz567a(klc) by in silico)
c0112F03 (@ rz567a(klc) by in silico) c0137G04 (@ rz567a(klc) by in silico) c0181B01 (@ rz567a(klc) by in silico)
c0182F03 (@ rz567a(klc) by in silico) c0188M13 (@ rz567a(klc) by in silico) c0220O13 (@ rz567a(klc) by in silico)
c0258O21 (@ rz567a(klc) by in silico) b0091B18 (@ sdg117b by in silico) b0215G07 (@ sdg117b by in silico)
c0006G09 (@ sdg117b by in silico) c0014G12 (@ sdg117b by in silico) c0024P10 (@ sdg117b by in silico)
c0027I18 (@ sdg117b by in silico) c0033I14 (@ sdg117b by in silico) c0048J23 (@ sdg117b by in silico)
c0065B22 (@ sdg117b by in silico) c0128O23 (@ sdg117b by in silico) c0145J01 (@ sdg117b by in silico)
c0146A08 (@ sdg117b by in silico) c0168B03 (@ sdg117b by in silico) c0201L05 (@ sdg117b by in silico)
c0207E08 (@ sdg117b by in silico) b0002B04 (@ umc126a by in silico) b0012E05 (@ umc126a by in silico)
b0013M12 (@ umc126a by in silico) b0016A05 (@ umc126a by in silico) b0019I09 (@ umc126a by RFLP Hybridization)
b0019I09 (@ umc126a by in silico) b0020M02 (@ umc126a by in silico) b0028F08 (@ umc126a by in silico)
b0029F04 (@ umc126a by in silico) b0030H06 (@ umc126a by in silico) b0035L20 (@ umc126a by in silico)
b0040C16 (@ umc126a by RFLP Hybridization) b0040C16 (@ umc126a by in silico) b0044D08 (@ umc126a by in silico)
b0047E03 (@ umc126a by in silico) b0068O18 (@ umc126a by RFLP Hybridization) b0068O18 (@ umc126a by in silico)
b0083G03 (@ umc126a by in silico) b0085J03 (@ umc126a by in silico) b0087M21 (@ umc126a by in silico)
b0092E22 (@ umc126a by in silico) b0094B12 (@ umc126a by in silico) b0109O08 (@ umc126a by in silico)
b0113P07 (@ umc126a by in silico) b0116B13 (@ umc126a by in silico) b0129H24 (@ umc126a by in silico)
b0132M05 (@ umc126a by in silico) b0141J11 (@ umc126a by in silico) b0180P23 (@ umc126a by in silico)
b0183M23 (@ umc126a by in silico) b0184G02 (@ umc126a by in silico) b0202B03 (@ umc126a by in silico)
b0210B01 (@ umc126a by in silico) b0226L22 (@ umc126a by in silico) b0227F17 (@ umc126a by in silico)
b0231M19 (@ umc126a by in silico) b0241O15 (@ umc126a by in silico) b0257N05 (@ umc126a by in silico)
b0262L03 (@ umc126a by in silico) c0003H13 (@ umc126a by in silico) c0003J17 (@ umc126a by in silico)
c0003J18 (@ umc126a by in silico) c0004I18 (@ umc126a by in silico) c0006F14 (@ umc126a by in silico)
c0016F10 (@ umc126a by in silico) c0016H11 (@ umc126a by in silico) c0016P01 (@ umc126a by in silico)
c0018C15 (@ umc126a by in silico) c0021E08 (@ umc126a by in silico) c0021M12 (@ umc126a by in silico)
c0025L13 (@ umc126a by in silico) c0026G08 (@ umc126a by in silico) c0027H03 (@ umc126a by in silico)
c0029H21 (@ umc126a by in silico) c0029H24 (@ umc126a by in silico) c0033L20 (@ umc126a by in silico)
c0034E17 (@ umc126a by in silico) c0035J15 (@ umc126a by in silico) c0036C06 (@ umc126a by in silico)
c0036E07 (@ umc126a by in silico) c0037C05 (@ umc126a by in silico) c0038B19 (@ umc126a by in silico)
c0038C07 (@ umc126a by in silico) c0038C13 (@ umc126a by in silico) c0039B09 (@ umc126a by in silico)
c0039C08 (@ umc126a by in silico) c0039C14 (@ umc126a by in silico) c0039C18 (@ umc126a by in silico)
c0039C21 (@ umc126a by in silico) c0039D11 (@ umc126a by in silico) c0039E14 (@ umc126a by in silico)
c0039H09 (@ umc126a by in silico) c0040B17 (@ umc126a by in silico) c0040D10 (@ umc126a by in silico)
c0040D13 (@ umc126a by in silico) c0040D15 (@ umc126a by in silico) c0040F10 (@ umc126a by in silico)
c0040F12 (@ umc126a by in silico) c0040H10 (@ umc126a by in silico) c0043A01 (@ umc126a by in silico)
c0045L05 (@ umc126a by in silico) c0045L23 (@ umc126a by in silico) c0045N15 (@ umc126a by in silico)
c0046D13 (@ umc126a by in silico) c0047B15 (@ umc126a by in silico) c0049D14 (@ umc126a by in silico)
c0052B16 (@ umc126a by in silico) c0052F16 (@ umc126a by in silico) c0052H01 (@ umc126a by in silico)
c0052P02 (@ umc126a by in silico) c0053B06 (@ umc126a by in silico) c0054D04 (@ umc126a by in silico)
c0058G18 (@ umc126a by in silico) c0060K17 (@ umc126a by in silico) c0061M12 (@ umc126a by in silico)
c0068I04 (@ umc126a by in silico) c0074L19 (@ umc126a by in silico) c0077K22 (@ umc126a by in silico)
c0080B06 (@ umc126a by in silico) c0082D21 (@ umc126a by in silico) c0106A04 (@ umc126a by in silico)
c0106D09 (@ umc126a by in silico) c0110J11 (@ umc126a by in silico) c0183M18 (@ umc126a by in silico)
c0194P19 (@ umc126a by in silico) c0195E21 (@ umc126a by in silico) c0200H10 (@ umc126a by in silico)
c0202H06 (@ umc126a by in silico) c0202J05 (@ umc126a by in silico) c0203H07 (@ umc126a by in silico)
c0205M16 (@ umc126a by in silico) c0209J13 (@ umc126a by in silico) c0210A09 (@ umc126a by in silico)
c0210B09 (@ umc126a by in silico) c0215D04 (@ umc126a by in silico) c0217P01 (@ umc126a by in silico)
c0218D14 (@ umc126a by in silico) c0218P14 (@ umc126a by in silico) c0221H02 (@ umc126a by in silico)
c0221H03 (@ umc126a by in silico) c0222A22 (@ umc126a by in silico) c0224F02 (@ umc126a by in silico)
c0225F20 (@ umc126a by in silico) c0225O05 (@ umc126a by in silico) c0225O06 (@ umc126a by in silico)
c0231F05 (@ umc126a by in silico) c0231O09 (@ umc126a by in silico) c0236A12 (@ umc126a by in silico)
c0236E10 (@ umc126a by in silico) c0240I21 (@ umc126a by in silico) c0243A12 (@ umc126a by in silico)
c0250L06 (@ umc126a by in silico) c0266F04 (@ umc126a by in silico) b0097A12 (@ umc14c by in silico)
b0107G20 (@ umc14c by in silico) b0117F06 (@ umc14c by in silico) b0144D24 (@ umc14c by in silico)
b0227B24 (@ umc14c by in silico) c0062I13 (@ umc14c by in silico) c0161J04 (@ umc14c by in silico)
c0207H08 (@ umc14c by in silico) c0215O18 (@ umc14c by in silico) c0228P22 (@ umc14c by in silico)
c0234D03 (@ umc14c by in silico) b0128M16 (@ umc1524 by SSR PCR) b0010E02 (@ umc156b by RFLP Hybridization)
b0019I09 (@ umc156b by in silico) b0040C16 (@ umc156b by in silico) b0068O18 (@ umc156b by RFLP Hybridization)
b0068O18 (@ umc156b by in silico) b0115I09 (@ umc156b by RFLP Hybridization) b0136C16 (@ umc156b by RFLP Hybridization)
b0234F19 (@ umc156b by RFLP Hybridization) b0239I17 (@ umc156b by RFLP Hybridization) b0260F19 (@ umc156b by RFLP Hybridization)
b0273J22 (@ umc156b by RFLP Hybridization) c0011J17 (@ umc156b by in silico) c0022C21 (@ umc156b by in silico)
c0058N07 (@ umc156b by in silico) c0082C24 (@ umc156b by in silico) c0084M04 (@ umc156b by in silico)
c0202D13 (@ umc156b by in silico) c0268O06 (@ umc156b by in silico) b0094I21 (@ umc1680 by SSR PCR)
b0271M20 (@ umc1680 by SSR PCR) b0031C21 (@ umc1752 by in silico) b0147K11 (@ umc1752 by in silico)
b0159D12 (@ umc1752 by in silico) b0088G07 (@ umc1941 by SSR PCR) b0115E05 (@ umc1941 by SSR PCR)
b0119O05 (@ umc1941 by SSR PCR) b0180D12 (@ umc1941 by SSR PCR) b0180E22 (@ umc1941 by SSR PCR)
b0245L08 (@ umc1941 by SSR PCR) b0040C06 (@ umc2072 by SSR PCR) b0047I19 (@ umc2072 by SSR PCR)
b0052I09 (@ umc2072 by SSR PCR) b0149E13 (@ umc2072 by SSR PCR) b0149E13 (@ umc2072 by SSR PCR)
b0157K22 (@ umc2072 by SSR PCR) b0267A04 (@ umc2072 by SSR PCR) b0024M24 (@ umc2201 by SSR PCR)
b0024M24 (@ umc2201 by in silico) b0036C03 (@ umc2201 by in silico) b0036O02 (@ umc2201 by in silico)
b0065P24 (@ umc2201 by SSR PCR) b0128M23 (@ umc2201 by SSR PCR) b0128M23 (@ umc2201 by in silico)
b0131L06 (@ umc2201 by in silico) b0138M24 (@ umc2201 by SSR PCR) b0138M24 (@ umc2201 by SSR PCR)
b0148O07 (@ umc2201 by in silico) b0174G18 (@ umc2201 by in silico) b0255F10 (@ umc2201 by SSR PCR)
b0265E16 (@ umc2201 by SSR PCR) c0001E16 (@ umc2201 by in silico) c0081B06 (@ umc2201 by in silico)
c0107J05 (@ umc2201 by in silico) c0110F10 (@ umc2201 by in silico) c0115A10 (@ umc2201 by in silico)
c0118J13 (@ umc2201 by in silico) c0127M22 (@ umc2201 by in silico) c0146C02 (@ umc2201 by in silico)
c0150D14 (@ umc2201 by in silico) c0178F17 (@ umc2201 by in silico) c0204G24 (@ umc2201 by in silico)
b0005M23 (@ umc2216 by SSR PCR) b0030P12 (@ umc2216 by SSR PCR) b0251D19 (@ umc2216 by SSR PCR)
b0011A22 (@ umc2305 by SSR PCR) b0067K07 (@ umc2305 by SSR PCR) b0094B11 (@ umc2305 by in silico)
b0202K21 (@ umc2305 by SSR PCR) c0001D11 (@ umc2305 by in silico) c0001H10 (@ umc2305 by in silico)
c0002G12 (@ umc2305 by in silico) c0003H20 (@ umc2305 by in silico) c0004B19 (@ umc2305 by in silico)
c0004P08 (@ umc2305 by in silico) c0005H15 (@ umc2305 by in silico) c0005L06 (@ umc2305 by in silico)
c0005N18 (@ umc2305 by in silico) c0005P04 (@ umc2305 by in silico) c0006C12 (@ umc2305 by in silico)
c0006L03 (@ umc2305 by in silico) c0007E08 (@ umc2305 by in silico) c0007M05 (@ umc2305 by in silico)
c0008D13 (@ umc2305 by in silico) c0008L06 (@ umc2305 by in silico) c0008N03 (@ umc2305 by in silico)
c0008N05 (@ umc2305 by in silico) c0009M01 (@ umc2305 by in silico) c0010B21 (@ umc2305 by in silico)
c0010J07 (@ umc2305 by in silico) c0010O03 (@ umc2305 by in silico) c0011C05 (@ umc2305 by in silico)
c0011D02 (@ umc2305 by in silico) c0011D05 (@ umc2305 by in silico) c0011D07 (@ umc2305 by in silico)
c0011L05 (@ umc2305 by in silico) c0011M02 (@ umc2305 by in silico) c0012B20 (@ umc2305 by in silico)
c0012D11 (@ umc2305 by in silico) c0012E11 (@ umc2305 by in silico) c0012G13 (@ umc2305 by in silico)
c0013E12 (@ umc2305 by in silico) c0013H12 (@ umc2305 by in silico) c0015D06 (@ umc2305 by in silico)
c0015E08 (@ umc2305 by in silico) c0015M09 (@ umc2305 by in silico) c0015O11 (@ umc2305 by in silico)
c0017A03 (@ umc2305 by in silico) c0017K04 (@ umc2305 by in silico) c0018D08 (@ umc2305 by in silico)
c0018H16 (@ umc2305 by in silico) c0019J02 (@ umc2305 by in silico) c0020D19 (@ umc2305 by in silico)
c0022A10 (@ umc2305 by in silico) c0022H01 (@ umc2305 by in silico) c0022K08 (@ umc2305 by in silico)
c0023C23 (@ umc2305 by in silico) c0023D01 (@ umc2305 by in silico) c0023D03 (@ umc2305 by in silico)
c0023E03 (@ umc2305 by in silico) c0023M03 (@ umc2305 by in silico) c0024N10 (@ umc2305 by in silico)
c0029H23 (@ umc2305 by in silico) c0029K17 (@ umc2305 by in silico) c0032F13 (@ umc2305 by in silico)
c0033B15 (@ umc2305 by in silico) c0033B23 (@ umc2305 by in silico) c0033L03 (@ umc2305 by in silico)
c0035H08 (@ umc2305 by in silico) c0041F15 (@ umc2305 by in silico) c0043C07 (@ umc2305 by in silico)
c0045K19 (@ umc2305 by in silico) c0047H02 (@ umc2305 by in silico) c0049B06 (@ umc2305 by in silico)
c0051J16 (@ umc2305 by in silico) c0052E09 (@ umc2305 by in silico) c0053C02 (@ umc2305 by in silico)
c0053C03 (@ umc2305 by in silico) c0054I09 (@ umc2305 by in silico) c0054J08 (@ umc2305 by in silico)
c0054O07 (@ umc2305 by in silico) c0055H19 (@ umc2305 by in silico) c0057B07 (@ umc2305 by in silico)
c0057E24 (@ umc2305 by in silico) c0057G18 (@ umc2305 by in silico) c0059J18 (@ umc2305 by in silico)
c0060A12 (@ umc2305 by in silico) c0064N22 (@ umc2305 by in silico) c0065G07 (@ umc2305 by in silico)
c0065H07 (@ umc2305 by in silico) c0065I06 (@ umc2305 by in silico) c0068G23 (@ umc2305 by in silico)
c0069N21 (@ umc2305 by in silico) c0070G22 (@ umc2305 by in silico) c0071H10 (@ umc2305 by in silico)
c0071I04 (@ umc2305 by in silico) c0072J14 (@ umc2305 by in silico) c0072N04 (@ umc2305 by in silico)
c0073J03 (@ umc2305 by in silico) c0078H20 (@ umc2305 by in silico) c0081H16 (@ umc2305 by in silico)
c0081J07 (@ umc2305 by in silico) c0083E17 (@ umc2305 by in silico) c0083G05 (@ umc2305 by in silico)
c0083N02 (@ umc2305 by in silico) c0084O02 (@ umc2305 by in silico) c0086J17 (@ umc2305 by in silico)
c0088J22 (@ umc2305 by in silico) c0088M23 (@ umc2305 by in silico) c0090D13 (@ umc2305 by in silico)
c0090O05 (@ umc2305 by in silico) c0096P08 (@ umc2305 by in silico) c0098I16 (@ umc2305 by in silico)
c0106L16 (@ umc2305 by in silico) c0107N15 (@ umc2305 by in silico) c0107P09 (@ umc2305 by in silico)
c0109F07 (@ umc2305 by in silico) c0110P02 (@ umc2305 by in silico) c0111J10 (@ umc2305 by in silico)
c0121P02 (@ umc2305 by in silico) c0134L15 (@ umc2305 by in silico) c0140L11 (@ umc2305 by in silico)
c0140N12 (@ umc2305 by in silico) c0143F18 (@ umc2305 by in silico) c0146P21 (@ umc2305 by in silico)
c0152M18 (@ umc2305 by in silico) c0152O06 (@ umc2305 by in silico) c0152P05 (@ umc2305 by in silico)
c0154M14 (@ umc2305 by in silico) c0169N24 (@ umc2305 by in silico) c0194P07 (@ umc2305 by in silico)
c0196B02 (@ umc2305 by in silico) b0028C10 (@ umc2306 by SSR PCR) b0033D08 (@ umc2306 by SSR PCR)
b0033F03 (@ umc2306 by SSR PCR) b0037L11 (@ umc2306 by SSR PCR) b0047M01 (@ umc2306 by SSR PCR)
b0171O09 (@ umc2306 by SSR PCR) b0209M01 (@ umc2306 by SSR PCR) b0229N17 (@ umc2306 by SSR PCR)
b0257G13 (@ umc2306 by SSR PCR) b0004N02 (@ umc49m by RFLP Hybridization) b0005B02 (@ umc49m by RFLP Hybridization)
b0012P23 (@ umc49m by RFLP Hybridization) b0020I16 (@ umc49m by RFLP Hybridization) b0020L15 (@ umc49m by RFLP Hybridization)
b0022M23 (@ umc49m by RFLP Hybridization) b0032G09 (@ umc49m by RFLP Hybridization) b0032P01 (@ umc49m by RFLP Hybridization)
b0034P15 (@ umc49m by RFLP Hybridization) b0039L04 (@ umc49m by RFLP Hybridization) b0042E03 (@ umc49m by RFLP Hybridization)
b0045O06 (@ umc49m by RFLP Hybridization) b0058L20 (@ umc49m by RFLP Hybridization) b0062I18 (@ umc49m by RFLP Hybridization)
b0066K22 (@ umc49m by RFLP Hybridization) b0076I01 (@ umc49m by RFLP Hybridization) b0080G09 (@ umc49m by RFLP Hybridization)
b0099M15 (@ umc49m by RFLP Hybridization) b0101F18 (@ umc49m by RFLP Hybridization) b0101M03 (@ umc49m by RFLP Hybridization)
b0128M10 (@ umc49m by RFLP Hybridization) b0145A16 (@ umc49m by RFLP Hybridization) b0153H17 (@ umc49m by RFLP Hybridization)
b0155D04 (@ umc49m by RFLP Hybridization) b0155P12 (@ umc49m by RFLP Hybridization) b0160F09 (@ umc49m by RFLP Hybridization)
b0168N22 (@ umc49m by RFLP Hybridization) b0179M22 (@ umc49m by RFLP Hybridization) b0180H05 (@ umc49m by RFLP Hybridization)
b0182C02 (@ umc49m by RFLP Hybridization) b0190H20 (@ umc49m by RFLP Hybridization) b0193P02 (@ umc49m by RFLP Hybridization)
b0194P08 (@ umc49m by RFLP Hybridization) b0209G18 (@ umc49m by RFLP Hybridization) b0218I10 (@ umc49m by RFLP Hybridization)
b0223D21 (@ umc49m by RFLP Hybridization) b0226O02 (@ umc49m by RFLP Hybridization) b0228K16 (@ umc49m by RFLP Hybridization)
b0231C02 (@ umc49m by RFLP Hybridization) b0233M19 (@ umc49m by RFLP Hybridization) b0234D14 (@ umc49m by RFLP Hybridization)
b0236D16 (@ umc49m by RFLP Hybridization) b0237K23 (@ umc49m by RFLP Hybridization) b0242C06 (@ umc49m by RFLP Hybridization)
b0244D01 (@ umc49m by RFLP Hybridization) b0253L16 (@ umc49m by RFLP Hybridization) b0261E22 (@ umc49m by RFLP Hybridization)
b0263C10 (@ umc49m by RFLP Hybridization) b0265A06 (@ umc49m by RFLP Hybridization) b0267J03 (@ umc49m by RFLP Hybridization)
b0269B08 (@ umc49m by RFLP Hybridization) b0274I08 (@ umc49m by RFLP Hybridization) b0281L21 (@ umc49m by RFLP Hybridization)
b0138G14 (@ umc51a by SSR PCR) b0180E22 (@ umc51a by SSR PCR) b0245L08 (@ umc51a by SSR PCR)
b0261F20 (@ umc51a by SSR PCR) b0261N22 (@ umc51a by SSR PCR) b0263E05 (@ umc51a by SSR PCR)
b0103J22 (@ umc54 by in silico) b0105C07 (@ umc54 by in silico) b0111N04 (@ umc54 by in silico)
b0115N24 (@ umc54 by in silico) b0123D21 (@ umc54 by in silico) b0129G07 (@ umc54 by in silico)
b0141H13 (@ umc54 by in silico) b0148G09 (@ umc54 by in silico) b0154K24 (@ umc54 by in silico)
b0192C15 (@ umc54 by in silico) b0209J08 (@ umc54 by in silico) b0261C09 (@ umc54 by in silico)
b0261I10 (@ umc54 by in silico) b0264C09 (@ umc54 by in silico) b0272P11 (@ umc54 by in silico)
b0285F11 (@ umc54 by in silico) c0084H02 (@ umc54 by in silico) c0097N18 (@ umc54 by in silico)
c0101K06 (@ umc54 by in silico) c0101L03 (@ umc54 by in silico) c0102M16 (@ umc54 by in silico)
c0102N21 (@ umc54 by in silico) c0104P08 (@ umc54 by in silico) c0106K09 (@ umc54 by in silico)
c0107H13 (@ umc54 by in silico) c0112H24 (@ umc54 by in silico) c0118F23 (@ umc54 by in silico)
c0118H23 (@ umc54 by in silico) c0120C02 (@ umc54 by in silico) c0127E17 (@ umc54 by in silico)
c0127F09 (@ umc54 by in silico) c0137G07 (@ umc54 by in silico) c0141P15 (@ umc54 by in silico)
c0153A12 (@ umc54 by in silico) c0161G10 (@ umc54 by in silico) c0162G13 (@ umc54 by in silico)
c0171D23 (@ umc54 by in silico) c0171J21 (@ umc54 by in silico) c0179N15 (@ umc54 by in silico)
c0182D22 (@ umc54 by in silico) c0192P01 (@ umc54 by in silico) c0195E19 (@ umc54 by in silico)
c0196J20 (@ umc54 by in silico) c0197A11 (@ umc54 by in silico) c0197A12 (@ umc54 by in silico)
c0198A19 (@ umc54 by in silico) c0198J19 (@ umc54 by in silico) c0198M07 (@ umc54 by in silico)
c0200G09 (@ umc54 by in silico) c0202D06 (@ umc54 by in silico) c0206K09 (@ umc54 by in silico)
c0206K13 (@ umc54 by in silico) c0207C22 (@ umc54 by in silico) c0207L23 (@ umc54 by in silico)
c0213F20 (@ umc54 by in silico) c0214D21 (@ umc54 by in silico) c0216B18 (@ umc54 by in silico)
c0217I09 (@ umc54 by in silico) c0219F09 (@ umc54 by in silico) c0223B18 (@ umc54 by in silico)
c0223D10 (@ umc54 by in silico) c0227B23 (@ umc54 by in silico) c0230M04 (@ umc54 by in silico)
c0233D04 (@ umc54 by in silico) c0236F10 (@ umc54 by in silico) c0237L23 (@ umc54 by in silico)
c0238F07 (@ umc54 by in silico) c0238L11 (@ umc54 by in silico) c0239H03 (@ umc54 by in silico)
c0243P06 (@ umc54 by in silico) c0249B10 (@ umc54 by in silico) c0253D12 (@ umc54 by in silico)
c0269M05 (@ umc54 by in silico) c0273O22 (@ umc54 by in silico) c0274F09 (@ umc54 by in silico)
c0279N20 (@ umc54 by in silico) c0286C10 (@ umc54 by in silico) c0286D13 (@ umc54 by in silico)
c0287F21 (@ umc54 by in silico)    

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