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Comparative Proteomics Analysis of Anther Proteins between Ven Cytoplasmic Male Sterile and Fertile Plants on the Early Stages of Pollen Development in Wheat

小麦Ven型胞质雄性不育植株与可育植株花药蛋白质组差异研究



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,2016,36(6):1135-1145
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WANGYue1,ZHANGYanxia2,LINYanli2,WUPanpan2,ZHANGWeidong1,
GAOQingrong1,ZHANGKai1,ZHAORui1
(1AgronomyColegeShandongAgriculturalUniversity/NationalKeyLaboratoryofCropBiology,Taian,Shandong,271018
China;2AgriculturalBureauofBinzhouCity,ShandongBinzhou,Shangdong256660,China)
犃犫狊狋狉犪犮狋:Thesterilelineofcommonwheat(犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿)withthecytoplasmof犃犲.狏犲狀狋狉犻犮狅狊犪is
Vencytoplastmicmalesterile(VenCMS),anditisonetypeofSvCMSinwheat.Tobetterunderstand
themolecularmechanismonnucleuscytoplasmicinteractionmalesterilityinwheat,weanalyzeddifferenti
alproteomicsatuninucleateandbinucleatestagesinsterilelineJI5418AanditsmaintainerlineJI5418B.
Anotherproteinswereseparatedbytwodimensionalelectrophoresis.Differentialproteinspotswereidenti
fiedbymatrixassistedlaserdesorption/ionizationtandemtimeofflightmassspectrometry (MALDI
TOFTOF).Identificationandfunctionannotationandanalysisoftheseproteinswereanalyzedbybioin
formaticsmethods.About2000reproduciblyproteinspotscouldbevisualizedonthese2DgelswithinM
19.0-100.0kDandpI47.NinetyeightdifferentialyexpressedproteinswerefoundbetweenJI5418A
andJI5418B,andamongtheseproteins56showedsamedifferencesatbothstages.Fortyoneproteins
weresuccessfulyidentifiedinNCBIdatabase.Eighteenand23proteinsweresignificantlydownregulated
expressedinJI5418A,andJI5418B,respectively.Thedifferentialyexpressedproteinsinvolvinginenergy
metabolism,activeoxygenscavenge,ribosomesynthesisandpolenwalformationexistedinbothsterile
andfertilelines.GOanalysispredictedmanydifferentialexpressedproteinsinvolvedinelectrontransport
andenergymetabolism,ribosomemetabolism,andactiveoxygenmetabolism,etc.inbiologicalprocess,
distributedinmembraneregionandmitochondriaincelularcomponent,DNAandRNAbindingfunction
andhydrolyticenzymesinmolecularfunction.KEGGpathwaysanalysisindicatedthatmoreproteinsin
volvedincarbohydratemetabolism,activeoxygenmetabolismandproteinassemblyandfoldingthanother
passways.ItisspeculatedthatmalesterilityinJI5418Bmightberelatedtoenergymetabolism,activeox
ygenscavengingprocess.Ribosomalproteinandchaperoneproteinalsohavegreatrolesincontrolingits
fertility.MalesterilityinVenCMSmightberelatedtotheregulationdisordersinproteinprocessingand
materialsynthesis.
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Table1 IdentificationofdifferentialyexpressedproteinsbyMS/MS
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Code
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Accession
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Organism
O)Œ
Matchprotein
TU狆犐/”¶
Theoretical狆犐/
Molecularweight
]F狆犐/”¶
Experimental
狆犐/Molecular
wight
¨©¶Š‹
Expression
quantity
differences
1 gi|474323467
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
BAHD.-žVèDCR
BAHDacyltransferaseDCR 5.73
/29.98 6.03/35.6 A
2 gi|257719938
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
S¦Œ&$
Unnamedproteinproduct 9.94
/24.37 6.80/32.7 A
3 gi|13641245
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
6§Ô¨Ù§Ôç¡è SPP3Cu
crose6Fphosphate phosphohydro
laseSPP3
5.94/47.22 5.32/82.7 A
4 gi|1621627
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
„…ØÅ$†Åè
Manganesesuperoxidedismutase 7.91
/25.24 6.52/45.6 A
5 gi|326531446
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
Þ¾Œ
Predictedprotein 9.70
/25.47 5.36/37.2 A
6 gi|122220777
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
Sª«¬ðxÔÛÜè3 Sadeno
sylmethioninesynthase3 5.52
/42.77 4.32/47.8 A
7 gi|300568926
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
S¦Œ&$
Unnamedproteinproduct 6.56
/12.06 5.47/32.1 A
8 gi|475536774
==@
犃犲犵犻犾狅狆狊狋犪狌狊犮犺犻犻
­ÙŸè Hexokinase5 5.59/44.66 4.62/57.8 A
9 gi|475622973
==@
犃犲犵犻犾狅狆狊狋犪狌狊犮犺犻犻
§Ô®à•ÏÐÔ¯Åè1Phos
phoenolpyruvatecarboxylase1 5.86
/69.49 4.93/78.9 A
10 gi|474054951
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌 ž°è Transaldolase1 5.04
/41.06 5.69/49.7 A
11 gi|299469358
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
±«PDIŒx
PutativePDIlikeprotein 4.95
/59.59 5.38/75.6 A
12 gi|475569776
==@
犃犲犵犻犾狅狆狊狋犪狌狊犮犺犻犻
L²³öÔØÅèxŒ Lascor
bateoxidaselikeprotein 9.41
/60.27 5.38/87.9 A
13 gi|296525618
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
S¦Œ&$
Unnamedproteinproduct 5.81
/46.47 6.37/72.8 A
14 gi|326523467
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
Þ¾Œ
Predictedprotein 6.96
/67.16 6.54/82.9 A
15 gi|326518112
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
Þ¾Œ
Predictedprotein 5.81
/88.27 5.08/68.2 A
16 gi|475434162
==@
犃犲犵犻犾狅狆狊狋犪狌狊犮犺犻犻
ª«4vwxÔè Adenosylhomo
cysteinase 5.62
/53.26 4.25/72.7 A
17 gi|475615536
==@
犃犲犵犻犾狅狆狊狋犪狌狊犮犺犻犻
ŒèÚ©-βx2Proteasomesub
unitbetatype2 5.81
/23.20 4.82/42.9 A
18 gi|474398902
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
郴µ¶·9” 1A Eukaryotic
translationinitiationfactor1A 5.07
/16.30 4.98/36.7 A
19 gi|326508588
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
Þ¾Œ
Predictedprotein 4.78
/122.93 5.24/115.7 A
20 gi|475538008
==@
犃犲犵犻犾狅狆狊狋犪狌狊犮犺犻犻
L²³öԗØÅ$è2Lascorbate
peroxidase2,cytosolic 5.10
/27.66 6.13/36.00 A
21 gi|474186400
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
T8ی1α©- Tcomplexpro
tein1subunitalpha 6.09
/58.36 6.45/78.9 A
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Code
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Accession
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Organism
O)Œ
Matchprotein
TU狆犐/”¶
Theoretical狆犐/
Molecularweight
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狆犐/Molecular
wight
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Expression
quantity
differences
22 gi|474122104
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
» o ¹ y x Œ  Endoplasmin
likeprotein 4.91
/99.59 5.64/107.8 A
23 gi|474403224
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
¨ÙÛÜè1
Sucrosesynthase1 5.85
/92.64 6.21/85.6 A
24 gi|118748148
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
ucw116ò«Iº»è
ucw116putativelipase 7.44
/38.82 6.58/42.3 B
25 gi|326514456
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
Þ¾Œ
Predictedprotein 6.51
/43.44 5.98/52.71 B
26 gi|474169559
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
40SƒÙڌS23SP40Sriboso
malproteinS2-3 9.78
/29.49 6.59/73.2 B
27 gi|6166036
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
mn=yP45051
CytochromeP45051 6.73
/51.64 6.54/59.8 B
28 gi|4586236
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
Öݏ¼è
StarchbranchingenzymeI 6.43
/93.99 5.98/72.1 B
29 gi|326519426
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
Þ¾Œ
Predictedprotein 9.27
/107.70 5.21/87.6 B
30 gi|326496515
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
Þ¾Œ
Predictedprotein 5.31
/69.93 4.36/65.9 B
31 gi|475626752
==@
犃犲犵犻犾狅狆狊狋犪狌狊犮犺犻犻
ABCž½ŒB\¾Ü¿2
ABCtransporterBfamilymember2 9.45
/164.64 5.38/65.2 B
32 gi|475508105
==@
犃犲犵犻犾狅狆狊狋犪狌狊犮犺犻犻
±2Œ F775_28041Hypothetical
proteinF775_28041 4.95
/59.71 5.32/63.7 B
33 gi|300592947
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
S¦Œ&$
Unnamedproteinproduct 8.95
/68.48 6.74/88.9 B
34 gi|473735508
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
±2Œ TRIU Hypotheticalpro
teinTRIUR3_26206R3_26206 4.82
/29.32 3.21/52.9 B
35 gi|473865714
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
T³ÛŒγ©-1Tcomplexpro
tein1subunitgamma 5.98
/60.98 4.36/70.8 B
36 gi|326520057
Y@©D 犎狅狉犱犲狌犿狏狌犾
犵犪狉犲subsp.狏狌犾犵犪狉犲
Þ¾Œ
Predictedprotein 4.78
/23.28 4.32/38.9 B
37 gi|257637830
fJ?@T
狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
S¦Œ&$
Unnamedproteinproduct 5.65
/32.36 5.71/48.9 B
38 gi|474136086
£¤¥B?@
犜狉犻狋犻犮狌犿狌狉犪狉狋狌
YTH³Àå\¾Œ2
YTHdomainfamilyprotein2 8.13
/102.62 6.36/78.6 B
39 gi|68449777
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
ƒÙڌ L2 MitochondrialL2ri
bosomalprotein 10.44
/34.54 5.34/56.7 B
40 gi|416029
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿 »]ÁÂoèEndochitinase 7.38
/36.60 6.74/82.3 B
41 gi|129916
fJ?@
犜狉犻狋犻犮狌犿犪犲狊狋犻狏狌犿
§ÔÃ"ԟèPhosphoglycerate
kinase 5.64
/42.62 5.82/58.9 B
±
:A¨YpCq|5418AÂÎÏÐь;B¨Y€q|5418BÎÏÐь。
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