Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- nucleus 2
- cytosol 3
- mitochondrion 1
Predictors | GFP | MS/MS | Papers | ||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
PPI
No PPI Data
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
VIT_13s0073g00610.t01 | Wine grape | cytosol | 89.34 | 89.42 |
VIT_06s0009g00960.t01 | Wine grape | cytosol | 87.81 | 87.81 |
CDX70087 | Canola | cytosol | 87.19 | 87.19 |
CDY55765 | Canola | cytosol | 86.74 | 86.82 |
Bra009210.1-P | Field mustard | cytosol | 85.48 | 86.73 |
CDX98939 | Canola | cytosol | 86.65 | 86.65 |
Bra005900.1-P | Field mustard | cytosol | 86.56 | 86.64 |
CDY04994 | Canola | cytosol | 86.47 | 86.47 |
AT5G06600.1 | Thale cress | cytosol | 86.38 | 86.38 |
CDY14077 | Canola | cytosol | 86.38 | 86.38 |
PGSC0003DMT400072539 | Potato | cytosol | 86.74 | 86.27 |
Solyc10g081610.1.1 | Tomato | cytosol, extracellular, nucleus | 86.29 | 85.83 |
AT3G11910.1 | Thale cress | cytosol | 85.57 | 85.65 |
CDX81009 | Canola | cytosol | 85.13 | 84.97 |
Bra028727.1-P | Field mustard | cytosol | 86.29 | 84.62 |
Bra038685.1-P | Field mustard | cytosol | 82.71 | 83.76 |
CDY01069 | Canola | cytosol | 83.42 | 83.5 |
Bra034802.1-P | Field mustard | cytosol | 83.06 | 83.14 |
CDY08485 | Canola | cytosol | 61.29 | 82.61 |
CDY53923 | Canola | cytosol | 81.72 | 82.09 |
Bra001426.1-P | Field mustard | cytosol | 81.45 | 81.74 |
CDX73847 | Canola | cytosol | 79.84 | 81.22 |
Os07t0163800-01 | Rice | cytosol, plasma membrane | 20.79 | 78.91 |
VIT_12s0121g00410.t01 | Wine grape | cytosol | 5.65 | 71.59 |
CDY72484 | Canola | cytosol | 9.86 | 67.07 |
CDX72290 | Canola | cytosol, mitochondrion, plastid | 10.93 | 67.03 |
TraesCS3A01G176700.1 | Wheat | cytosol | 5.73 | 32.82 |
VIT_04s0008g03170.t01 | Wine grape | mitochondrion | 16.85 | 17.18 |
VIT_05s0020g04980.t01 | Wine grape | nucleus | 16.94 | 16.49 |
VIT_04s0008g05690.t01 | Wine grape | nucleus | 18.64 | 12.36 |
VIT_11s0016g05880.t01 | Wine grape | mitochondrion | 14.87 | 10.94 |
Protein Annotations
EntrezGene:100244518 | wikigene:100244518 | MapMan:14.6.2.3 | MapMan:19.2.3.1.1.5 | Gene3D:2.60.210.10 | Gene3D:3.10.20.90 |
Gene3D:3.90.70.10 | ProteinID:CBI39086 | ProteinID:CBI39086.3 | ncoils:Coil | UniProt:D7U8M2 | EMBL:FN596742 |
GO:GO:0003674 | GO:GO:0003824 | GO:GO:0005488 | GO:GO:0005515 | GO:GO:0006464 | GO:GO:0006511 |
GO:GO:0008150 | GO:GO:0008152 | GO:GO:0009056 | GO:GO:0009987 | GO:GO:0016579 | GO:GO:0016787 |
GO:GO:0019538 | GO:GO:0036459 | InterPro:IPR002083 | InterPro:IPR008974 | InterPro:IPR028889 | EntrezGene:LOC100244518 |
wikigene:LOC100244518 | InterPro:MATH/TRAF_dom | PFAM:PF00443 | PFAM:PF00917 | PFAM:PF12436 | PFAM:PF14533 |
ScanProsite:PS00972 | ScanProsite:PS00973 | PFscan:PS50144 | PFscan:PS50235 | PANTHER:PTHR24006 | PANTHER:PTHR24006:SF565 |
InterPro:Papain_like_cys_pep_sf | InterPro:Peptidase_C19_UCH | SMART:SM00061 | SUPFAM:SSF49599 | SUPFAM:SSF54001 | TIGR:TC65856 |
TIGR:TC67684 | InterPro:TRAF-like | UniParc:UPI0001BE4C84 | InterPro:USP7_ICP0-binding_dom | InterPro:USP_C | InterPro:USP_CS |
InterPro:USP_dom | ArrayExpress:VIT_08s0032g00600 | EnsemblPlantsGene:VIT_08s0032g00600 | EnsemblPlants:VIT_08s0032g00600.t01 | unigene:Vvi.14389 | RefSeq:XP_002267555 |
RefSeq:XP_002267555.1 | SEG:seg | : | : | : | : |
Description
No Description!
Coordinates
chr8:+:3937004..3969364
Molecular Weight (calculated)
131024.0 Da
IEP (calculated)
5.687
GRAVY (calculated)
-0.655
Length
1116 amino acids
Sequence
(BLAST)
(BLAST)
0001: MTLMTPAPLD QQEDEEMLVP HSDLVEGPQP MEVVAQADAS SAVENQPVED PQTSRFTWTI ENFSRLNTKK HYSEIFVVGG FKWRVLIFPK GNNVDHLSMY
0101: LDVADSATLP YGWSRYAQFS LSVVNQIHNK YSIRKDTQHQ FNARESDWGF TSFMPLSDLY DPGRGYLVND TCIIEAEVAV RKILDYWTYD SKKETGFVGL
0201: KNQGATCYMN SLLQTLYHIP YFRKAVYHMP TTENDMPSGS IPLALQSLFY KLQYNDNSVA TKELTKSFGW DTYDSFMQHD VQELNRVLCE KLEDKMKGTV
0301: VEGTIQQLFE GHHMNYIECI NVDYKSTRKE SFYDLQLDVK GCRDVYASFD KYVEVERLEG DNRYQAENHG LQDAKKGVLF IDFPPVLQLQ LKRFEYDFMR
0401: DTMVKINDRY EFPLQLDLDR ENGKYLSPDA DRSVRNLYTL HSVLVHSGGV HGGHYYAFIR PTLSDQWFKF DDERVTKEDT RRALEEQYGG EEELPQTNPG
0501: FNNTPFKFTK YSNAYMLVYI RESDKEKIIC NVDEKDIAEH LRIRLKKEQE EKEDKRKYKA QAHLFTIIKV ARDEDLAEQI GKDIYFDLVD HDKVRSFRIQ
0601: KQWPFTLFKE EVAKEFGIPV QYQRFWIWAK RQNHTYRPNR PLTPQEEAQS VGQLREVSTK VNNAELKLFL EVELGPDLRP IPPPEKTKED ILLFFKLYDP
0701: EKEELRYVGR LFVKSSGKPI EILTKLNEMA GFAPDEEIEL YEEIKFEPCV MCEHLAKRTS FRFSQIEDGD IICFQKSAPP ESEEQCRYSD VTSFLEYVQN
0801: RQVVHFRALE RPKEDDFCLE LSKLHNYDDV VERVARRLGL DDPSKIRLTS HNCYSQQPKP QPIKYRGVEH LSDMLVHYNQ SSDILYYEVL DIPLPELQGL
0901: KNLKVAFHHA TKDDVIIHNI RLPKQSTVGD VINELKTKVE LSHPNAELRL LEVFYHKIYK IFPPSEKIEN INDQYWTLRA EEAKEEKNLG PHDRLIHVYH
1001: FTKETVQNQM QVQNFGEPFF LIIHEGETLA EVKERIQKKL QVPDEEFSKW KFAFLSLGRP EYLQDSDIVS SRFQRRDVYG AWEQYLGLEH SDTAPKRAYA
1101: ANQNRHTFEK PVKIYN
0101: LDVADSATLP YGWSRYAQFS LSVVNQIHNK YSIRKDTQHQ FNARESDWGF TSFMPLSDLY DPGRGYLVND TCIIEAEVAV RKILDYWTYD SKKETGFVGL
0201: KNQGATCYMN SLLQTLYHIP YFRKAVYHMP TTENDMPSGS IPLALQSLFY KLQYNDNSVA TKELTKSFGW DTYDSFMQHD VQELNRVLCE KLEDKMKGTV
0301: VEGTIQQLFE GHHMNYIECI NVDYKSTRKE SFYDLQLDVK GCRDVYASFD KYVEVERLEG DNRYQAENHG LQDAKKGVLF IDFPPVLQLQ LKRFEYDFMR
0401: DTMVKINDRY EFPLQLDLDR ENGKYLSPDA DRSVRNLYTL HSVLVHSGGV HGGHYYAFIR PTLSDQWFKF DDERVTKEDT RRALEEQYGG EEELPQTNPG
0501: FNNTPFKFTK YSNAYMLVYI RESDKEKIIC NVDEKDIAEH LRIRLKKEQE EKEDKRKYKA QAHLFTIIKV ARDEDLAEQI GKDIYFDLVD HDKVRSFRIQ
0601: KQWPFTLFKE EVAKEFGIPV QYQRFWIWAK RQNHTYRPNR PLTPQEEAQS VGQLREVSTK VNNAELKLFL EVELGPDLRP IPPPEKTKED ILLFFKLYDP
0701: EKEELRYVGR LFVKSSGKPI EILTKLNEMA GFAPDEEIEL YEEIKFEPCV MCEHLAKRTS FRFSQIEDGD IICFQKSAPP ESEEQCRYSD VTSFLEYVQN
0801: RQVVHFRALE RPKEDDFCLE LSKLHNYDDV VERVARRLGL DDPSKIRLTS HNCYSQQPKP QPIKYRGVEH LSDMLVHYNQ SSDILYYEVL DIPLPELQGL
0901: KNLKVAFHHA TKDDVIIHNI RLPKQSTVGD VINELKTKVE LSHPNAELRL LEVFYHKIYK IFPPSEKIEN INDQYWTLRA EEAKEEKNLG PHDRLIHVYH
1001: FTKETVQNQM QVQNFGEPFF LIIHEGETLA EVKERIQKKL QVPDEEFSKW KFAFLSLGRP EYLQDSDIVS SRFQRRDVYG AWEQYLGLEH SDTAPKRAYA
1101: ANQNRHTFEK PVKIYN
0001: MTMMTPPPVD QPEDEEMLVP NSDLVDGPAQ PMEVTQPETA ASTVENQPAE DPPTLKFTWT IPNFSRQNTR KHYSDVFVVG GYKWRILIFP KGNNVDHLSM
0101: YLDVSDAASL PYGWSRYAQF SLAVVNQIHT RYTVRKETQH QFNARESDWG FTSFMPLSEL YDPSRGYLVN DTVLVEAEVA VRKVLDYWSY DSKKETGFVG
0201: LKNQGATCYM NSLLQTLYHI PYFRKAVYHM PTTENDAPTA SIPLALQSLF YKLQYNDTSV ATKELTKSFG WDTYDSFMQH DVQELNRVLC EKLEDKMKGT
0301: VVEGTIQQLF EGHHMNYIEC INVDFKSTRK ESFYDLQLDV KGCKDVYASF DKYVEVERLE GDNKYHAEGH GLQDAKKGVL FIDFPPVLQL QLKRFEYDFM
0401: RDTMVKINDR YEFPLELDLD REDGKYLSPD ADRSVRNLYT LHSVLVHSGG VHGGHYYAFI RPTLSDQWYK FDDERVTKED LKRALEEQYG GEEELPQTNP
0501: GFNNNPPFKF TKYSNAYMLV YIRESDKDKI ICNVDEKDIA EHLRVRLKKE QEEKEDKRRY KAQAHLYTII KVARDEDLKE QIGKDIYFDL VDHDKVRSFR
0601: IQKQTPFQQF KEEVAKEFGV PVQLQRFWIW AKRQNHTYRP NRPLTPQEEL QPVGQIREAS NKANTAELKL FLEVEHLDLR PIPPPEKSKE DILLFFKLYD
0701: PEKAVLSYAG RLMVKSSSKP MDITGKLNEM VGFAPDEEIE LFEEIKFEPC VMCEHLDKKT SFRLCQIEDG DIICFQKPLV NKEIECLYPA VPSFLEYVQN
0801: RQLVRFRALE KPKEDEFVLE LSKQHTYDDV VEKVAEKLGL DDPSKLRLTS HNCYSQQPKP QPIKYRGVDH LSDMLVHYNQ TSDILYYEVL DIPLPELQGL
0901: KTLKVAFHHA TKEEVVIHNI RLPKQSTVGD VINELKTKVE LSHPDAELRL LEVFYHKIYK IFPSTERIEN INDQYWTLRA EEIPEEEKNI GPNDRLILVY
1001: HFAKETGQNQ QVQNFGEPFF LVIHEGETLE EIKNRIQKKL HVSDEDFAKW KFAFMSMGRP EYLQDTDVVY NRFQRRDVYG AFEQYLGLEH ADTTPKRAYA
1101: ANQNRHAYEK PVKIYN
0101: YLDVSDAASL PYGWSRYAQF SLAVVNQIHT RYTVRKETQH QFNARESDWG FTSFMPLSEL YDPSRGYLVN DTVLVEAEVA VRKVLDYWSY DSKKETGFVG
0201: LKNQGATCYM NSLLQTLYHI PYFRKAVYHM PTTENDAPTA SIPLALQSLF YKLQYNDTSV ATKELTKSFG WDTYDSFMQH DVQELNRVLC EKLEDKMKGT
0301: VVEGTIQQLF EGHHMNYIEC INVDFKSTRK ESFYDLQLDV KGCKDVYASF DKYVEVERLE GDNKYHAEGH GLQDAKKGVL FIDFPPVLQL QLKRFEYDFM
0401: RDTMVKINDR YEFPLELDLD REDGKYLSPD ADRSVRNLYT LHSVLVHSGG VHGGHYYAFI RPTLSDQWYK FDDERVTKED LKRALEEQYG GEEELPQTNP
0501: GFNNNPPFKF TKYSNAYMLV YIRESDKDKI ICNVDEKDIA EHLRVRLKKE QEEKEDKRRY KAQAHLYTII KVARDEDLKE QIGKDIYFDL VDHDKVRSFR
0601: IQKQTPFQQF KEEVAKEFGV PVQLQRFWIW AKRQNHTYRP NRPLTPQEEL QPVGQIREAS NKANTAELKL FLEVEHLDLR PIPPPEKSKE DILLFFKLYD
0701: PEKAVLSYAG RLMVKSSSKP MDITGKLNEM VGFAPDEEIE LFEEIKFEPC VMCEHLDKKT SFRLCQIEDG DIICFQKPLV NKEIECLYPA VPSFLEYVQN
0801: RQLVRFRALE KPKEDEFVLE LSKQHTYDDV VEKVAEKLGL DDPSKLRLTS HNCYSQQPKP QPIKYRGVDH LSDMLVHYNQ TSDILYYEVL DIPLPELQGL
0901: KTLKVAFHHA TKEEVVIHNI RLPKQSTVGD VINELKTKVE LSHPDAELRL LEVFYHKIYK IFPSTERIEN INDQYWTLRA EEIPEEEKNI GPNDRLILVY
1001: HFAKETGQNQ QVQNFGEPFF LVIHEGETLE EIKNRIQKKL HVSDEDFAKW KFAFMSMGRP EYLQDTDVVY NRFQRRDVYG AFEQYLGLEH ADTTPKRAYA
1101: ANQNRHAYEK PVKIYN
Arabidopsis Description
UBP12Ubiquitin carboxyl-terminal hydrolase 12 [Source:UniProtKB/Swiss-Prot;Acc:Q9FPT1]
SUBAcon: [cytosol]
SUBAcon: [cytosol]
Hydropathy Plot
About CropPAL
The Protein Annotated Locations Database (CropPAL) houses large scale proteomic and GFP localization data from published experimental studies in Soybean (Glycine max), Maize (Zea mays), Wheat (Triticum aestivum), Barley (Hordeum vulgare), Rice (Oryza sativa), Field mustard (Brassica rapa), Canola (Brassica napus), Sorghum (Sorghum bicolor), Potato (Solanum tuberosum), Tomato (Solanum lycopersicum), Banana (Musa acuminata) and Wine grape (Vitis vinifera) as well as precomputed predictions for protein subcellular localizations using protein sequences.