Subcellular Localization
min:
: max
Winner_takes_all: cytosol
Predictor Summary:
Predictor Summary:
- nucleus 2
- cytosol 2
- plastid 1
- 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_16s0098g01810.t01 | Wine grape | cytosol | 46.79 | 31.31 |
| KRG97196 | Soybean | cytosol | 8.05 | 31.02 |
| Solyc03g083130.1.1 | Tomato | cytosol | 33.33 | 29.54 |
| TraesCS7A01G321900.2 | Wheat | cytosol | 38.9 | 28.83 |
| TraesCS7B01G222800.1 | Wheat | cytosol | 38.47 | 28.51 |
| OQU84844 | Sorghum | cytosol, mitochondrion, peroxisome, plastid | 34.1 | 27.07 |
| GSMUA_Achr10P... | Banana | plasma membrane | 38.99 | 27.07 |
| TraesCS7D01G318800.4 | Wheat | plastid | 38.13 | 26.9 |
| KRH64437 | Soybean | cytosol, nucleus | 9.6 | 25.69 |
| KRH53504 | Soybean | plastid | 8.31 | 23.77 |
Protein Annotations
| EMBL:ACUP02010369 | EnsemblPlants:KRH03942 | EnsemblPlantsGene:GLYMA_17G128700 | Gene3D:3.30.565.10 | InterPro:HATPase_C_sf | InterPro:IPR036890 |
| ncoils:Coil | PANTHER:PTHR33566 | PANTHER:PTHR33566:SF3 | PFAM:PF13589 | ProteinID:KRH03942 | ProteinID:KRH03942.1 |
| SEG:seg | SUPFAM:SSF55874 | UniParc:UPI000296284C | UniProt:K7MLE7 | MapMan:35.1 | : |
Description
hypothetical protein
Coordinates
chr17:-:10296731..10317835
Molecular Weight (calculated)
132562.0 Da
IEP (calculated)
7.379
GRAVY (calculated)
-0.512
Length
1167 amino acids
Sequence
(BLAST)
(BLAST)
0001: MEGLNSRKRR LVLSDDDDSE KVFTFKILLP NGTSVELTLR DPEAEMPLGN FVRLVKEKYS EARKHCESMK NTRDINWKGG SISLQDANDK KIRNVLNLKN
0101: YKPNKYHILR LHRVFFLNQD GSSEVAQSFE NMWDSTPDTD LLLELPEEYT FETALADLID NSLQAVWSNG EDKRKLIRVN LGKSKISIFD NGPGLDDTDE
0201: NSLVKWGKMD ASLHRSSKSK AIGGKPPYLM PYFGMFGYGG PIASMHLGRR ASVSYKTKHV KKVYTLHLER EALLNTSSSQ LTWKTGGGIR DPLANEIRDS
0301: HGSFTKVEIY EPKIKDVHIN RLPSHLKDLY FPYIQCDDTS DRGKTITPIE FKVNDVDLTE IQGGEVAITN WHSCNGPEFV FQLHLKSESS RELQANARMR
0401: FVYLPFTKGK ENIERVLEKL KSDGFVISED FQSFSRVSVR RLGRLLPDAR WTLLPFMDFR NKKGIKAQIL KRCSQRVKCF IETDGGFKPT LSKTDLAHHN
0501: PFTAALKNFG NKFSEKEKDV TVEIRKATKV LTLLKLQMEY QDWILQMHHQ YDEEADSGED QPVIIVGPAN EKALGISSDV IRVHQVLNRK EKSWKRGQKI
0601: KVLKGACAGC HRTTIYATIE YFLLEGFEGD AGGEARIICR AIDIPDENGS FLSVGDEDAS LEIRGSLSLP ISVIDSGKVI AVESIEWENR LTKKQQKSTS
0701: IYLPGANHYE NLETNGVVSV ESIEWENRLY KKQQKSPSIN LSGANHYEHL EADGVPVIKM PIVKYAGQPP CTDKGIIDLQ EPSLYHENSL IEFFLNYDKE
0801: LFDSICKLAE RIQKVESHLN NSNEKKAETE QEMVKLLEKV EPYQLSIMDS SFTKDELMTK IRSMENSPYS VLCSLSKREK PPNYFLEDLI GVVALIGTVQ
0901: RPELSRILAE YLGEAKMLGL IYRSFDTASS LEKYNQKGEI DYERALHAEA AALGKAISNR FHVICFEDIR PYTGWLHDDS QRRLALPNPR IANGETPEGF
1001: IGYAVNMVDL DINSLQIMTA SDFGLRETVL FNLFKKLQVY NTRENMVAAR TCIEDGAVSL DGGILSENGI LSLGYGNPSI CFPCENQKVL PREIEKILPQ
1101: MEGKKSDLRM IEERIKGLEH SRAKYIKKFN KKKERYDKVT DRMKPMTELL KYKPEAGDGS NSSGRLS
0101: YKPNKYHILR LHRVFFLNQD GSSEVAQSFE NMWDSTPDTD LLLELPEEYT FETALADLID NSLQAVWSNG EDKRKLIRVN LGKSKISIFD NGPGLDDTDE
0201: NSLVKWGKMD ASLHRSSKSK AIGGKPPYLM PYFGMFGYGG PIASMHLGRR ASVSYKTKHV KKVYTLHLER EALLNTSSSQ LTWKTGGGIR DPLANEIRDS
0301: HGSFTKVEIY EPKIKDVHIN RLPSHLKDLY FPYIQCDDTS DRGKTITPIE FKVNDVDLTE IQGGEVAITN WHSCNGPEFV FQLHLKSESS RELQANARMR
0401: FVYLPFTKGK ENIERVLEKL KSDGFVISED FQSFSRVSVR RLGRLLPDAR WTLLPFMDFR NKKGIKAQIL KRCSQRVKCF IETDGGFKPT LSKTDLAHHN
0501: PFTAALKNFG NKFSEKEKDV TVEIRKATKV LTLLKLQMEY QDWILQMHHQ YDEEADSGED QPVIIVGPAN EKALGISSDV IRVHQVLNRK EKSWKRGQKI
0601: KVLKGACAGC HRTTIYATIE YFLLEGFEGD AGGEARIICR AIDIPDENGS FLSVGDEDAS LEIRGSLSLP ISVIDSGKVI AVESIEWENR LTKKQQKSTS
0701: IYLPGANHYE NLETNGVVSV ESIEWENRLY KKQQKSPSIN LSGANHYEHL EADGVPVIKM PIVKYAGQPP CTDKGIIDLQ EPSLYHENSL IEFFLNYDKE
0801: LFDSICKLAE RIQKVESHLN NSNEKKAETE QEMVKLLEKV EPYQLSIMDS SFTKDELMTK IRSMENSPYS VLCSLSKREK PPNYFLEDLI GVVALIGTVQ
0901: RPELSRILAE YLGEAKMLGL IYRSFDTASS LEKYNQKGEI DYERALHAEA AALGKAISNR FHVICFEDIR PYTGWLHDDS QRRLALPNPR IANGETPEGF
1001: IGYAVNMVDL DINSLQIMTA SDFGLRETVL FNLFKKLQVY NTRENMVAAR TCIEDGAVSL DGGILSENGI LSLGYGNPSI CFPCENQKVL PREIEKILPQ
1101: MEGKKSDLRM IEERIKGLEH SRAKYIKKFN KKKERYDKVT DRMKPMTELL KYKPEAGDGS NSSGRLS
0001: MSSRRSVKRS LVLDDDDDED IFYNFKVLLP NGTSVKLTLK NPEPEISMQS FVNLVKKEYD NARKDCLLMS KRMKVDWNSG GKFHLESNGG KMKGIVRFAA
0101: FKPDLCHIIR LDDGSGIAST MYENLWDLTP DTDLLKELPE NYSFETALAD LIDNSLQAVW PYREGARKLI SVDISGDHIT VFDTGRGMDS SEGNSIDKWG
0201: KIGASLHRSQ KTGAIGGNPP YLKPYFGMFG YGGPYASMFL GRRTLVSSKT KESKKVFTLQ FKKEALIDNR SIVGKNWKTD GGMRDPSEEE MKLSPHGSFT
0301: KVEIFESEFD ISKIYQLQCR LKDIYFPYIQ CDELSKTGRT ERPVAFQVNG EDLAEIAGGE VAITNLHSKG QFFSFQIRFT LFGGKRKGTA QEANARLKFV
0401: YFPIVQGKES IEKILQSLEE EGCKVSESFQ TFGRVSLRRL GRLLPEVRWD SIPFMQRGNR ASTLQKSCRR VKCFVDLDAG FSPTPSKTDL ASQNPFSVAL
0501: RNFGSKSTEK EKDDDVNIVI HREGKSVSYA HLEEKYQEWV LEMHNTHDEE AASGLDEAVL IVGSLDKKAL GILRDAVRVH KEVRRKEKTW KRGQNIKILR
0601: GAYAGIHNNN VYATIDYFLI EGFEDEAGGD TRILCRPIDR PENEGCKLSI IDGISKLEVQ SSLSLPITII DSGKCLPVDA NEWNRKLDKQ QEKAPSKIDL
0701: LDERDCRELK IDGELPIGNS VRAGKAPPKQ IVAVVRPACF TSLTPSKKLD QKNIVKMDGE EMVMVVKLKS SDKNISSQRL FPTSRKGISG LYIFSLGSKF
0801: PNLFKKAGTY NFSFSIGNSI KCNKTVVVRP SSKAARWELD DNLESLPCNV RVGSSLPPFR IACFDKYKNK IPFTSVPSLE VELEASPGFL IKIDKLETNL
0901: INDGLILKIE NMLVETDELD QIRPNYEATL EIRAMDNPFS VSVPCKVNPG PLKRVAVNNP KALENLLPDS TVEDFILELF DGYNNHVAEG TDVLIHIDGY
1001: RIEDWMGINR KVDSRGCINL SGILKVTEGY GKSVSLSVMS GNEVIFCKES QIDERQLRLV TELPDCCTAG TNLMNLIFQV TELDGSLDTS IHHDEKSGCF
1101: HTMSIESDSS SVESAIRYAF VHGSCKVSSL SLPENEGVFS CRVFHSRYPE LQMSIKIQVT SAPTSEREES GYSTPHSKTT PPPESGIPSI TNPWPTPCSQ
1201: FGVLAIRSSS LALSSETSLM DMAQYTEDLK EKINIDEERR VELEERLKCL QAQREHAEQE CSRLQASLEP LGAPFPECLS TKESMMKQIE EKHHDTAASV
1301: FCCLYRKAPP PRSLFLSQKG MFGVVALLGS VASTSLSRVL SEYLGKDTML SLVCKSSQFG PKSDEYRKFQ SEAASLGRSI TNRFLVICLD ATRPWRNGLV
1401: RNDPQKRLAM DNPYLPNGDP IPGFKGYAVN MIDLASEELD IQSSSGYGLR ETLFYGVFRE LQVYETAEHL EAALPHINGG DAVSLDGVIA RENGFIYSGC
1501: CTPEVHFPIT VTERQEKALV QLEITRDKKR KTEEMMTEEN RSLRRLVKKL KKANEKYQNF TAMADS
0101: FKPDLCHIIR LDDGSGIAST MYENLWDLTP DTDLLKELPE NYSFETALAD LIDNSLQAVW PYREGARKLI SVDISGDHIT VFDTGRGMDS SEGNSIDKWG
0201: KIGASLHRSQ KTGAIGGNPP YLKPYFGMFG YGGPYASMFL GRRTLVSSKT KESKKVFTLQ FKKEALIDNR SIVGKNWKTD GGMRDPSEEE MKLSPHGSFT
0301: KVEIFESEFD ISKIYQLQCR LKDIYFPYIQ CDELSKTGRT ERPVAFQVNG EDLAEIAGGE VAITNLHSKG QFFSFQIRFT LFGGKRKGTA QEANARLKFV
0401: YFPIVQGKES IEKILQSLEE EGCKVSESFQ TFGRVSLRRL GRLLPEVRWD SIPFMQRGNR ASTLQKSCRR VKCFVDLDAG FSPTPSKTDL ASQNPFSVAL
0501: RNFGSKSTEK EKDDDVNIVI HREGKSVSYA HLEEKYQEWV LEMHNTHDEE AASGLDEAVL IVGSLDKKAL GILRDAVRVH KEVRRKEKTW KRGQNIKILR
0601: GAYAGIHNNN VYATIDYFLI EGFEDEAGGD TRILCRPIDR PENEGCKLSI IDGISKLEVQ SSLSLPITII DSGKCLPVDA NEWNRKLDKQ QEKAPSKIDL
0701: LDERDCRELK IDGELPIGNS VRAGKAPPKQ IVAVVRPACF TSLTPSKKLD QKNIVKMDGE EMVMVVKLKS SDKNISSQRL FPTSRKGISG LYIFSLGSKF
0801: PNLFKKAGTY NFSFSIGNSI KCNKTVVVRP SSKAARWELD DNLESLPCNV RVGSSLPPFR IACFDKYKNK IPFTSVPSLE VELEASPGFL IKIDKLETNL
0901: INDGLILKIE NMLVETDELD QIRPNYEATL EIRAMDNPFS VSVPCKVNPG PLKRVAVNNP KALENLLPDS TVEDFILELF DGYNNHVAEG TDVLIHIDGY
1001: RIEDWMGINR KVDSRGCINL SGILKVTEGY GKSVSLSVMS GNEVIFCKES QIDERQLRLV TELPDCCTAG TNLMNLIFQV TELDGSLDTS IHHDEKSGCF
1101: HTMSIESDSS SVESAIRYAF VHGSCKVSSL SLPENEGVFS CRVFHSRYPE LQMSIKIQVT SAPTSEREES GYSTPHSKTT PPPESGIPSI TNPWPTPCSQ
1201: FGVLAIRSSS LALSSETSLM DMAQYTEDLK EKINIDEERR VELEERLKCL QAQREHAEQE CSRLQASLEP LGAPFPECLS TKESMMKQIE EKHHDTAASV
1301: FCCLYRKAPP PRSLFLSQKG MFGVVALLGS VASTSLSRVL SEYLGKDTML SLVCKSSQFG PKSDEYRKFQ SEAASLGRSI TNRFLVICLD ATRPWRNGLV
1401: RNDPQKRLAM DNPYLPNGDP IPGFKGYAVN MIDLASEELD IQSSSGYGLR ETLFYGVFRE LQVYETAEHL EAALPHINGG DAVSLDGVIA RENGFIYSGC
1501: CTPEVHFPIT VTERQEKALV QLEITRDKKR KTEEMMTEEN RSLRRLVKKL KKANEKYQNF TAMADS
Arabidopsis Description
GMI1Structural maintenance of chromosomes flexible hinge domain-containing protein GMI1 [Source:UniProtKB/Swiss-Prot;Acc:F4KFS5]
SUBAcon: [nucleus]
SUBAcon: [nucleus]
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.