Subcellular Localization
min:
: max
Winner_takes_all: nucleus
Predictor Summary:
Predictor Summary:
- nucleus 4
- cytosol 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 |
|---|---|---|---|---|
| Solyc08g082010.2.1 | Tomato | nucleus | 93.27 | 93.06 |
| PGSC0003DMT400012802 | Potato | nucleus | 18.24 | 31.4 |
| PGSC0003DMT400014820 | Potato | nucleus | 16.52 | 24.42 |
Protein Annotations
| EnsemblPlants:PGSC0003DMT400032056 | EnsemblPlantsGene:PGSC0003DMG400012303 | EntrezGene:102596400 | GO:GO:0003674 | GO:GO:0003779 | GO:GO:0005488 |
| GO:GO:0005515 | InterPro:IPR011684 | InterPro:NAB | ncoils:Coil | PANTHER:PTHR13140 | PANTHER:PTHR13140:SF664 |
| PFAM:PF07765 | PFscan:PS51774 | PGSC:PGSC0003DMG400012303 | RefSeq:XP_006343884.1 | SEG:seg | UniParc:UPI000294A023 |
| UniProt:M1AWS1 | MapMan:35.1 | : | : | : | : |
Description
Centromeric protein E [Source:PGSC_GENE;Acc:PGSC0003DMG400012303]
Coordinates
chr8:+:55665364..55673040
Molecular Weight (calculated)
153131.0 Da
IEP (calculated)
4.491
GRAVY (calculated)
-0.931
Length
1338 amino acids
Sequence
(BLAST)
(BLAST)
0001: MTKHRFRERV KSFFGSHVDP EKDEELKGTK AEIEDKIQKI LAYLKGEDGR DEKEPLVEAV EDFHNHYQSL YARYDHLTGK LRENVHEKDS SSSSSDSDSD
0101: SDGSTRKKGK KNGKLKFTEV TDGIKEELTS ANLEIVELKA QLMAANEEKE ALQSEHQSTL TKLQEAETTI CSLTSEAEKL KEEKSKLLGE TVDLNENLEK
0201: SAKLEAELMQ KLDEITKERE SLLLEKEAMG NSILEGNSTI EELRTTMEQL KEEKETLQIE LEGLKSELPS VKEQLDSAEK EIAQLSQMQK ATEEDNSSLS
0301: SKVLQLSEEI GQAQQKIQDL VTEADQLKGM LDEKEKEFSS HKEIHAAHKT EASTRLRGME LEIGSLQSQR SEIEKQKEDE LSALLKKLEE KEGEFSSQME
0401: ALTTKINNMQ LEIESLNELK GKLEEEMEQQ RNKMSAEVED LTNEVNKKDQ ELESLRGQKL ELEAELEKKT QEISGFSSEI ESLKEDIANK SAESLKILEE
0501: KESSLSQVKD LEVELKSLQN LKHELEEQLT SKDETIVQMK NDKEVMQDKI SEIERALTER ESELAILRKK SEDGETESSA QIAALTLQLS NLQEHSENLQ
0601: VQKSQIESQL EAKAGEASEY LTQLEKLKEE FARNTSEGQR MLEEKEGLVV QVREEKGSHL SKISELESAL AEKVDEYGTL QKKLEEVQNE ASTQIAASTE
0701: EVNKLRQQTE LLQTEKSRLE LVIETGKQES TESLAQAENQ NTELSQKLVD QEIKLKEREE AFGKLVEEKD SLVIQVNDLQ AEVKSLCEKI STLEENTSNT
0801: NNEISLLKEE KESFFLKISE LENSLVEKVE EHQALQKRLE DVQNDTSAQI VVLTEEANTS RQQIELLHTE KDQLTLAIER GKQESTESLA QAESQNTELS
0901: QKVVDQELKL KEQEEALGKL VEEKEGLVVQ INELQAEVKS LCEQKSTLEE NISSANNENN LLKEEKGSLL SKLSDLENAL TEKVDEHGQT LAHAENQHTE
1001: LSQKIVDREM KLKEHEEAFG KLGEEHKQLD GMLQEYKESL KLAEMKIEEM TQEYQKNLES KDQKIDELDD KIEDLKRDLE MKGDEISTLV ENVRNTEVKL
1101: RLTNQKLRVT EQLLTEKEGD HQKKEEKLLQ HQKLLEERIA KLSGVITVYK ETQAKIKADL SNKVNDTLTQ MDTFNMKFEE DTGHLESRIY EILNELKVAL
1201: NLVKVTGEEK KQLKKEVDTL VQQLKDEKEC ALVLKEKVEE LEFAGKNEVT QRGSLTETVH QLEQKIATLH KTLVEKDEKM GEYERKMNDK DKGMLDLSEE
1301: KREAIRQLCI WIDYHQSRYD DLIERISTKT KGKRQVTA
0101: SDGSTRKKGK KNGKLKFTEV TDGIKEELTS ANLEIVELKA QLMAANEEKE ALQSEHQSTL TKLQEAETTI CSLTSEAEKL KEEKSKLLGE TVDLNENLEK
0201: SAKLEAELMQ KLDEITKERE SLLLEKEAMG NSILEGNSTI EELRTTMEQL KEEKETLQIE LEGLKSELPS VKEQLDSAEK EIAQLSQMQK ATEEDNSSLS
0301: SKVLQLSEEI GQAQQKIQDL VTEADQLKGM LDEKEKEFSS HKEIHAAHKT EASTRLRGME LEIGSLQSQR SEIEKQKEDE LSALLKKLEE KEGEFSSQME
0401: ALTTKINNMQ LEIESLNELK GKLEEEMEQQ RNKMSAEVED LTNEVNKKDQ ELESLRGQKL ELEAELEKKT QEISGFSSEI ESLKEDIANK SAESLKILEE
0501: KESSLSQVKD LEVELKSLQN LKHELEEQLT SKDETIVQMK NDKEVMQDKI SEIERALTER ESELAILRKK SEDGETESSA QIAALTLQLS NLQEHSENLQ
0601: VQKSQIESQL EAKAGEASEY LTQLEKLKEE FARNTSEGQR MLEEKEGLVV QVREEKGSHL SKISELESAL AEKVDEYGTL QKKLEEVQNE ASTQIAASTE
0701: EVNKLRQQTE LLQTEKSRLE LVIETGKQES TESLAQAENQ NTELSQKLVD QEIKLKEREE AFGKLVEEKD SLVIQVNDLQ AEVKSLCEKI STLEENTSNT
0801: NNEISLLKEE KESFFLKISE LENSLVEKVE EHQALQKRLE DVQNDTSAQI VVLTEEANTS RQQIELLHTE KDQLTLAIER GKQESTESLA QAESQNTELS
0901: QKVVDQELKL KEQEEALGKL VEEKEGLVVQ INELQAEVKS LCEQKSTLEE NISSANNENN LLKEEKGSLL SKLSDLENAL TEKVDEHGQT LAHAENQHTE
1001: LSQKIVDREM KLKEHEEAFG KLGEEHKQLD GMLQEYKESL KLAEMKIEEM TQEYQKNLES KDQKIDELDD KIEDLKRDLE MKGDEISTLV ENVRNTEVKL
1101: RLTNQKLRVT EQLLTEKEGD HQKKEEKLLQ HQKLLEERIA KLSGVITVYK ETQAKIKADL SNKVNDTLTQ MDTFNMKFEE DTGHLESRIY EILNELKVAL
1201: NLVKVTGEEK KQLKKEVDTL VQQLKDEKEC ALVLKEKVEE LEFAGKNEVT QRGSLTETVH QLEQKIATLH KTLVEKDEKM GEYERKMNDK DKGMLDLSEE
1301: KREAIRQLCI WIDYHQSRYD DLIERISTKT KGKRQVTA
0001: MKKHKFRETL KSFFEPHFDH EKGEMLKGTK TEIDEKVNKI LGMVESGDVN EDESNRQVVA DLVKEFYSEY QSLYRQYDDL TGEIRKKVNG KGESSSSSSS
0101: DSDSDHSSKR KVKRNGNGKV EKDVELVTGA LKQQIEAANL EIADLKGKLT TTVEEKEAVD SELELALMKL KESEEISSKL KLETEKLEDE KSIALSDNRE
0201: LHQKLEVAGK TETDLNQKLE DIKKERDELQ TERDNGIKRF QEAEKVAEDW KTTSDQLKDE TSNLKQQLEA SEQRVSELTS GMNSAEEENK SLSLKVSEIS
0301: DVIQQGQTTI QELISELGEM KEKYKEKESE HSSLVELHKT HERESSSQVK ELEAHIESSE KLVADFTQSL NNAEEEKKLL SQKIAELSNE IQEAQNTMQE
0401: LMSESGQLKE SHSVKERELF SLRDIHEIHQ RDSSTRASEL EAQLESSKQQ VSDLSASLKA AEEENKAISS KNVETMNKLE QTQNTIQELM AELGKLKDSH
0501: REKESELSSL VEVHETHQRD SSIHVKELEE QVESSKKLVA ELNQTLNNAE EEKKVLSQKI AELSNEIKEA QNTIQELVSE SGQLKESHSV KDRDLFSLRD
0601: IHETHQRESS TRVSELEAQL ESSEQRISDL TVDLKDAEEE NKAISSKNLE IMDKLEQAQN TIKELMDELG ELKDRHKEKE SELSSLVKSA DQQVADMKQS
0701: LDNAEEEKKM LSQRILDISN EIQEAQKTIQ EHMSESEQLK ESHGVKEREL TGLRDIHETH QRESSTRLSE LETQLKLLEQ RVVDLSASLN AAEEEKKSLS
0801: SMILEITDEL KQAQSKVQEL VTELAESKDT LTQKENELSS FVEVHEAHKR DSSSQVKELE ARVESAEEQV KELNQNLNSS EEEKKILSQQ ISEMSIKIKR
0901: AESTIQELSS ESERLKGSHA EKDNELFSLR DIHETHQREL STQLRGLEAQ LESSEHRVLE LSESLKAAEE ESRTMSTKIS ETSDELERTQ IMVQELTADS
1001: SKLKEQLAEK ESKLFLLTEK DSKSQVQIKE LEATVATLEL ELESVRARII DLETEIASKT TVVEQLEAQN REMVARISEL EKTMEERGTE LSALTQKLED
1101: NDKQSSSSIE TLTAEIDGLR AELDSMSVQK EEVEKQMVCK SEEASVKIKR LDDEVNGLRQ QVASLDSQRA ELEIQLEKKS EEISEYLSQI TNLKEEIINK
1201: VKVHESILEE INGLSEKIKG RELELETLGK QRSELDEELR TKKEENVQMH DKINVASSEI MALTELINNL KNELDSLQVQ KSETEAELER EKQEKSELSN
1301: QITDVQKALV EQEAAYNTLE EEHKQINELF KETEATLNKV TVDYKEAQRL LEERGKEVTS RDSTIGVHEE TMESLRNELE MKGDEIETLM EKISNIEVKL
1401: RLSNQKLRVT EQVLTEKEEA FRKEEAKHLE EQALLEKNLT MTHETYRGMI KEIADKVNIT VDGFQSMSEK LTEKQGRYEK TVMEASKILW TATNWVIERN
1501: HEKEKMNKEI EKKDEEIKKL GGKVREDEKE KEMMKETLMG LGEEKREAIR QLCVWIDHHR SRCEYLEEVL SKTVVARGQR RVSQRT
0101: DSDSDHSSKR KVKRNGNGKV EKDVELVTGA LKQQIEAANL EIADLKGKLT TTVEEKEAVD SELELALMKL KESEEISSKL KLETEKLEDE KSIALSDNRE
0201: LHQKLEVAGK TETDLNQKLE DIKKERDELQ TERDNGIKRF QEAEKVAEDW KTTSDQLKDE TSNLKQQLEA SEQRVSELTS GMNSAEEENK SLSLKVSEIS
0301: DVIQQGQTTI QELISELGEM KEKYKEKESE HSSLVELHKT HERESSSQVK ELEAHIESSE KLVADFTQSL NNAEEEKKLL SQKIAELSNE IQEAQNTMQE
0401: LMSESGQLKE SHSVKERELF SLRDIHEIHQ RDSSTRASEL EAQLESSKQQ VSDLSASLKA AEEENKAISS KNVETMNKLE QTQNTIQELM AELGKLKDSH
0501: REKESELSSL VEVHETHQRD SSIHVKELEE QVESSKKLVA ELNQTLNNAE EEKKVLSQKI AELSNEIKEA QNTIQELVSE SGQLKESHSV KDRDLFSLRD
0601: IHETHQRESS TRVSELEAQL ESSEQRISDL TVDLKDAEEE NKAISSKNLE IMDKLEQAQN TIKELMDELG ELKDRHKEKE SELSSLVKSA DQQVADMKQS
0701: LDNAEEEKKM LSQRILDISN EIQEAQKTIQ EHMSESEQLK ESHGVKEREL TGLRDIHETH QRESSTRLSE LETQLKLLEQ RVVDLSASLN AAEEEKKSLS
0801: SMILEITDEL KQAQSKVQEL VTELAESKDT LTQKENELSS FVEVHEAHKR DSSSQVKELE ARVESAEEQV KELNQNLNSS EEEKKILSQQ ISEMSIKIKR
0901: AESTIQELSS ESERLKGSHA EKDNELFSLR DIHETHQREL STQLRGLEAQ LESSEHRVLE LSESLKAAEE ESRTMSTKIS ETSDELERTQ IMVQELTADS
1001: SKLKEQLAEK ESKLFLLTEK DSKSQVQIKE LEATVATLEL ELESVRARII DLETEIASKT TVVEQLEAQN REMVARISEL EKTMEERGTE LSALTQKLED
1101: NDKQSSSSIE TLTAEIDGLR AELDSMSVQK EEVEKQMVCK SEEASVKIKR LDDEVNGLRQ QVASLDSQRA ELEIQLEKKS EEISEYLSQI TNLKEEIINK
1201: VKVHESILEE INGLSEKIKG RELELETLGK QRSELDEELR TKKEENVQMH DKINVASSEI MALTELINNL KNELDSLQVQ KSETEAELER EKQEKSELSN
1301: QITDVQKALV EQEAAYNTLE EEHKQINELF KETEATLNKV TVDYKEAQRL LEERGKEVTS RDSTIGVHEE TMESLRNELE MKGDEIETLM EKISNIEVKL
1401: RLSNQKLRVT EQVLTEKEEA FRKEEAKHLE EQALLEKNLT MTHETYRGMI KEIADKVNIT VDGFQSMSEK LTEKQGRYEK TVMEASKILW TATNWVIERN
1501: HEKEKMNKEI EKKDEEIKKL GGKVREDEKE KEMMKETLMG LGEEKREAIR QLCVWIDHHR SRCEYLEEVL SKTVVARGQR RVSQRT
Arabidopsis Description
CIP1COP1-interactive protein 1 [Source:UniProtKB/Swiss-Prot;Acc:F4JZY1]
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.