Subcellular Localization
min:
: max
Winner_takes_all: plastid
Predictor Summary:
Predictor Summary:
- nucleus 2
- plastid 5
- mitochondrion 1
- cytosol 1
PPI
Inferred distinct locusB in Crop
Inferred from Arabidopsis experimental PPI
Homology
Paralog
| locus | Identity | Homology Identity |
|---|
Ortholog
| locus | Homology Species | Location | Identity | Homology Identity |
|---|---|---|---|---|
| CDY70818 | Canola | mitochondrion | 20.39 | 88.19 |
| AT3G06290.1 | Thale cress | plastid | 66.02 | 64.11 |
| CDY08059 | Canola | cytosol, plastid | 36.53 | 62.51 |
| CDY24705 | Canola | cytosol, plastid | 45.63 | 61.89 |
| CDY05249 | Canola | nucleus | 41.14 | 58.4 |
| VIT_05s0020g02350.t01 | Wine grape | nucleus | 36.89 | 40.13 |
| KRH20952 | Soybean | nucleus | 35.62 | 38.9 |
| KRH11322 | Soybean | nucleus | 36.04 | 38.17 |
| GSMUA_Achr5P27420_001 | Banana | cytosol | 28.7 | 37.9 |
| Solyc12g035670.1.1 | Tomato | nucleus | 34.71 | 36.55 |
| CDX67598 | Canola | plastid | 7.28 | 31.25 |
| HORVU2Hr1G025040.2 | Barley | plastid | 20.15 | 31.06 |
| TraesCS2D01G144800.1 | Wheat | plastid | 30.4 | 30.35 |
| CDY07542 | Canola | plastid | 7.04 | 29.97 |
| Zm00001d022343_P001 | Maize | plastid | 31.67 | 28.79 |
| TraesCS2A01G141300.1 | Wheat | cytosol | 30.64 | 28.53 |
| OQU90370 | Sorghum | plastid | 30.46 | 28.38 |
| TraesCS2B01G166300.1 | Wheat | cytosol | 30.52 | 28.1 |
| Zm00001d022344_P001 | Maize | cytosol | 19.6 | 26.56 |
| Zm00001d022346_P001 | Maize | cytosol | 27.31 | 16.42 |
| CDY24706 | Canola | cytosol | 2.97 | 15.71 |
Protein Annotations
| EnsemblPlants:CDX74111 | EnsemblPlantsGene:GSBRNA2T00111866001 | Gene3D:1.25.40.990 | InterPro:IPR000717 | InterPro:MCM3AP_GANP | InterPro:PCI_dom |
| InterPro:SAC3/GANP/THP3 | ncoils:Coil | PANTHER:PTHR12436 | PANTHER:PTHR12436:SF17 | PFAM:PF03399 | PFAM:PF16769 |
| PFscan:PS50250 | ProteinID:CDX74111 | ProteinID:CDX74111.1 | SEG:seg | UniParc:UPI0004EEBFC8 | MapMan:16.11.2.1 |
Description
BnaA03g29360D
Coordinates
chrLK031800:+:1363750..1371655
Molecular Weight (calculated)
184224.0 Da
IEP (calculated)
7.093
GRAVY (calculated)
-0.583
Length
1648 amino acids
Sequence
(BLAST)
(BLAST)
0001: MAFKPFGKDV GPAMSSKPSP FTTFGASSAP PTQTTSNSPI QPPASHSAYG GQSFGPRGAQ SGASVQQAPP PSGFQNSPPF IGQPYRPGGV QSSPPMNRTP
0101: SPLAFQNPSP SSGQPYRPGG TQRSPGPVNG IQWGSEGFPR PSPSVRPYQF PGIQSRPTLN PQFGHDESRN LLKDQGKHSL ATSAASISHT LSRSGPDAVE
0201: IGRSQDSKRK SQSDLPGRSL GFPRINHSPV SDFENGSLVD DVQQPSSHTW IRSPSADNNP VRSRSNPNRL IQQEQTPSSS FPYAHESVEI QEATKRSKLV
0301: YKRIAVFTFK VNGFMQIFSL TSLLSTSPPA SGAKSFMLSR SSDSQFPVQP SSLNNFNSAG KANSSPATKR TRSPTSYPVE EDILGNSFPS RDCTEGEEQA
0401: RAKRLARFKG ELDPVPARPV DTQLTKSSVN KTVKPLDNKQ TFNSLESSRD ALPEYESSEQ PSLIVGLCPD MCPESERGER ERKGDLDHYE RVDGDRNQTS
0501: KFLAVKKYTR TAEREAILIR PMPILQNTME YLLSLLDRPY NENFLGMYNF LWDRMRAIRM DLRMQHIFNR EAITLLEQMI RLHILAMHEL CEYTKGEGFS
0601: EGFDAHLNIE QMNKTSVELF QMYDDHRKRG ITVPTEKEFR GYYALLKLDK HPGYKVEPSE LSLDLANMTP EIRQTSEVLF ARNVARACRT GNFIAFFRLA
0701: RKASYLQACL MHAHFSKLRT QALASLHSGL QNNQGIPVSD TSNWIGMEEE DIEALLEYHG FSIKVFEEPY MVKDGLFLHA DTDYKTKCSK LVHMKKSRTI
0801: VEDVSAPSTD ENVSAPSPLS SLPTEANKGH KPLIATYKQQ IPPAQSPKKQ TSVRPVDKEM TDSKTSLLLE EDKPVRTSVI NPVWPPVINP AVDQQKQNDL
0901: TPAGGFHSPL KFSSPFGSPG FPQAVSSNLK KQPNDGHTSS SPAKIKFPFV AHMQMNLVPE PTLQQSPKST PMESLPVTTI SESPTIVENI SALEESVPEA
1001: AMTGTMEEGL HDIEQEDEDG TEDITNQYDE EVAKAKLKLM IRLWKRWSSR QSQLRERRQL AATAALSSLS LGTPIRFSKP DQSRPCGEFD IDQAMKRRFE
1101: EREKSWSRLN ISDVIADTLL ERNPDSKCIC WKVILCTQAK SVNTSSQDTH SAASRWLLSK LIPHTEHTVP DENLLFSAPG VSVWNKWIES GCCLSVARDV
1201: EADKALCEAT RGASAVLFLA SKDLPLNHQR EQLNRILQSV PNDSLLPLLV IISSSNRESV DPDTNLVSEL GLHDINKSKI ASFTIVSIAN KSQKGHEVRF
1301: FSDSRLRDGL KWLAGNSPLQ ANLHHVKPRE LVLTHLSFSL ELLKKMPDQE LGPNICISAF NDALETSKRN VASAAEANPI GWPCPETMLL EDNRKEHLML
1401: KQYLPNLDWS SAESIKPLNS MLENCKLPCL EDDLKWLTKK CASGDEIENH TQRLEGCLVE YLTQTSNLMG VSLAAKEAGV MVQRNTRLEL RSSSYYHIIP
1501: RWIGIFQRIF NWRIMGLLDS SSSSAYVLKS DLTMSASSYA DKFLSEEEAA YQSPRPNLPL LREMIQISCS PFKASQVQTE RVIDDHRDID ETMLEKSREA
1601: SRRIDVMMIT EDDELADETE RTLRDKEREA AEKKKMKDRE TEKLCIYF
0101: SPLAFQNPSP SSGQPYRPGG TQRSPGPVNG IQWGSEGFPR PSPSVRPYQF PGIQSRPTLN PQFGHDESRN LLKDQGKHSL ATSAASISHT LSRSGPDAVE
0201: IGRSQDSKRK SQSDLPGRSL GFPRINHSPV SDFENGSLVD DVQQPSSHTW IRSPSADNNP VRSRSNPNRL IQQEQTPSSS FPYAHESVEI QEATKRSKLV
0301: YKRIAVFTFK VNGFMQIFSL TSLLSTSPPA SGAKSFMLSR SSDSQFPVQP SSLNNFNSAG KANSSPATKR TRSPTSYPVE EDILGNSFPS RDCTEGEEQA
0401: RAKRLARFKG ELDPVPARPV DTQLTKSSVN KTVKPLDNKQ TFNSLESSRD ALPEYESSEQ PSLIVGLCPD MCPESERGER ERKGDLDHYE RVDGDRNQTS
0501: KFLAVKKYTR TAEREAILIR PMPILQNTME YLLSLLDRPY NENFLGMYNF LWDRMRAIRM DLRMQHIFNR EAITLLEQMI RLHILAMHEL CEYTKGEGFS
0601: EGFDAHLNIE QMNKTSVELF QMYDDHRKRG ITVPTEKEFR GYYALLKLDK HPGYKVEPSE LSLDLANMTP EIRQTSEVLF ARNVARACRT GNFIAFFRLA
0701: RKASYLQACL MHAHFSKLRT QALASLHSGL QNNQGIPVSD TSNWIGMEEE DIEALLEYHG FSIKVFEEPY MVKDGLFLHA DTDYKTKCSK LVHMKKSRTI
0801: VEDVSAPSTD ENVSAPSPLS SLPTEANKGH KPLIATYKQQ IPPAQSPKKQ TSVRPVDKEM TDSKTSLLLE EDKPVRTSVI NPVWPPVINP AVDQQKQNDL
0901: TPAGGFHSPL KFSSPFGSPG FPQAVSSNLK KQPNDGHTSS SPAKIKFPFV AHMQMNLVPE PTLQQSPKST PMESLPVTTI SESPTIVENI SALEESVPEA
1001: AMTGTMEEGL HDIEQEDEDG TEDITNQYDE EVAKAKLKLM IRLWKRWSSR QSQLRERRQL AATAALSSLS LGTPIRFSKP DQSRPCGEFD IDQAMKRRFE
1101: EREKSWSRLN ISDVIADTLL ERNPDSKCIC WKVILCTQAK SVNTSSQDTH SAASRWLLSK LIPHTEHTVP DENLLFSAPG VSVWNKWIES GCCLSVARDV
1201: EADKALCEAT RGASAVLFLA SKDLPLNHQR EQLNRILQSV PNDSLLPLLV IISSSNRESV DPDTNLVSEL GLHDINKSKI ASFTIVSIAN KSQKGHEVRF
1301: FSDSRLRDGL KWLAGNSPLQ ANLHHVKPRE LVLTHLSFSL ELLKKMPDQE LGPNICISAF NDALETSKRN VASAAEANPI GWPCPETMLL EDNRKEHLML
1401: KQYLPNLDWS SAESIKPLNS MLENCKLPCL EDDLKWLTKK CASGDEIENH TQRLEGCLVE YLTQTSNLMG VSLAAKEAGV MVQRNTRLEL RSSSYYHIIP
1501: RWIGIFQRIF NWRIMGLLDS SSSSAYVLKS DLTMSASSYA DKFLSEEEAA YQSPRPNLPL LREMIQISCS PFKASQVQTE RVIDDHRDID ETMLEKSREA
1601: SRRIDVMMIT EDDELADETE RTLRDKEREA AEKKKMKDRE TEKLCIYF
0001: MAFRPFGKDL GPMSSKPAPF TPFGASSTTS DSSIQPPASQ NHSAFAGQSF GPGGIRSGPS IQRAPPLSAS QNPQLSIGKP YRPGGVQSVP PINRIPSPSA
0101: FQNPSPSSGQ PYQPGGIQRI PEPFNGIAWG PEASRTSPSV RPYQFPGVQR PNLNPQYGHD GSRNFLKDHG EHSRATSPPA TSHILSRMGT DAVEIGRSQD
0201: SKRKSRSDIL PDQNMGFSRR NQSPVSGFEN GNLVDGFQPL SSRTWMRSPS SAENNPVRSR SNPNQLIHQE QTGNSSFPYA HEVAEIQEAT RRKSSAVAPS
0301: DKPLGDDPIL SQHDSQRFST SPPTSGTKSY TLSRSSDSQF PGQPSSVNSF NNARKTNSSP ATKRTRSPPV YPIEEDIPRN SFPSQDCTEG EEQARAKRLA
0401: RFKGELEPIA DRPVDIQLTK SPVNKTMKPL DNKQTFNSLE SSRDALKGDA LPDYENSEQP SLIIGVCPDM CPESERGERE RKGDLDHYER VDGDRNQTSK
0501: SLAVKKYTRT AEREAILIRP MPILQNTMEY LLSLLDRPYN ENFLGMYNFL WDRMRAIRMD LRMQHIFNQE AITLLEQMIR LHIIAMHELC EYTKGEGFSE
0601: GFDAHLNIEQ MNKTSVELFQ MYDDHRKKGI TVPTEKEFRG YYALLKLDKH PGYKVEPSEL SLDLANMTPE IRQTSEVLFA RNVARACRTG NFIAFFRLAR
0701: KASYLQACLM HAHFSKLRTQ ALASLHSGLQ INQGLPVSDM SNWIGMEEED IEALLEYHGF SIKVFEEPYM VKNDLFLHAD KDYKTKCSKL VHMKKSRTIV
0801: EDVSAPTVVE DVSTPFPLPS LITEATIGNQ QCITAHKHEM PPARSLKKQT SMRLFDKEVA DSKTSLLAEE DKPMGTFVMN PPGPFVINPV VHQEKQNDLT
0901: SAGGFHSPVK LYSPFGSPKF PQTKSSNLEK QPNDDRIGMS PGEIKFSIIG DVYTNHVPGP ALQQSPKSMP MEIMPVTTIA ECPTSVENKY ALEESVPEAA
1001: MICTLEKEFN DIDEEDEDED GVILNQYDEE VAKAKLKLII RLWKRWSSRQ SELRERRQLA AAAALNSLSL GTPIRFSKTD QSRACGEFNI DQAMRRRFEE
1101: REKSWSRLNI SDVIADILVG RNPESKCISW KVVLCTQTKS VNSSSSASQV THSAASRWLS SKLMPHAEHS SLNDDNLLFS APGVSVWNKW VANGSDIDFT
1201: CCLSVARDVE AENDMCETTC GASAVLFLAS GGLPLNLQRE QLNLILESVP NGSVLPLLVV ISSCNGEHME PDTDIVSGLG LHDIDKSKIA SFSIVSIANK
1301: SQKGQEVHFF NDSRLRDGFK WLASNSPLQP NLHHVKLREL FLTHFSFSLE LLKQMPDQEV GPNICISAFN DALETSRRNI TSAAEANPIG WPCPETMLLE
1401: DNRKECLMVK RYLPNLDWSS AENVELLSSV LENCKLPDFE DDLTWLTVGC ASGAEIENHT QRLEGCLIEY LTQRSNLMGV SLATKETGVM LERNTRLELH
1501: NSSRYHITPR WIGIFQRIFN WRIMGLFDAS SSSAYVLKSD LNMSTSSYAD KFLAEDASYP SCPPNLPLLH EMIEISCSPL KSPPPYDDKA QRVVETGMLI
1601: DDHRDIEESM LEKNREACRG IDLMITEDDE LGERSWRSKG REAAEKKTIE KRESERLDEL LEKCNMVQNS IAEKLCIYF
0101: FQNPSPSSGQ PYQPGGIQRI PEPFNGIAWG PEASRTSPSV RPYQFPGVQR PNLNPQYGHD GSRNFLKDHG EHSRATSPPA TSHILSRMGT DAVEIGRSQD
0201: SKRKSRSDIL PDQNMGFSRR NQSPVSGFEN GNLVDGFQPL SSRTWMRSPS SAENNPVRSR SNPNQLIHQE QTGNSSFPYA HEVAEIQEAT RRKSSAVAPS
0301: DKPLGDDPIL SQHDSQRFST SPPTSGTKSY TLSRSSDSQF PGQPSSVNSF NNARKTNSSP ATKRTRSPPV YPIEEDIPRN SFPSQDCTEG EEQARAKRLA
0401: RFKGELEPIA DRPVDIQLTK SPVNKTMKPL DNKQTFNSLE SSRDALKGDA LPDYENSEQP SLIIGVCPDM CPESERGERE RKGDLDHYER VDGDRNQTSK
0501: SLAVKKYTRT AEREAILIRP MPILQNTMEY LLSLLDRPYN ENFLGMYNFL WDRMRAIRMD LRMQHIFNQE AITLLEQMIR LHIIAMHELC EYTKGEGFSE
0601: GFDAHLNIEQ MNKTSVELFQ MYDDHRKKGI TVPTEKEFRG YYALLKLDKH PGYKVEPSEL SLDLANMTPE IRQTSEVLFA RNVARACRTG NFIAFFRLAR
0701: KASYLQACLM HAHFSKLRTQ ALASLHSGLQ INQGLPVSDM SNWIGMEEED IEALLEYHGF SIKVFEEPYM VKNDLFLHAD KDYKTKCSKL VHMKKSRTIV
0801: EDVSAPTVVE DVSTPFPLPS LITEATIGNQ QCITAHKHEM PPARSLKKQT SMRLFDKEVA DSKTSLLAEE DKPMGTFVMN PPGPFVINPV VHQEKQNDLT
0901: SAGGFHSPVK LYSPFGSPKF PQTKSSNLEK QPNDDRIGMS PGEIKFSIIG DVYTNHVPGP ALQQSPKSMP MEIMPVTTIA ECPTSVENKY ALEESVPEAA
1001: MICTLEKEFN DIDEEDEDED GVILNQYDEE VAKAKLKLII RLWKRWSSRQ SELRERRQLA AAAALNSLSL GTPIRFSKTD QSRACGEFNI DQAMRRRFEE
1101: REKSWSRLNI SDVIADILVG RNPESKCISW KVVLCTQTKS VNSSSSASQV THSAASRWLS SKLMPHAEHS SLNDDNLLFS APGVSVWNKW VANGSDIDFT
1201: CCLSVARDVE AENDMCETTC GASAVLFLAS GGLPLNLQRE QLNLILESVP NGSVLPLLVV ISSCNGEHME PDTDIVSGLG LHDIDKSKIA SFSIVSIANK
1301: SQKGQEVHFF NDSRLRDGFK WLASNSPLQP NLHHVKLREL FLTHFSFSLE LLKQMPDQEV GPNICISAFN DALETSRRNI TSAAEANPIG WPCPETMLLE
1401: DNRKECLMVK RYLPNLDWSS AENVELLSSV LENCKLPDFE DDLTWLTVGC ASGAEIENHT QRLEGCLIEY LTQRSNLMGV SLATKETGVM LERNTRLELH
1501: NSSRYHITPR WIGIFQRIFN WRIMGLFDAS SSSAYVLKSD LNMSTSSYAD KFLAEDASYP SCPPNLPLLH EMIEISCSPL KSPPPYDDKA QRVVETGMLI
1601: DDHRDIEESM LEKNREACRG IDLMITEDDE LGERSWRSKG REAAEKKTIE KRESERLDEL LEKCNMVQNS IAEKLCIYF
Arabidopsis Description
SAC3BSAC3 family protein B [Source:UniProtKB/Swiss-Prot;Acc:F4JAU2]
SUBAcon: [plastid]
SUBAcon: [plastid]
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.