Subcellular Localization
min:
: max
Winner_takes_all: plastid
Predictor Summary:
Predictor Summary:
- plastid 6
- nucleus 2
PPI
No PPI Data
Homology
Paralog
locus | Identity | Homology Identity |
---|
Ortholog
locus | Homology Species | Location | Identity | Homology Identity |
---|---|---|---|---|
VIT_03s0091g00200.t01 | Wine grape | plastid | 57.4 | 54.47 |
CDY39397 | Canola | plastid | 49.42 | 52.13 |
CDY60654 | Canola | plastid | 48.79 | 51.47 |
Solyc01g107510.2.1 | Tomato | nucleus | 47.35 | 50.53 |
AT5G44750.2 | Thale cress | plastid | 49.96 | 50.41 |
Bra025106.1-P | Field mustard | plastid | 49.06 | 49.55 |
GSMUA_Achr10P... | Banana | nucleus, plastid | 19.28 | 47.57 |
KXG20701 | Sorghum | plastid | 43.14 | 42.72 |
Zm00001d014568_P023 | Maize | plastid | 43.05 | 42.52 |
Os06t0691000-01 | Rice | plastid | 42.33 | 41.96 |
TraesCS7A01G436200.3 | Wheat | plastid | 42.6 | 40.53 |
TraesCS7B01G335900.1 | Wheat | plastid | 42.24 | 40.22 |
TraesCS7D01G426800.1 | Wheat | plastid | 42.15 | 40.0 |
HORVU7Hr1G099700.8 | Barley | cytosol, mitochondrion, nucleus, plastid | 40.99 | 38.96 |
GSMUA_Achr10P... | Banana | nucleus | 24.57 | 38.76 |
KRH27580 | Soybean | nucleus | 11.66 | 19.17 |
KRH77930 | Soybean | cytosol | 10.76 | 19.11 |
KRH42423 | Soybean | nucleus | 11.12 | 17.64 |
Protein Annotations
Description
hypothetical protein
Coordinates
chr1:+:56647617..56660256
Molecular Weight (calculated)
124182.0 Da
IEP (calculated)
7.493
GRAVY (calculated)
-0.444
Length
1115 amino acids
Sequence
(BLAST)
(BLAST)
0001: MSLDSSRSGN SKRSFSNSIS SNDYIKKKKK KKTTPNQKTL GAAWGSKSNS RKPAFSDFAS YMTEKNRKLH NQFEAQASTS SLTLSASLFS GVSIFVDGFT
0101: IPSNQELRSY MLKYGGRFEN YFSRHRVTHI ICSNLPDSKV KNLRAFSAGL PVVKPTWILD SVAANRLLSW VPYQLDQLAN NQPKLSAFFT LKSSKMSEDA
0201: YTNDLCQVVS DIEDSSMRVG RSDSEDRHSS KVGDMSELSG QISTESDDTI PENTNAIMME ELTSVREHAG GSNAATKDER NVKGELEPAH QAPSTSFSTP
0301: CSDELNVKEY PNSSGTKPSK QCHSTLADPN FVENYFKSSR LHFIGTWRNR YRKRFPTLST GFNNESANNS ASDISHNSVI IHVDMDCFFV SVVIRNHPEL
0401: LGQPVAVCHS NNSNGTAEIS SANYPARSHG IRAGMFVRDA KALCPHLVIF PYNFEAYEEV ADQFYSILHQ RCKKVQAVSC DEAFLDATDS EVEDPELLAS
0501: SIREEIYKTT GCTASAGIAG NMLMARIATR TAKPNGQYHI TTEKVEDHLC QLPINALPGI GYVLQEKLKK QNVHTCGQLR MISKASLQKD YGMKTGEMLW
0601: IYSRGIDNRL VGGFQESKSV GADVNWGVRF KDIKDCEHFL INLCKEVSLR LQGCGVQGRT FTLKIKKRRK NADEPAKFMG CGDCENLSHS VTIPVATDNV
0701: EILQRIVKQL LGCFYIDVKE IRGIGLHVSR LESAEASKQG TVKYTLKSWL TSGYASIENQ KYPMGHDKQN RDSTCSRACR DLPGSSVEMD NKIPNNQAST
0801: NPISTPPPLC NLDVEVIRNL PPEVFSELNE IYGGKLIDYI ANSKSTSENS SPSGNSFLEQ AIKKEEELSY SKPVPQNNPL SKNKAKQNEA GTGEGEAVPY
0901: SVCGPYFKVT HHSSFEKDDL LPSSFSQVDG SVFQQLPEDL KAVIVEQLPA HRRAEICSNV VVAPPLENHS LSVGIEISEN FPGSSYHDNL WAGNPPNWVG
1001: KFKVSSCLML KKLAEMYYKS GLTSTLSLVL HQIISEFYEL NLAQQFSDET VNIMCELLRQ YIKVKIERDI EEIYICFRLL KRFAAKSQFF LQVYNSVCPY
1101: LQATVDDNYG GTLLL
0101: IPSNQELRSY MLKYGGRFEN YFSRHRVTHI ICSNLPDSKV KNLRAFSAGL PVVKPTWILD SVAANRLLSW VPYQLDQLAN NQPKLSAFFT LKSSKMSEDA
0201: YTNDLCQVVS DIEDSSMRVG RSDSEDRHSS KVGDMSELSG QISTESDDTI PENTNAIMME ELTSVREHAG GSNAATKDER NVKGELEPAH QAPSTSFSTP
0301: CSDELNVKEY PNSSGTKPSK QCHSTLADPN FVENYFKSSR LHFIGTWRNR YRKRFPTLST GFNNESANNS ASDISHNSVI IHVDMDCFFV SVVIRNHPEL
0401: LGQPVAVCHS NNSNGTAEIS SANYPARSHG IRAGMFVRDA KALCPHLVIF PYNFEAYEEV ADQFYSILHQ RCKKVQAVSC DEAFLDATDS EVEDPELLAS
0501: SIREEIYKTT GCTASAGIAG NMLMARIATR TAKPNGQYHI TTEKVEDHLC QLPINALPGI GYVLQEKLKK QNVHTCGQLR MISKASLQKD YGMKTGEMLW
0601: IYSRGIDNRL VGGFQESKSV GADVNWGVRF KDIKDCEHFL INLCKEVSLR LQGCGVQGRT FTLKIKKRRK NADEPAKFMG CGDCENLSHS VTIPVATDNV
0701: EILQRIVKQL LGCFYIDVKE IRGIGLHVSR LESAEASKQG TVKYTLKSWL TSGYASIENQ KYPMGHDKQN RDSTCSRACR DLPGSSVEMD NKIPNNQAST
0801: NPISTPPPLC NLDVEVIRNL PPEVFSELNE IYGGKLIDYI ANSKSTSENS SPSGNSFLEQ AIKKEEELSY SKPVPQNNPL SKNKAKQNEA GTGEGEAVPY
0901: SVCGPYFKVT HHSSFEKDDL LPSSFSQVDG SVFQQLPEDL KAVIVEQLPA HRRAEICSNV VVAPPLENHS LSVGIEISEN FPGSSYHDNL WAGNPPNWVG
1001: KFKVSSCLML KKLAEMYYKS GLTSTLSLVL HQIISEFYEL NLAQQFSDET VNIMCELLRQ YIKVKIERDI EEIYICFRLL KRFAAKSQFF LQVYNSVCPY
1101: LQATVDDNYG GTLLL
0001: MKRSLGSNSS NNSGSGSNKK SKKNNNPSNQ KTLGAAWGAA SSRSSFRSSP FSDFGSYMEV KNRKLQNQFE TEASAASRGV SGSEKLIFQG VSIFVDGFTI
0101: PSHQELKGYM MKYGGRFENY FSRRSVTHII CSNLPDSKVK NLRTFSRGLP VVKPTWIVDS ISANRLLGWV PYQLDQLNDT QPKLSAFFAP RSHLTPQMAS
0201: PVTSFQPDTG YSEAEEGSSI RADDSEEARD HIDDEIDGVY IENTTPELTE QTGTGDLKSS EMNAEGLGNY DIEEKEVSSE LQSTTNLHST SDNKSVHANG
0301: KNGGKSIATA AGSSTRRHST LEDPNFVENY FKNSRLHFIG TWRNRYRKRF HGSSNGLKWA DSGQNTAEMA KKSTIIHIDL DCFFVSVVIK NRLELHDKPV
0401: AVCHSDNPKG TAEISSANYP ARAYGVKAGM FVRHAKDLCP QLVIVPYNFE AYEEVADQFY DILHRHCRKV QALSCDEAFL DVSDLSDVET EVLASTIRNE
0501: ILETTGCSAS AGIGGTMLMA RLATRVAKPA GQLYISAEKV EEFLDQLPVG TLPGVGSVLK EKLVKQNIQT CGQLRLISKD SLQKDFGVKT GEMLWSYSRG
0601: LDLRSVTAVQ ESKSIGAEVN WGVRFRDQQD VQHFLQCLCK EVSLRLQGCE MIGRTFTLKI KKRKKDAEEP TKYMGCGDCD NLSRSITVPA ATDDIEVLQR
0701: ISKKLFGSFC LDVKEVRGVG LQVSKLDSAD PSNKGSRTLK SWLSSAPAVV QIEQDDNVFA AKVRENSDCN RPVTGGVSRL RESNSEESSI QSGDTNSSLP
0801: PMCYLDMEVL ENLPPELLSE LDGTYGGKLF ELIEKKRGKR RINCNSPHVS LDGTAASIKE LKSLSVKIHG LSTSGEKEYK EPYVPHPSIA RTSNQHTIEM
0901: TDLLPSSLSQ VDVSVLQELP EELRADVLGA FPSHRRQQSS SDVPKETCKK QDEEPIDLKG TENEIGLSFS SLWFGNPPLW TEKFKVSGNC TMEKLSAIYF
1001: KVAQSRPMLS LVLQHAISEM SSFPDAASAS DLDKAIYDVC ELLKQYINLK VGGDIEEIYL CFRLLKRLAA RSQLFLQVYE ILSPFIQASI SEHYGGSLSI
1101: P
0101: PSHQELKGYM MKYGGRFENY FSRRSVTHII CSNLPDSKVK NLRTFSRGLP VVKPTWIVDS ISANRLLGWV PYQLDQLNDT QPKLSAFFAP RSHLTPQMAS
0201: PVTSFQPDTG YSEAEEGSSI RADDSEEARD HIDDEIDGVY IENTTPELTE QTGTGDLKSS EMNAEGLGNY DIEEKEVSSE LQSTTNLHST SDNKSVHANG
0301: KNGGKSIATA AGSSTRRHST LEDPNFVENY FKNSRLHFIG TWRNRYRKRF HGSSNGLKWA DSGQNTAEMA KKSTIIHIDL DCFFVSVVIK NRLELHDKPV
0401: AVCHSDNPKG TAEISSANYP ARAYGVKAGM FVRHAKDLCP QLVIVPYNFE AYEEVADQFY DILHRHCRKV QALSCDEAFL DVSDLSDVET EVLASTIRNE
0501: ILETTGCSAS AGIGGTMLMA RLATRVAKPA GQLYISAEKV EEFLDQLPVG TLPGVGSVLK EKLVKQNIQT CGQLRLISKD SLQKDFGVKT GEMLWSYSRG
0601: LDLRSVTAVQ ESKSIGAEVN WGVRFRDQQD VQHFLQCLCK EVSLRLQGCE MIGRTFTLKI KKRKKDAEEP TKYMGCGDCD NLSRSITVPA ATDDIEVLQR
0701: ISKKLFGSFC LDVKEVRGVG LQVSKLDSAD PSNKGSRTLK SWLSSAPAVV QIEQDDNVFA AKVRENSDCN RPVTGGVSRL RESNSEESSI QSGDTNSSLP
0801: PMCYLDMEVL ENLPPELLSE LDGTYGGKLF ELIEKKRGKR RINCNSPHVS LDGTAASIKE LKSLSVKIHG LSTSGEKEYK EPYVPHPSIA RTSNQHTIEM
0901: TDLLPSSLSQ VDVSVLQELP EELRADVLGA FPSHRRQQSS SDVPKETCKK QDEEPIDLKG TENEIGLSFS SLWFGNPPLW TEKFKVSGNC TMEKLSAIYF
1001: KVAQSRPMLS LVLQHAISEM SSFPDAASAS DLDKAIYDVC ELLKQYINLK VGGDIEEIYL CFRLLKRLAA RSQLFLQVYE ILSPFIQASI SEHYGGSLSI
1101: P
Arabidopsis Description
REV1DNA repair protein REV1 [Source:UniProtKB/Swiss-Prot;Acc:A3EWL3]
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.