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Sorghum
Subcellular Localization
min:
: max

 
Winner_takes_all: plastid

Predictor Summary:
  • nucleus 3
  • plastid 4
  • mitochondrion 1
PPI
No PPI Data
Homology

Paralog

locusIdentityHomology Identity

Ortholog

locusHomology SpeciesLocationIdentityHomology Identity
KXG33558 Sorghum cytosol 79.21 79.1
Os11t0454800-01 Rice cytosol 39.27 63.8
TraesCS3D01G322900.1 Wheat plastid 61.68 63.14
TraesCS3B01G359600.1 Wheat cytosol 60.33 63.07
TraesCS3A01G329400.1 Wheat plastid 61.41 63.04
HORVU3Hr1G078330.4 Barley endoplasmic reticulum, plasma membrane 61.55 56.77
GSMUA_Achr9P25210_001 Banana cytosol 38.72 54.49
EES00907 Sorghum cytosol 43.34 47.19
CDX81912 Canola nucleus 15.62 45.82
VIT_14s0066g00870.t01 Wine grape nucleus 37.91 44.29
Solyc06g071580.2.1 Tomato cytosol 35.19 43.09
AT1G19100.1 Thale cress nucleus 37.64 41.78
Bra031063.1-P Field mustard nucleus 37.23 41.14
Solyc01g099300.2.1 Tomato nucleus 39.81 41.09
KRH03266 Soybean mitochondrion 37.5 40.89
KRH63565 Soybean cytosol 38.18 40.84
CDY21683 Canola nucleus 35.46 40.53
VIT_17s0000g08750.t01 Wine grape nucleus 38.45 39.92
CDY41018 Canola nucleus 36.14 39.12
KXG24418 Sorghum cytosol 31.79 39.07
CDX81913 Canola nucleus 19.7 38.67
EES10563 Sorghum nucleus 32.07 29.95
OQU76414 Sorghum cytosol 37.23 28.9
KXG30181 Sorghum nucleus 30.98 28.32
KXG20380 Sorghum cytosol 17.39 16.22
Protein Annotations
EnsemblPlants:EER87847EnsemblPlantsGene:SORBI_3010G038000Gene3D:3.30.565.10InterPro:HATPase_CInterPro:HATPase_C_sfInterPro:IPR036890
ncoils:CoilPANTHER:PTHR23336PANTHER:PTHR23336:SF45PFAM:PF13589ProteinID:EER87847ProteinID:EER87847.2
SEG:segSUPFAM:SSF55874UniParc:UPI0007F2CBF3UniProt:C5Z491MapMan:12.5.1.2:
Description
hypothetical protein
Coordinates
chr10:-:3023133..3027867
Molecular Weight (calculated)
80648.9 Da
IEP (calculated)
7.765
GRAVY (calculated)
-0.414
Length
736 amino acids
Sequence
(BLAST)
001: MDAQRDTKPS VSPIITATGA IQRSLHGRSA SQPAPALPSE HGGGARVLAG GLRPQAQPQP HQAACVLNRA ASELSSGGVG GRASGADEAL EEGTSASRRP
101: CVAPRLSRKF WSAGDYDAAA TGSVPQPPSV QNRMCIHPEF LHSNATSHKW PFGAVAELLD NAVDEIEKGR ATTILLDKII DKRNGSPALL VQDDGGGMDP
201: NSMRRCMSFG FSEKQSGSSI GQYGNGFKTS TMRLGADAIV FSRCIKSSEP TQSIGLLSYT FLVETGQTDV VVPVVDYKCN LMKGQTQRLE RHGSEQFSSN
301: LSVLLKWSPF ATEEELMQNF CDIGPHGTKI IVFNLWSNED GKLELDFDTD PADIMISGAP NPEEISNSVK RTNENHLANR LRYSLRVYAS VLYLQLPDYF
401: RIILRGQEVK RHSIIADLMY PECITYKPQG CGIKEAGVLT TIGFLNGSPT ISVHGFNIYH RNRLILPFHR VLSSASSKGR GVSGVLEAGF IKPTHDKQDF
501: EKSQLFQRLI NRLKDMTNEY WDIHSHKIGY VKTPRRSAAP TPPAPPVMLQ IANGAAEEPS ETPPLRSHGN YVNAVPIAFA PPGFNLTPVK TEPVVAPGEP
601: MRCSPSPPNM QTVRVMNHTS SPSMARGTGS AETRKRRNDD SALAVAVKRQ AMQDLAGSSS STNQVCQYMG ERELREFSFL KMENQMLHEE CSHFEAAEKE
701: LLLKEQNLRL EIEKAQEEYK SLLNEHVSVS TVLALR
Best Arabidopsis Sequence Match ( AT1G19100.1 )
(BLAST)
001: MSHDRSVNVS HDAVIAKPER GTMLQSFSPR SHGSKGYSLP QDSEENRGSV GQSAGQSSTS VVDQVRSPAD DAGVTSSSTI CPAPVCRQFW KAGSYNDELS
101: SKSQQPNGKN YLHVHPMFLH SNATSHKWAF GAVAELLDNA VDEIQNGATF VIVDKTTNPR DGATALLIQD DGGGMDPQAM RHCMGFGFSD KKSDSAIGRY
201: GNGFKTSTMR LGADVIVFSR HSKNQTLTQS IGLLSYTYLT RTGHDRIVVP ILDYEFNASA GEFKTLQDRE HFISSLSILL EWSPFSTEAE LLQQFDDVGP
301: HGTKVIIYNM WLNSDAKLEL DFDSVAEDIL IEGSIKKTGS KIVNDHIASR FSYSLRVYLS ILYLRIPETF KIILRGKVVE HHNVADDLMH PQYILYKPQA
401: AGSEEALVVT TIGFLKEAPK VNLHGFCVYH KNRLIMPFWQ VINYSSSRGR GVVGVLEANF VEPTHNKQDF EKTVLLQKLE NRLKEMTVEY WSCHCVLIGY
501: QVNKKPRLQI PQKVQPAGRQ ALSPPPGFQA VFPQGNTTSL PRVSTQPVLL EKRKEHPDSV ASAALKRKVG NDDFTVPGHI RVEQFIHGSA SQSQDIETVK
601: LMEENKKLRA KCLDRKVRSQ NLEVKAMNLR SELENYKSEY ERLMVELQAL DLVKDEHRRN VNT
Arabidopsis Description
MORC6Protein MICRORCHIDIA 6 [Source:UniProtKB/Swiss-Prot;Acc:Q56Y74]
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.