Factsheet for AT1G01590.1

Subcellular Localization

min:

: max

Winner_takes_all: plasma membrane

Predictor Summary:

nucleus 1
extracellular 2
endoplasmic reticulum 2
vacuole 2
plasma membrane 4
golgi 2
peroxisome 1

Predictors

GFP

MS/MS

Papers

Winner Takes All:	plasma membrane
Any Predictor:	nucleus, peroxisome, secretory
BaCelLo:	nucleus
iPSORT:	secretory
MultiLoc:	peroxisome
PProwler:	secretory
WoLF PSORT:	plasma membrane
YLoc:	plasma membrane

PPI

No PPI Data

Homology

Paralog

locus	Identity	Homology Identity

Ortholog

locus	Homology Species	Location	Identity	Homology Identity
Bra032641.1-P	Field mustard	plasma membrane	79.26	80.4
CDY38014	Canola	plasma membrane	78.69	78.58
AT1G23020.2	Thale cress	mitochondrion, plasma membrane	78.84	77.41
AT1G01580.2	Thale cress	plasma membrane	64.63	56.66
AT5G23980.1	Thale cress	plasma membrane	46.16	46.49
AT5G23990.2	Thale cress	endoplasmic reticulum, plasma membrane	45.03	45.35
AT5G50160.1	Thale cress	plasma membrane	31.68	30.63
AT5G49740.1	Thale cress	plasma membrane	31.39	29.59
AT5G49730.1	Thale cress	plasma membrane	30.26	28.86
AT1G09090.2	Thale cress	cytosol	16.9	14.12
AT1G19230.2	Thale cress	cytosol, peroxisome, plasma membrane	18.32	13.55
AT5G47910.1	Thale cress	cytosol, peroxisome, plasma membrane	17.19	13.14
AT5G07390.1	Thale cress	cytosol	16.76	13.08
AT4G25090.1	Thale cress	cytosol	15.77	13.07
AT5G51060.1	Thale cress	cytosol	16.48	12.82
AT4G11230.1	Thale cress	cytosol	16.76	12.54
AT1G64060.1	Thale cress	cytosol	16.62	12.39
AT5G60010.1	Thale cress	cytosol	15.34	12.19
AT3G45810.1	Thale cress	cytosol	15.62	12.06

Protein Annotations

MapMan:25.4.2.1	MapMan:25.5.2.1	Gene3D:3.40.50.80	EntrezGene:837194	UniProt:A0A178W4T7	ProteinID:AAF81317.1
ProteinID:AEE27309.1	ArrayExpress:AT1G01590	EnsemblPlantsGene:AT1G01590	RefSeq:AT1G01590	TAIR:AT1G01590	RefSeq:AT1G01590-TAIR-G
EnsemblPlants:AT1G01590.1	TAIR:AT1G01590.1	ProteinID:CAA70769.1	InterPro:FAD-bd_8	Symbol:FRO1	InterPro:Fd_Rdtase_FAD-bd
InterPro:Fe3_Rdtase_TM_dom	InterPro:Fe_red_NAD-bd_6	GO:GO:0000293	GO:GO:0003674	GO:GO:0003824	GO:GO:0005488
GO:GO:0005575	GO:GO:0006810	GO:GO:0006811	GO:GO:0008150	GO:GO:0008152	GO:GO:0016020
GO:GO:0016021	GO:GO:0016491	GO:GO:0046872	GO:GO:0055114	InterPro:IPR017927	RefSeq:NP_171665.1
ProteinID:OAP13487.1	PFAM:PF01794	PFAM:PF08022	PFAM:PF08030	PFscan:PS51384	PANTHER:PTHR11972
PANTHER:PTHR11972:SF41	UniProt:Q9LMM2	InterPro:Riboflavin_synthase-like_b-brl	SUPFAM:SSF52343	SUPFAM:SSF63380	TMHMM:TMhelix
UniParc:UPI000004819B	SEG:seg	:	:	:	:

Description

FRO1Probable ferric reduction oxidase 1 [Source:UniProtKB/Swiss-Prot;Acc:Q9LMM2]

Coordinates

chr1:+:214150..217734

Molecular Weight (calculated)

79604.6 Da

IEP (calculated)

9.963

GRAVY (calculated)

0.311

Length

704 amino acids

Sequence
(BLAST)

001: MGVGEMNKEV IDKVIKFLMM VILMGTIVIW IMMPTSTYKE IWLTSMRAKL GKSIYYGRPG VNLLVYMFPM ILLAFLGCIY LHLKKSTTVN QFNSGVEKKR
101: AKFGALRRPM LVNGPLGIVT VTEVMFLTMF MALLLWSLAN YMYRTFVNVT SESAATDGNN LWQARLDLIA VRIGIVGNIC LAFLFYPVAR GSSLLAAVGL
201: TSESSIKYHI WLGHLVMIIF TSHGLCYFIY WISKNQLVSK MLEWDRTAVS NLAGEIALVA GLMMWVTTYP KIRRRLFEVF FYSHYLYIVF MLFFVFHVGI
301: SHALIPLPGF YIFLVDRFLR FLQSRNNVKL VSARVLPCDT VELNFSKNPM LMYSPTSTMF VNIPSISKLQ WHPFTIISSS KLEPETLSVM IKSQGKWSTK
401: LYDMLSSSSS DQINRLAVSV EGPYGPSSTD FLRHESLVMV SGGSGITPFI SIVRDLFYMS STHKCKIPKM TLICAFKNSS DLSMLDLILP TSGLTTDMAS
501: FVDIQIKAFV TREEKTSVKE STHNRNIIKT RHFKPNVSDQ PISPILGPNS WLCLAAILSS SFMIFIVIIA IITRYHIHPI DQNSEKYTWA YKSLIYLVSI
601: SITVVTTSTA AMLWNKKKYY AKNDQYVDNL SPVIIESSPQ QLISQSTDIH YGERPNLNKL LVGLKGSSVG ILVCGPKKMR QKVAKICSFG SAENLHFESI
701: SFSW

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.