• Disorder▼
  • Domain▼
  • PTM▼
  • Variation▼
  • Mutation▼
  • Interaction▼
  • Disease▼
  • Drug▼
  • Physicochemical▼
  • Function▼
  • Proteomics▼
  • Structure▼
  • Localization▼
  • Expression▼
  • Element▼
  • Methylation▼

LLPS-Dos-1589
DOTSEDRAFT_68196

Integrated Annotations

▼ OVERVIEW

Status: Unreviewed
Protein Name: Mitochondrial Rho GTPase
Gene Name: DOTSEDRAFT_68196
Ensembl Gene: DOTSEDRAFT_68196
Ensembl Protein: EME49338
Organism: Dothistroma septosporum
Taxa ID: 675120
LLPS Type: Others


▼ PROPERTY


——— Disorder propensity (calculated by IUPred2A)

▼ Classification

Condensates:
CondensateEvidenceOrthologs
NucleolusPredicted from orthologs(View)

▼ FUNCTION

Mitochondrial GTPase involved in mitochondrial trafficking.

▼ CROSS REFERENCE

DatabaseNucleotide IDProtein ID
EnsemblEME49338EME49338
UniProtN1Q268, N1Q268_DOTSN
GeneBankKB446535EME49338.1

▼ SEQUENCE

Protein Sequence (FASTA)
1     MTTVRICICG  DEAVGKSSLL  TSLVKDTFVT  AKIQAVLPPI  TLPSSFGTPE  NVTTTIIDTS  60
61    ALPQDRDALR  KELRKCNVIL  LVYSDHYSYE  RVALFWMPYF  RSLGVNVPVV  LCANKSDLTA  120
121   ATSTSTVVEE  EMLPVMAEFK  EIDSCIRTSA  REHHNINEVF  FLCQKAFTHP  IAPIYDAKEG  180
181   NLKPAAVQAL  KRVFYLCDKD  QDGLLDDKEV  HDFQLKCFDK  PLSDDDLVNI  KRSLGRSVES  240
241   ETGLLEMDTR  QRGIDIDGFI  QLNKMFAEKG  RHETIWIILR  KFHYSDSLSL  KDHFLHPKFE  300
301   VPAFASAELS  PAGYRFFVDL  FLLHDKDNDG  GLNDKELAAL  FAPTPGPPAS  WTESSFPSCT  360
361   VRNEAGYVTL  QGWLAQWSMT  TFEEPKTTLE  YLAHLGFETE  GKGTTPALKV  TKARKRRNKP  420
421   GRVERNVFLC  YVLGAPGSGK  TALLNAFLNR  PFSSVYHPTI  KAQTAVNSVE  LQGGKQCYLI  480
481   LEEPGEVQPA  APLNQAKLDA  CDLVCFTFDS  SDPDSFARIL  DMRQNCAGLN  ALPSVYAAMK  540
541   ADQDRAVQRT  EIQPDVYCDQ  MKIAKPLHIS  AKWTSITEFF  VHLAESATHP  SLTFPKNEDA  600
601   VDRTALYIGI  TATIVGAAFA  WVWKRNLLLS  HP  632
Nucleotide CDS Sequence (FASTA)
1     ATGACCACTG  TTCGCATATG  CATTTGCGGT  GATGAAGCAG  TCGGAAAGTC  GTCCTTGTTA  60
61    ACCTCCCTCG  TCAAGGACAC  TTTCGTGACT  GCGAAGATCC  AGGCGGTCCT  GCCTCCCATC  120
121   ACCCTGCCGT  CCAGCTTTGG  AACTCCCGAG  AATGTCACGA  CCACCATCAT  CGACACATCC  180
181   GCCTTGCCGC  AGGACCGAGA  TGCGTTGCGG  AAAGAGCTGC  GAAAATGCAA  TGTCATACTC  240
241   CTGGTCTACA  GCGATCATTA  TAGCTACGAG  CGTGTTGCAT  TGTTCTGGAT  GCCGTACTTT  300
301   CGTTCGCTGG  GCGTAAACGT  GCCAGTGGTC  CTATGTGCGA  ACAAAAGCGA  TCTTACAGCC  360
361   GCGACGAGCA  CAAGCACTGT  TGTGGAAGAA  GAGATGTTGC  CGGTCATGGC  TGAATTCAAG  420
421   GAGATAGATT  CGTGCATCAG  GACCAGCGCG  CGAGAACACC  ACAACATCAA  CGAAGTCTTC  480
481   TTTCTCTGTC  AGAAAGCATT  CACACACCCA  ATAGCACCCA  TTTACGATGC  AAAGGAAGGG  540
541   AACTTGAAGC  CTGCTGCCGT  GCAAGCTCTG  AAGCGTGTCT  TCTACCTCTG  TGACAAGGAT  600
601   CAGGATGGCT  TGTTGGACGA  TAAGGAGGTT  CACGACTTCC  AACTCAAATG  CTTCGATAAG  660
661   CCTCTCTCCG  ACGATGATCT  CGTAAATATC  AAGCGGTCCC  TCGGGCGGTC  GGTGGAGTCA  720
721   GAGACTGGCC  TGCTCGAAAT  GGACACCCGG  CAGCGTGGCA  TTGATATTGA  CGGCTTCATC  780
781   CAGCTAAATA  AGATGTTTGC  CGAGAAAGGA  AGGCATGAGA  CGATCTGGAT  TATTCTGCGG  840
841   AAATTTCATT  ACTCCGACAG  TTTGTCGCTG  AAGGACCACT  TTCTGCATCC  CAAATTCGAG  900
901   GTCCCTGCCT  TCGCATCGGC  TGAGCTGTCA  CCCGCTGGGT  ACCGATTCTT  TGTCGATCTT  960
961   TTCCTCCTGC  ACGACAAAGA  CAATGATGGT  GGTCTCAACG  ACAAGGAACT  GGCTGCGCTT  1020
1021  TTCGCGCCGA  CCCCGGGCCC  CCCGGCTTCA  TGGACGGAAA  GTTCGTTCCC  GAGCTGCACA  1080
1081  GTCCGCAATG  AGGCTGGCTA  TGTGACACTA  CAGGGCTGGC  TTGCGCAATG  GAGTATGACC  1140
1141  ACTTTCGAAG  AGCCAAAGAC  AACGCTGGAG  TATCTTGCAC  ACCTGGGGTT  TGAAACCGAA  1200
1201  GGGAAGGGCA  CCACACCGGC  TCTGAAGGTG  ACTAAGGCGC  GAAAGCGTCG  CAACAAGCCT  1260
1261  GGGAGGGTCG  AACGAAACGT  CTTCCTGTGC  TATGTGCTCG  GAGCTCCAGG  CAGTGGTAAG  1320
1321  ACTGCTCTGT  TGAACGCGTT  CCTCAATCGT  CCTTTCAGCA  GTGTTTACCA  CCCAACAATC  1380
1381  AAAGCACAGA  CAGCCGTCAA  CAGTGTAGAG  CTGCAAGGTG  GCAAGCAGTG  CTACCTCATA  1440
1441  CTCGAGGAAC  CTGGCGAGGT  TCAGCCAGCG  GCCCCGCTAA  ACCAGGCCAA  ACTTGATGCG  1500
1501  TGTGACCTGG  TATGCTTCAC  CTTCGACAGT  AGCGACCCCG  ACAGCTTCGC  CCGCATCCTT  1560
1561  GATATGCGGC  AAAACTGCGC  TGGCCTTAAC  GCACTGCCAT  CCGTGTACGC  CGCGATGAAG  1620
1621  GCGGATCAAG  ACCGCGCAGT  GCAACGCACA  GAGATACAGC  CGGATGTTTA  CTGCGATCAG  1680
1681  ATGAAAATAG  CCAAGCCACT  GCATATCTCG  GCCAAGTGGA  CAAGCATTAC  CGAGTTCTTT  1740
1741  GTGCATTTGG  CGGAGAGCGC  GACGCACCCG  AGCTTGACAT  TCCCGAAGAA  TGAAGATGCT  1800
1801  GTTGATAGGA  CGGCGCTTTA  CATTGGGATT  ACTGCGACAA  TTGTAGGTGC  GGCATTTGCG  1860
1861  TGGGTTTGGA  AACGGAATCT  GCTCTTGTCG  CACCCGTAA  1899

▼ KEYWORD

ID
Family
Calcium
Complete proteome
GTP-binding
Hydrolase
Membrane
Mitochondrion
Mitochondrion outer membrane
Nucleotide-binding
Reference proteome
Transmembrane
Transmembrane helix

▼ GENE ONTOLOGY

ID
Classification
Description
Cellular Component
Integral component of mitochondrial outer membrane
Molecular Function
Calcium ion binding
Molecular Function
GTP binding
Molecular Function
GTPase activity
Biological Process
Mitochondrion organization

▼ ORTHOLOGY

DrLLPS IDOrganismIdentityE-valueScore
LLPS-Phn-1515Phaeosphaeria nodorum72.660.0 937
LLPS-Lem-0745Leptosphaeria maculans72.50.0 914
LLPS-Trv-0031Trichoderma virens69.630.0 892
LLPS-Trr-1444Trichoderma reesei69.320.0 892
LLPS-Fuv-0571Fusarium verticillioides68.360.0 858
LLPS-Gag-1412Gaeumannomyces graminis66.980.0 859
LLPS-Map-1104Magnaporthe poae66.190.0 850
LLPS-Put-0344Puccinia triticina42.924e-105 336
LLPS-Viv-1322Vitis vinifera36.759e-124 389
LLPS-Thc-2233Theobroma cacao35.891e-118 374
LLPS-Prp-2491Prunus persica35.646e-115 365
LLPS-Gor-2344Gossypium raimondii35.582e-119 376
LLPS-Tar-2730Takifugu rubripes35.451e-107 345
LLPS-Hea-1185Helianthus annuus35.331e-118 374
LLPS-Ten-0257Tetraodon nigroviridis35.14e-108 346
LLPS-Cus-1376Cucumis sativus34.886e-115 364
LLPS-Scm-2681Scophthalmus maximus34.771e-109 350
LLPS-Met-0501Medicago truncatula34.691e-112 359
LLPS-Sei-0862Setaria italica34.542e-108 348
LLPS-Mua-2588Musa acuminata34.362e-114 363
LLPS-Glm-2993Glycine max34.358e-113 359
LLPS-Mae-2021Manihot esculenta34.324e-118 373
LLPS-Org-0428Oryza glaberrima34.217e-106 341
LLPS-Sob-2448Sorghum bicolor34.212e-109 350
LLPS-Ors-0743Oryza sativa34.217e-106 341
LLPS-Orni-2319Oryza nivara34.217e-106 341
LLPS-Ori-0681Oryza indica34.217e-106 341
LLPS-Orgl-0580Oryza glumaepatula34.17e-103 340
LLPS-Orb-0256Oryza barthii34.052e-105 340
LLPS-Orr-1829Oryza rufipogon34.02e-106 342
LLPS-Sem-1849Selaginella moellendorffii33.968e-111 353
LLPS-Amt-1625Amborella trichopoda33.915e-113 360
LLPS-Orp-0085Oryza punctata33.882e-105 343
LLPS-Via-1049Vigna angularis33.878e-106 340
LLPS-Chr-0984Chlamydomonas reinhardtii33.783e-69 246
LLPS-Brd-0740Brachypodium distachyon33.766e-109 348
LLPS-Sol-1084Solanum lycopersicum33.72e-97 319
LLPS-Zem-2471Zea mays33.661e-104 338
LLPS-Bro-0527Brassica oleracea33.617e-105 338
LLPS-Brn-2488Brassica napus33.613e-106 342
LLPS-Arl-1509Arabidopsis lyrata33.551e-105 340
LLPS-Nia-1976Nicotiana attenuata33.494e-105 339
LLPS-Art-0811Arabidopsis thaliana33.448e-106 341
LLPS-Php-2350Physcomitrella patens33.445e-113 359
LLPS-Orbr-0875Oryza brachyantha33.282e-107 345
LLPS-Lep-1594Leersia perrieri33.288e-103 341
LLPS-Phv-1900Phaseolus vulgaris33.234e-106 342
LLPS-Orm-0566Oryza meridionalis33.227e-98 325
LLPS-Gaa-3083Gasterosteus aculeatus33.127e-104 335
LLPS-Vir-0942Vigna radiata33.082e-105 340
LLPS-Hov-1072Hordeum vulgare33.072e-105 340
LLPS-Tra-2477Triticum aestivum32.921e-103 335
LLPS-Pot-1385Populus trichocarpa32.872e-107 345
LLPS-Brr-0772Brassica rapa32.88e-102 331
LLPS-Dac-2193Daucus carota32.724e-111 355
LLPS-Tru-1725Triticum urartu32.172e-89 297
LLPS-Chc-0292Chondrus crispus32.072e-87 292