KEGG   Metarhizium robertsii: MAA_02540
Entry
MAA_02540         CDS       T03107                                 
Name
(RefSeq) SH3 domain-containing protein
  KO
K05727  dedicator of cytokinesis protein 3
Organism
maj  Metarhizium robertsii
Brite
KEGG Orthology (KO) [BR:maj00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:maj04131]
    MAA_02540
Membrane trafficking [BR:maj04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    MAA_02540
SSDB
Motif
Pfam: DOCK_N DOCK-C2 DHR-2_Lobe_A SH3_1 SH3_9 SH3_2
Other DBs
NCBI-GeneID: 19256826
NCBI-ProteinID: XP_007818729
UniProt: E9ERE4
AA seq 2051 aa
MPWQPLPRIAFAVATFPFAAESPADLPLEIGDELYIIEETPDGNWLRGYLVAPPSLLAGL
TSVKGQTLEARVFSGIFPRSCVEVREMLGESDERDDQDQDQESHADENPDTGSPRPASDS
AKSGITGGEPRKATSPINAVVGPDKGRKPLSELSNGTLENLSAPVKRDPTAPKPAAPVPL
LKIGDETPTSAEEPLIDEIASCLREWHSKNLHELLLSRQYRDLDKLSKLITSLNLNRQQF
LYNVLTSHEYDRLREKTVWDLVRVNKLCGGEVIVRDPVERGRILTGDDSVVGITRLQSVM
TLLDEPPQPTLELTSLHHLLLDVKGFAGSSSEATTLVVYLVTKPQFEALSTLSESFAVDV
PAGGTIGGIAQESASRTLFIDLSAHDIGDSPSAESDLYLVVKVLASQQVLPDKPISRSGT
ATEGSFPRENSKTPTSSVSKSTRRSLMWGSKPGRSTLSRGSVLPKKESFEQQGPRPVTTS
DGYGPPSTASSKNGTGNPEVAQTVQRTVGVGILKVNSIMKQGEEVEQLVNIWSPVNGRAS
TERDMDDDFDPLILELMDNAAGRYERSRRGERLQVSLQAFDHPDADALIKATPTLLSGIC
KTNRMGFSGAPTKPRSDIYLTINTASLARQHLLSRYGGSATAMPSGIQGNNFQVTVEVRA
PSGQRFENSIYAGSNKDPVTTFKTAAAERGEAWNQTLRLSLSPADVSTAHVVMFLCDVPG
PPFAVAHMPLWDRQAFIRDGRHGLLLYKIDENTSTAQAGPTGKGGYLSVPWAPRGRDEHS
ENVTGPLAVLNVNTFLCSTRFSQDRIILGLVKWKDLPGEEVSAVLRQLMFVPEIEVVKLL
SDVLDGLFGILVQHSGNNEFEDLVFTALVRVLGIVHDRRFNLGPLVDQYAETQFNYPFAT
SGLVSSFARLLDKPTEPETSRNLRSTFKVVRHILKFITHARKQQKVKEAGIGITSSPQGF
TRQLRSIFKALDRMMRNPAPVLVGSQTLAVQHFHTWLPELTGLLNTEEITHIAIDFMDSC
TQVKGKLILYKLVLIINYSKLELFAHPDQKSALCANTVRWISPHWGHVEEVTEQWREQVR
LCCSVIASQADYLGPEIPDHIPRIIDSYLSLLSLPPKPRKRLSLLFPSAYPFPSRPVSAN
LTFDESLAELSAILSAISNSTAGMQLELAAEADQGTILENLLRVHMSILSGEAFPASWLS
LHIFHHKSTMRTLQYVATLMLESFLPDPDEAETFNMELWKLFFTTLLKLVGSTSLALETF
PEQKRRAVWKIAGDVREHGAELLRTTWEAIGWETTIDEQNRYGLSKIGGYQVQYVPALVG
PIVELCLSVHEGLRRMAVEVLQTMIVSEWALSEDLTVIQTEMIDSLDQFFKSKPLTESIL
QKLFIGEVLERFQPLSEIPDEPLYVAVRELVSTLDEFLDLLVAVHGGDDSGEATSIINRL
RLMEFLRDMQKEEIFVRYVHQLATLQAESRNHAEAGLALRLHADLYEWDPTRQVKALEEP
EFPAQTQFERKEKIYFDMIKHFEEGESWSNALTAYKELQTQYETNVFDFAKLARTERAIA
TIYDTISKSEKLIPRYFKVVYKGLGFPSGVRDKEFIYEGAPTERAAAFTDRMQEQYPSAQ
IVTSGRIDEVEGQFLIVSSVTPHRDMSHQVFQRARVPQVIRDFLVSSHPQSFSFTTKRST
AGAVENHYAEKTVFVTAEPFPTILRRSEIIETHEIRLDAHETALERIVRKTQEMTALERR
LLDGEEEVGQLLLDATSISVNPSSEQSVMCYRGLLPEPEEGEEDEDEDDEPELEPHDLAI
KMALVDHAMMIKRVLALFARSNNPTLSQKQEELQRFFEVTYEPEIALFAPPPPTPRETVS
TPSTTFRGTFPPVDQGPSQWAHIATPLNGTKAEETSIVRQVSLRQRSARLSFLPGRRQHQ
QQQQQQQQQPSPTKQEGDEAPEMETAPGSPESKMSTSRSRSFSKSSRRQSIFKPPSVDES
LQDAVNGSGRRGSSASKGSVDRKSSSIDEFVTEAEYPVVKRSGSMRKRLSLFKMGIKSNK
HGGTMRSVDEE
NT seq 6156 nt   +upstreamnt  +downstreamnt
atgccctggcagcctctccctcggatcgcatttgctgttgcgacattcccctttgctgct
gagagtccggccgacctgccgcttgaaattggcgatgagctctacatcatcgaggagacg
ccagacggaaactggctgcgggggtacttggtcgcgccgccgagcttgcttgccggtcta
acttcggtcaagggacaaactctggaagctcgagtgttcagtggcatctttccccgtagc
tgtgttgaagttcgagagatgctaggggaatccgacgagcgggacgaccaagaccaagac
caagaatcccatgcagacgaaaacccagatacaggaagcccccgacctgccagcgactca
gccaagagcggcatcaccgggggcgagcccaggaaagctacttctcccatcaatgctgtt
gttggcccggacaagggacgaaaaccattgtcagaactaagcaatggcactttggagaat
ctatccgcacctgtgaagcgagacccaaccgcgccaaaacccgccgcaccggttcccttg
ctaaaaattggggacgaaaccccgacatctgcagaggagcccttaattgacgagattgca
tcgtgtctgagagagtggcattccaagaatcttcacgagctcctcctctctagacaatac
cgggacctagacaagctctccaagcttattactagcctcaacctcaacagacagcaattc
ttgtacaatgttctcacatctcatgaatacgaccgtctacgagagaagacagtatgggat
ttggtgcgagtgaacaagctctgtggaggcgaagtcattgttcgtgatccagtcgaacgt
gggcgtattctgactggagatgattctgttgttgggataactcgacttcagtctgtcatg
actcttctcgatgagccgccgcagccaactctcgaactgactagcctccatcatctgctc
cttgacgtcaagggcttcgctggatcgtcatctgaagccacaaccttggtggtttacctg
gtcacgaagccacagtttgaagctctatcgaccctatcagagtcattcgccgttgatgtc
cctgcgggcggcacaattggcggtatcgcccaagagtcagcatcacgaactctctttatt
gatctttccgctcatgatataggcgactcaccgtcggccgaatctgatttgtatttagta
gtaaaggttcttgcttcgcagcaggtgctgccagacaagccaatctcaaggtctggaacg
gccacagaaggatcatttccaagagaaaactccaaaacccctacttctagcgtatccaaa
tccactaggcgaagcttgatgtgggggagcaagcctggacgttctactctctctcgaggc
tcagtcctccccaaaaaggaatcttttgagcagcaaggcccgcgccccgtgacgacatcg
gatggttatgggcctcctagcacggctagctcaaagaatggaacaggcaatccagaagta
gcccaaacagtacaacgcactgttggagttggcatcttgaaagtgaactcgataatgaag
caaggggaagaggttgagcagcttgtcaatatctggtcaccggtgaatggtcgggcatca
acggaaagggatatggatgacgactttgatccactcatcctggagctcatggacaatgcc
gcaggacgatatgaaaggtcacgtagaggtgaaagattacaagtctccctgcaagcattc
gaccaccctgacgcagacgccttgatcaaagcgacgccgacactattatctggcatttgc
aaaacgaatagaatgggcttctctggagccccaacgaagccaagatctgatatttatctc
acaatcaacacagcttctttggcacgccagcatctgttatctcgatatggaggaagcgca
accgctatgccctctgggatccaaggcaacaacttccaagttaccgtagaggttcgtgca
ccttctggtcagcgattcgaaaactccatctatgctggctccaacaaggacccagtgacg
acgttcaagactgcagccgcagaacgaggagaagcctggaaccagacactcagactttca
ttgtcgccggctgatgtatccacggcacacgttgtcatgttcttgtgtgacgtgcccggc
cctcctttcgctgtcgcccatatgcccttgtgggatagacaggcgttcatccgggatggc
cgccatgggctgcttctctataagatagatgaaaacacttcaacagcccaagcaggccca
accggcaagggtgggtatttatccgtgccttgggctcctcgagggagggacgaacactct
gaaaatgtaacgggcccgttggccgtgttgaacgtcaatacatttctctgcagcacacga
ttctcccaggacagaatcatccttggccttgtcaaatggaaagatttgccaggagaagaa
gtttccgcagtcttgagacagttgatgtttgtacctgaaattgaggtggtcaaactgctc
agcgacgtgcttgacggactgttcggaattctggtccaacactccgggaacaacgagttt
gaagacttggttttcactgcattggtcagagtcttgggcattgtgcatgatcgtcgattc
aatctaggccccctggttgatcaatatgcagaaactcagttcaactacccctttgctact
tcgggcctcgtcagttcatttgcgcgtctgctagataagccaactgagccagaaacctct
cgaaatcttcggtctacatttaaggttgttaggcacattttgaagttcatcactcatgct
cgaaagcagcaaaaggtcaaggaagcgggcatcggaatcacatcttcaccacaagggttc
actcgacaacttcgttccattttcaaggctctcgaccgcatgatgcgaaatcctgcccct
gttcttgttggcagtcaaacattggcagtgcaacactttcacacttggctgccggagctt
acgggcttgctgaataccgaagaaatcacccacattgccattgacttcatggattcttgc
actcaagtcaagggtaaattgatcttgtacaaattggttctcatcatcaactattccaag
ctggagctttttgcccacccagatcaaaagtctgcactgtgtgccaacacggtccgctgg
atatcgccgcattggggccatgttgaagaagtcacggaacagtggcgggagcaggtgcgt
ctctgctgctctgtgattgctagccaggccgattacttgggccccgaaataccggatcat
ataccgaggatcatcgattcgtacctgtcgttgttatcgttgcctccgaaaccccgaaag
cgactctcgctcctcttcccatcggcctaccctttcccctcgaggcctgtttctgccaat
ctcacattcgacgagagcctggcagaactgtccgccattctctctgccatatccaattcc
accgccgggatgcagcttgagttggcggccgaggctgatcagggtaccatcttggagaac
ttgctgcgcgtgcatatgagcatactctcaggcgaagctttccccgccagctggctcagt
ctgcacatcttccatcacaagtcgactatgcgcactctacagtacgtggccaccctcatg
ctggaatcgttcctaccagaccctgatgaggccgagactttcaatatggagctgtggaaa
ctattctttacaacactcctcaaattggtgggtagcacgtctctggcgttggaaacgttc
cctgaacagaagagaagggctgtttggaaaatcgccggtgatgtgagagagcatggtgcc
gagcttctgcgaacaacatgggaagccattggctgggagaccactattgacgagcaaaac
cgctacggcctctccaagattggaggataccaagtgcaatacgtccccgccttggttgga
ccgatcgtcgagttgtgcctgagcgttcacgagggtttgcgacgaatggcagttgaagtt
ttgcagacaatgattgttagcgaatgggcgcttagcgaagacttgactgtcattcaaacg
gagatgattgacagcttggatcagttctttaagtccaaacccctgacagagagcatacta
cagaagctcttcattggcgaggtgttggagcggtttcaaccgctgtccgaaattccagac
gagccactgtacgtcgcagttcgagaacttgtatccactttggacgagtttctcgatctg
ctcgttgcggttcacggaggagacgacagtggagaggcaacaagcatcatcaatcgttta
agactaatggagtttcttcgtgatatgcaaaaggaggaaatttttgttcgctacgtgcac
caacttgcgactctgcaggcggagagccgaaaccacgccgaagccggtcttgcattgcgc
cttcatgcggatctttatgaatgggatccaactagacaagtgaaagctctggaagagcca
gagttcccagcgcagacacagtttgaacgcaaggagaagatctattttgatatgattaag
cactttgaagagggcgagtcatggagcaatgccctaactgcatacaaggagctacagaca
caatacgagaccaatgtctttgactttgcgaaactcgctaggacagagcgcgctatcgcc
accatctacgacaccatttccaagagcgaaaaactgataccgagatatttcaaagttgta
tacaaggggttgggtttcccatctggtgttcgggataaggagtttatttatgaaggagct
ccaacggaacgtgcggcggcctttaccgatcgaatgcaggaacaatacccttcagctcag
attgtgacatcagggcgcattgacgaagtggaaggacagttcttgatcgtatcttcagta
accccacaccgggacatgtctcatcaagtatttcaaagagcgcgtgttccccaagtcatt
cgtgacttcctagtgtcttcgcatccccagagcttctcctttacaaccaagcgtagcacg
gctggtgcggtagagaatcactatgcagagaagaccgttttcgtcactgccgagcctttc
ccgactattctgcgtcgcagtgagatcattgagactcatgagattagactcgatgctcac
gaaacagctttagagcgcatcgtgcggaagacacaggagatgacggctcttgagcgccga
ctattagatggagaggaggaagtgggacaacttttgctggatgcgacatctatttccgta
aatccgtcatctgagcaaagcgtaatgtgttatcgcgggctgcttcccgaacctgaggag
ggggaggaggacgaggacgaggacgatgagccagagctggagccacatgaccttgcaatc
aagatggcgctcgtggaccatgccatgatgatcaagagggtcttggccctatttgccaga
agcaacaacccaacgctgtctcagaaacaagaagaactccaacgatttttcgaagtaacg
tatgagccagagatcgcattgtttgctcctcctcctccaacgcctcgcgaaacagtttcg
accccgtcgacaactttccgaggcacttttccgccagtcgatcaaggcccttcgcagtgg
gcacatattgccacgcccttgaacggcaccaaagctgaggagacgtccattgttcgccag
gtatcacttcgacagcgaagtgccagactaagcttcttgcctgggcgacgacagcatcaa
caacaacaacagcagcaacagcaacaaccatcgccaacaaagcaggagggtgacgaagct
cctgaaatggaaaccgcccctggaagcccagagtccaagatgtcaaccagcagaagccga
agctttagtaagagcagccgacgacagagcatttttaagccaccgtctgtggacgaaagc
ttgcaagatgccgtgaatggaagtggacgacgaggcagctcagctagcaagggaagcgtg
gatagaaagagcagcagcattgacgagtttgtaacggaagcagaatatcccgtggttaaa
agatccggaagcatgaggaagagattaagccttttcaagatggggatcaaaagcaacaag
cacggagggacgatgaggagcgtcgacgaggagtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (16)   

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