KEGG T01610: SMAC

Sordaria macrospora: SMAC_06567

Entry

SMAC_06567 CDS T01610

Definition

hypothetical protein

Orthology

K08825

dual-specificity tyrosine-(Y)-phosphorylation regulated kinase [EC:2.7.12.1]

Organism

smp Sordaria macrospora

Class

SSDB

Motif

Pfam:

Pkinase Pkinase_Tyr APH Choline_kinase

Other DBs

NCBI-GI:

336262460

NCBI-GeneID:

10803383

UniProt:

F7W4Q2

AA seq 1268 aa
MGGHSDISINATGARVAVQQPAPTRTARSGSILRRPSITNGTTRQAGLGTTASNASGVTT
PTAPAAIRTRRPNHYPPVSSTNNTVKAPRRSAGPDVLGNTDAEARRRRPSVASLGERNGT
EPVRTSVSSTRTSKARSVQPPPRGSDATTLAHDLSALALGSGSSPGFPRSPRTAVKASVP
SSTKRISVMPGVPHTSHATGLGARTISPTDTRLMKRMSHHQPSQAPVPVPTAPMPLATSR
PSSRSPSMLPRKIPTPASSRTTPDANNRKSYSSGLSATSANSYNTVRSSTGSIQPRIPQS
GSSRLPAPKGVPSQSTANGEEEEEVPPVPAIPKLYDSPGELSFLDKRKSNRAFDTSSINS
TSTGSVSGAQLTDPPPAKLQRKPSQRKSVHTSTVDKKSSSSNSKKNLQPLRLPPLALGPL
STTTAAKIAALQDHNASERNLSPPGRQIAKTPSTPMTASRSTYFTTTRTEDKPTVQHLRS
TSTINRGKGGSIDSYSSNESMGGVVSNAMPQSGMSPYIASSAAKGESQESAFSNRPKTGD
PDASVPQKPSGPRAPKPAAAKLSTAKSPPPPTDPEEPPTPSSIGTSIRRKLSLSWKRSAS
KNGNNRPDKADPNSIKHDSMPPPKIPISATLGSMPSATKAPSPTPSSKSNGTGTYLESRR
RKSSASSLNAIVAGDRQRGDAAAGKKESTLDTVAERSIHTYSSAQKILKPKNSSATLSQP
RDVWTADLDKDDMVAEDEMKKLGSRRKETEMAARTLDALRKRATAKERVGPQEALRIAVL
NIYERGEIVDYKDVYFCGTQNAAKVVGNVQSDLPNFGYEIIDVLGKGSFGQVVRCIDHKT
GVLVAVKIIRNKKRFHQQALVEVNILQKLREWDPKNKHSMVNFTHSFYFRGHLCISTELL
DMNLYEFIKSNAFRGFSLKLIRRFTKQMLSSLLLLKQHKVIHCDLKPENILLRHPLHSEI
KVIDFGSSCFENEKVYTYIQSRFYRSPEVILGMTYGLPIDMWSLGCILAELFTGVPIFPG
ENEQEQLACIMEVFGPPEKHLIEKSTRKKLFFDSSGKPRLTVSSKGRRRRPSSKTLQQVL
KCDDQPFLDFIARCLRWDPDRRMKPEEAVRHEFITGQKTPPSSSMPVPRLASTRESSPTK
RVQSLNGGGPRPLPEPPAAVTTRTSLRSGVVGSGMPGGPLKPTLASSILPSSRKVSGMTA
SGSGATSGVKRASGGTTGSTAGSFTSGNVGSNGSSLPRAAVRTTSARQQQQQDLAAAGAT
AAMMSRRA

NT seq 3807 nt +upstreamnt +downstreamnt
atgggcggccattccgacatctccatcaatgcgaccggcgcgagagtcgccgttcagcag
cctgccccgacgcggactgccaggagcgggtcaattttgcgaagacctagtataacaaat
ggcactaccagacaggcaggcttaggaacaacagcatccaacgcctcgggtgttacgacc
cctaccgctccggccgccatccgtactcgccgcccgaaccattaccctccagtctcgagt
acgaacaacacggtgaaagctcccaggcgctcggctgggcctgacgtgctcggtaataca
gacgcggaggcacggagacgaaggccgagtgtcgcttcactcggggaacgaaatgggacg
gagccagtacgcacatcagtgtcctctacgcgaacttccaaggcgagatctgtacaaccg
ccgcctcgagggagtgatgctactacactggcccacgatttgagcgctcttgccttgggt
tccggtagctcacctggatttccacgctcccccaggactgcggtcaaggcgtcagttccg
tcctcgaccaagaggatatctgttatgcctggtgttcctcatacttcgcacgccacaggg
ttaggcgccaggacaatcagtccgacggatacgagactgatgaagcgtatgtcacatcat
caaccctcccaagcgccagttccagtgccaacagctccgatgccattagctacatcacgt
ccttcatctcgctctccatccatgctgccacgcaagatcccgacgccagcttcctctcgg
actacccccgacgcgaacaaccgaaaatcctacagctctggtctttcggctacatcagca
aatagctacaacaccgtacgatcatcgactggctctattcaaccgcggatcccgcagagt
ggtagctctaggctacctgctccaaagggtgtaccctcccagagcacggcgaacggcgag
gaagaggaagaggttccaccagttccagcaataccaaagctgtacgattcgcctggcgaa
ctgtcgtttttggacaagcgcaagtccaatagggcgtttgatactagtagcatcaatagc
acctcaacagggagcgtatctggggcacagctgactgacccaccgcctgctaagctgcag
cgcaaaccaagccaacgaaaatctgtacacacctcgactgtggacaagaagtcctcttcc
tcaaactcaaagaaaaacctgcagcctcttcgtctacccccgcttgctctaggaccctta
agcactacaactgctgccaaaatcgcggcgcttcaggatcacaatgcatcggaacggaat
ctttctcctcctggtaggcaaatcgcaaagacgccgtcgacacccatgacagcgtcaaga
agcacctacttcaccacaacgcgaactgaggataaacctactgttcagcaccttaggagc
acaagcacaattaatcgaggaaagggtggtagtattgactcgtatagctcaaacgagtcg
atggggggagtggtgtcgaacgctatgccacagtcaggaatgtcgccatatatcgcgtct
tctgcggccaagggtgagagccaggagtcagcgttttccaatcgaccaaagaccggcgat
cccgatgcatctgttccccagaaaccctctggaccacgagcgccgaagcctgctgccgcg
aagttgtcaaccgcgaagtcaccaccacctcccactgacccggaagagcctccaactcca
tcgtcaattggcacctccatcaggcggaaactgagtctgtcatggaaacgaagcgcatcc
aagaacggtaacaatcggcctgacaaggctgatccgaacagtatcaaacacgactctatg
ccacccccaaagattccgatatcggcgacgctgggcagcatgccttcagctacaaaagcc
ccaagcccgacgccttcctcaaaatcgaatggaacagggacctacttggagtccaggaga
cggaagagctcagcttcgagcctcaatgccattgttgcaggggaccgtcaacgaggtgat
gcggcggcgggcaagaaggaatctacgctggacacggtggcggagcgatcgatccatacg
tatagctcggcgcaaaagatcctgaagccgaagaactcaagtgcgactctgagccaaccc
cgtgacgtctggacggccgatctcgacaaggatgatatggtggccgaggatgagatgaag
aaactcgggtcgcgccgtaaggaaacggaaatggcggctcggacacttgacgccttacgc
aagcgtgctactgccaaggaacgcgttggccctcaggaagccctcaggattgccgtcctg
aatatttatgagcgcggcgaaattgtggactataaggacgtctacttttgcggtactcaa
aatgcggccaaggtggttggtaacgttcagtcagacctccccaacttcggatatgagatc
attgatgttctcggaaagggcagtttcggtcaggttgttcggtgcatcgatcacaagacc
ggcgtccttgtggccgtcaaaattatccggaacaagaagcggttccaccagcaagccctt
gtggaagtcaatatcttgcagaagcttcgcgaatgggaccctaagaacaaacacagcatg
gtcaacttcacccacagcttctatttccgcggacatctctgcatttccacagaactcctg
gatatgaacctttatgagttcattaagtcgaatgctttccggggcttctcactcaagttg
attcggcggttcaccaaacagatgctcagttcactacttctgttaaagcaacacaaggtt
atccactgcgatttgaagccagaaaacatcctactccgacaccctctacattcggagatc
aaggtcatcgatttcggttccagctgtttcgaaaacgagaaggtgtatacttacattcag
tcacgcttttaccgatcccctgaggttattttgggtatgacatatggcctacctattgac
atgtggtcactgggctgcattcttgcggaactcttcactggtgttcccatcttccccggt
gagaacgaacaggaacagctggcctgcatcatggaagtattcggacctccggagaagcac
ctcattgaaaagtcgacacgcaagaagctgttcttcgatagctctggtaagccgcgtctt
actgtctcctcgaagggccgccgccgccgcccatcttccaaaaccttgcagcaggttctc
aaatgcgatgatcaaccattcttggattttattgcccgctgtctcaggtgggatcctgac
aggagaatgaagcccgaggaagctgtacggcatgagttcattaccgggcagaagactccg
ccctcatcttccatgccagtgccacgccttgcatcgacgcgagagtcgtccccaaccaag
cgtgtacagagtctgaacggaggaggacctcgcccgcttccggagccaccagccgccgtg
actactagaacctcactacggtcaggagtcgtcggctccggtatgcctgggggtccttta
aaacctactcttgctagtagtattttgccttcctcccgtaaggtatccggcatgacggcc
tcgggtagcggggcgacttctggcgtgaaaagagcaagcggaggtaccaccggctcgaca
gctggcagtttcacctccggaaatgtgggctctaatgggagcagtctaccgcgcgcagcg
gtccgtaccacgagtgcccggcagcaacagcaacaagatctcgcagctgcaggggccaca
gcggccatgatgagccgcagggcctag

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (13)   

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