KEGG   Sordaria macrospora: SMAC_04234
Entry
SMAC_04234        CDS       T01610                                 
Symbol
putative_stt4
Name
(RefSeq) putative STT4 protein
  KO
K00888  phosphatidylinositol 4-kinase A [EC:2.7.1.67]
Organism
smp  Sordaria macrospora
Pathway
smp00562  Inositol phosphate metabolism
smp01100  Metabolic pathways
smp04011  MAPK signaling pathway - yeast
smp04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:smp00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    SMAC_04234 (putative_stt4)
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    SMAC_04234 (putative_stt4)
   04070 Phosphatidylinositol signaling system
    SMAC_04234 (putative_stt4)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:smp04131]
    SMAC_04234 (putative_stt4)
Enzymes [BR:smp01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.67  1-phosphatidylinositol 4-kinase
     SMAC_04234 (putative_stt4)
Membrane trafficking [BR:smp04131]
 Endocytosis
  Others
   EFR3-PI4KIII alpha complex and associated proteins
    SMAC_04234 (putative_stt4)
 Endosome - Golgi transport
   Others
    SMAC_04234 (putative_stt4)
SSDB
Motif
Pfam: PI3_PI4_kinase PI3Ka PI4K_N ABC1 DUF1464
Other DBs
NCBI-GeneID: 10808503
NCBI-ProteinID: XP_024510911
Position
Unknown
AA seq 1948 aa
MARNIRTKALQQIAALSASNPAASFDQSDLDKLCRVSVKQGHSTSGAVNGRGPSSPSSMP
SAGPDVGRIPMTIKEYEVLLALCKAAPSLTTAQSAQKLTRHLVPYLMDSHSQAFALSPFF
REVEPSPTESLSHHVTAALLALGIRHATHVQQEVSDSIWAFLNACAHVTQALTEANYEGP
AALDDAIRTATITVALLGFLDAACAQADFWKSGGRLSLIERLRDLLSPPFLVAVETAFSV
IRNSHSHDRYAKDWRRSLRHYDEVGRPLGALLLQRSFMRLLVAATSLLVAEPEALRSTHV
LDILMSGDGLRQPLSDKTGDADSRSVEIYATVAMDQMTDLESSADFDSLSPAKQRLAFAV
KGAALISYLNVATLNEEVADGDVLMPWLEDTLGDPSSMVDEDLASIVLKSMALLCRIIPS
YAANVSRLLPRFIVQGGYRSQTVTVASKCLAFVLQMLSKDAVITTLYTLGNVLSPSGERS
TTNGNGGETRNDTLEVYGNRQSAGSAISLQLSGEEESSAVQGNVVQAICEIAGICKDVKI
TDLAQSMLAQKIVRLSSPLDARIITGAATLAISGSQSEFRNLLKHYAALAHNAVVENREG
ILHAITRARNYLACNINRDSPLYSIYLEHLLDGIISKGDAHGLPSQSAKESDMELAAREI
AQLLQPLALFMSTNANDIGFGGDADDDTYALLRDSWFNIVVHGFTPSTDRGKRYADELRV
MAIYSPPLVLDSRGEQDESDIELNPILRRGESSDRESLQKKSLSGLIPSRAAEIKGLSYR
KVIFLNAAYLVESLRADAGDCTKALSYFNEPSMRRGEVSRTMDGIMDAVMTRYLNRALGG
SNPTFSAQYAAGQLARIFCACCHRIDRVQQAAFGCADRIIKAIPSALCQRSSLFALLELL
SLMWTSCLEAETDRYEPRTIFKSSRGNVTVELSHDYQFRHLTLERLHRKAKEWLTGAINI
APADVKGLLQTYLSDFDDDASYGHMSLGRSFAVDIGSAIPSTDQRLALLDVLGDYRINTA
SDFMAQYTKRQEYRYSEALPDRSLEWQGFMRPDMAASSLPSTTSDSTDAITALAHIEKCV
LSRKATPLTDVRDILRRAAALLCRSTNDECSIVHYLVSIPFGIFTKQSIKLGVSLWLGVI
NENPRMEPRILAEIAQQWEFSIQKRLGLFSPTICNPDPFFLKEEFAPTDAASVAKRKQLV
HNVLAPHTRLLQFFASHYNATRLGNLDTQQIFLRLLEVTLTAMKLSHPHPMAREIRFQTV
LFGLRVLATSTTMATTAQWRLKDLVLSAGLSWFCAAPCWSFGSNVLQLKTEITLISDVLM
ALKMTTTVGAQTVGKKSLASKERLLQLLLENEQSRLIVWVQPLGEPLKTPHHLIHHTNTN
KNLVEAAIFPLIRIAWLESPSLAVHLASRFPYPRVKQEVRWLLLNFPSKAIKEPEAVATL
VDGSLPEDVSFQLKYLLFWAPVNPITSITYFLPAYRNHPYLIQYAMRALESHSVDVTFFY
VPQIVQTLRYDALGYVERYILETAQFSQLFAHQIIWNMKANAYKDEDATIPDAIKPTLDK
VMGHMIDSFSTVDREFYEREFAFFDEVTSISGKLKPFIKKSKPEKKQKIEEELRNIKVEV
GVYLPSNPDGVVIGIDRKSGKPLQSHAKAPFMATFRIQKSKGGVEETEEMIEESEAGNND
AAKANTIEVWQSAIFKVGDDCRQDVLALQMIAAFRGIFQTVGLDVFVFPYRVTATAPGCG
VIDVLPNSISRDMLGREAVNGLYDYFVSKYGNEDSLRFQQARNNFVKSMAAYSVISFLLQ
FKDRHNGNIMIDDAGHILHIDFGFCFDIAPGGIKFERAPFKLTSEMLAVMGGSPDHQSFK
WFEELCIKAFLASRQYTEKLSQIVLLMMDSGLPCFKPESVKHFKERFVLEKSEREAADFM
KDLIKKSYASYSTGFYDQFQLLTNGIPY
NT seq 5847 nt   +upstreamnt  +downstreamnt
atggcccgcaatatccggaccaaagctctgcaacaaatcgccgccttgtcagcctccaac
ccggccgcgtccttcgaccagtctgaccttgacaagctatgccgagtctcggtcaagcaa
ggccactctacctcaggcgccgtcaatggccgtggaccatcatctccgtcttcgatgccc
tctgctgggcccgatgttgggcgcatccccatgactatcaaggaatacgaagttcttctc
gctctctgcaaggccgctcctagcttgacgactgcccagagcgcacagaagcttactaga
catttggtcccctatcttatggattcgcactctcaagcctttgccctctcgccctttttc
cgagaagttgagccgtctccaaccgaatccctcagccatcacgtcaccgctgctttgttg
gctcttggtataagacacgcaactcacgtccagcaagaggtgtctgacagtatctgggcc
ttcctcaacgcctgtgcccatgtcacccaggctcttaccgaggccaactacgagggcccg
gctgcacttgacgatgccatccggaccgctaccattaccgttgccctgttgggctttttg
gacgctgcttgcgcgcaggcagatttttggaagtctgggggccgcttgagcctgatcgag
cggttgcgtgatctgttgtccccgccctttttggtggcggtagagactgccttttccgtc
attcgcaactctcattcccacgaccgttatgccaaagattggaggcggtcgctacgccat
tacgacgaggttggccggcccttgggggccttgctgttgcaacgcagctttatgagattg
cttgttgctgccacctctctcttggttgcagagcccgaggcgctacggtctacccacgta
ctggacatcctcatgtcgggtgatggcctgcgtcaaccgctgtctgataaaactggagat
gccgactcccgttccgtggaaatatacgccacggttgccatggaccagatgactgatctg
gaatcgagtgccgatttcgacagcctttcgcccgccaagcagaggctcgcctttgctgtc
aagggcgccgcactaatcagttacctcaatgtggctaccctgaacgaagaggtggccgac
ggcgatgtactcatgccctggctcgaagacacccttggcgatccctcaagcatggtagac
gaggatctggcttccatagtgctcaagtcaatggcactgctgtgcaggatcattcccagc
tatgccgccaacgtcagccgcctcctcccacgctttattgtccagggcggatacagaagc
cagacagtgacggtcgcttccaagtgcctcgcttttgttttgcaaatgctctcaaaggat
gccgtcattacgactttatacacccttggcaatgttcttagccctagtggtgagcggtcc
acgaccaatggaaacggcggtgaaaccagaaacgacactctcgaagtatacgggaacagg
caatcggccggaagcgccatctcccttcaactttcaggcgaggaagaatcctctgccgtt
cagggcaatgttgttcaggcaatctgcgaaattgctggtatttgtaaagatgtcaagatc
accgaccttgctcaatccatgctcgcccagaaaatcgtcaggttaagtagccctcttgat
gcccgtatcattaccggtgctgccactctcgctattagtggcagtcagtccgaattccgc
aacctgctcaagcactacgccgccctcgctcacaatgcggtggtggaaaacagggaggga
atattgcatgccattacgcgagctcgcaactaccttgcttgcaacatcaatcgtgactcg
cccctttacagcatctacctggagcacttgttggatggtatcatctccaagggggacgcc
cacggtcttccgtctcaaagcgccaaggagtccgacatggagcttgccgctcgtgagatc
gcacaactgctccaacctcttgccttgttcatgtctaccaatgccaatgacattggcttt
gggggcgatgcagatgatgacacatatgctctgcttcgcgactcgtggttcaacatagtc
gttcacggctttacgccctcgacagaccgtggcaaacgctatgcggatgagcttcgcgtc
atggctatctactcgccacccctggtattggacagccgcggagaacaagatgaaagtgat
attgagctcaaccctatcttgcgcagaggcgagagctctgatcgggagtcgttgcagaag
aaatctctctcagggctgataccgtcccgggcagctgagatcaaggggctcagttatcgc
aaagtgatattccttaatgccgcttacctcgtcgagagcttgcgagcggatgctggtgat
tgcaccaaggctctttcatacttcaatgagccgagcatgcgccgcggagaagttagtcgt
acgatggacggtatcatggacgccgtgatgacccgatacctgaatagggccctcggtggc
tccaacccgacattctcggcccagtatgcggctggccagcttgcgagaatcttctgcgct
tgctgtcaccgcatagaccgagtccaacaggcagctttcggctgtgcagaccgcatcatc
aaggctatcccgtcggcactttgccagaggtcatctctgttcgcgcttcttgaacttctt
tccctcatgtggacaagctgtcttgaggccgagacagatcggtatgagccaagaactatt
ttcaagtcgtccaggggtaacgttaccgttgagctctctcatgactaccaattcagacac
ctcacactcgaaagactacatcgaaaggcaaaggagtggctcactggcgctattaacata
gcccctgccgatgtcaagggccttttgcaaacctatctttctgactttgatgatgatgct
tcttatgggcacatgtcacttggccggtcttttgctgttgacattggctcagcaatccct
tcgacagatcagaggttggccttgcttgatgtgctgggagattaccgcatcaacactgca
tctgatttcatggcccagtacaccaagcgccaggaatatcgatactcggaggcacttcca
gaccggagcttggaatggcagggtttcatgcgccctgacatggcagcttcttctctccca
tcgacgaccagcgacagcaccgacgccataacagcccttgctcatattgagaagtgcgtg
ctcagtcgcaaagccactccgcttacagatgttagagatatcttacgtcgtgctgctgct
ttgctctgtcgcagtacgaatgatgaatgctccatcgtccattatttggtcagcatcccg
ttcggaatcttcacgaagcagtctattaaactgggagtgtctctctggctgggtgtgatc
aacgagaacccgcggatggaaccccgaatcctggccgaaatagcccagcagtgggaattc
agcatccaaaagcgactcggtcttttcagtcctaccatctgcaaccccgatccgttcttt
ttgaaggaagaatttgctcccactgacgcggcgtccgttgcaaagcgtaagcaactggtg
cataacgttctcgcacctcacacccgacttctacagttctttgcaagccattacaatgct
acgcggcttggaaatctggatacccagcagatcttcctccgtctcctggaagtgaccttg
actgcgatgaagctctctcatcctcacccgatggccagagagattcggttccagactgta
ctctttggattacgagttctcgccacgagcacgaccatggcaaccacagcacaatggagg
ctgaaggacctggtcctttctgcgggcctgagctggttttgcgccgccccatgctggtct
ttcggtagcaacgtactgcagctgaagacagaaatcacgctgatatcagacgttctcatg
gctttgaagatgactacaacagttggagcacagactgtgggcaagaagtctttggcttcc
aaggaaagactgctgcagttgcttctagagaatgagcagtcgcgattgattgtttgggtg
cagccgctgggtgagccgctcaagacgccacaccatctaatccatcataccaatacgaat
aagaatcttgtagaggccgccatcttcccccttattcggattgcgtggctcgaatctcct
tcgttggctgtgcatctcgctagcagattcccatatccgcgagtcaagcaagaagtccga
tggcttctccttaatttcccttccaaggcaatcaaggagcccgaagcggtggcgacactt
gttgacggctcattgcccgaagatgtcagctttcaactcaagtaccttctcttctgggcc
ccggttaaccctatcacttcgattacatacttcctgcctgcataccggaatcatccgtat
ctgatccagtacgctatgagggcactggagagtcactctgttgacgtgacgttcttctat
gtcccacagattgtgcagacccttcgttatgatgctctgggttacgttgagcgctatatc
ctcgagacggcccagttctcgcaactgttcgcgcatcagatcatctggaacatgaaggca
aatgcctataaagacgaagatgctactatccccgatgcgatcaaaccaacccttgacaaa
gtcatgggccacatgatagatagtttctctaccgtcgaccgtgaattttacgaacgcgaa
tttgccttcttcgatgaggtgacaagcatttcgggcaagctcaagcctttcatcaagaag
tcgaagccggagaagaagcaaaagatcgaggaggaattgcgcaacattaaggttgaggtg
ggcgtctacctgcccagcaacccagatggcgtggtcatcggcatcgatcgaaagtcaggc
aagccattgcagagtcacgcaaaggctcccttcatggcaactttccgtatccaaaaatcc
aagggaggggtggaagagaccgaggagatgatcgaagaatcggaagcgggcaataacgat
gcggcgaaggccaacaccatcgaggtatggcaatcggccatcttcaaggtcggtgatgat
tgtcgtcaagatgtgttggcccttcagatgattgccgccttccgaggaatcttccagacc
gttggccttgatgtcttcgtcttcccctaccgcgtaacggccacagcccccggctgcggt
gtcattgacgtgcttcccaactccatctcccgagacatgctgggacgagaggctgtcaac
gggctctatgactacttcgtttccaagtatggcaacgaggattccctccgcttccagcaa
gcccggaacaactttgtcaagagtatggcggcatactcggtcatttcgttcctcctgcag
ttcaaggacagacataacggtaacatcatgattgacgatgccggccacattcttcacatt
gattttggtttctgtttcgatattgctcctggcggtatcaagttcgagcgtgccccgttc
aagctgacatcggagatgcttgctgtgatgggcggcagtccggatcaccagtcgttcaag
tggtttgaagagctgtgcatcaaagccttccttgcttctcgtcaatatacggagaagttg
tcacagattgttctgttgatgatggacagcggcctgccatgcttcaagcctgagagtgtg
aagcacttcaaggagcgttttgtgctggagaagagcgagcgcgaggcggccgatttcatg
aaggatcttatcaagaagagttacgccagttattcgacgggattttacgaccagttccag
cttctgacgaacggtatcccgtactaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (26)   

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