KEGG   Chelonia mydas (green sea turtle): 102938192
Entry
102938192         CDS       T02989                                 
Symbol
SYNJ2
Name
(RefSeq) synaptojanin-2 isoform X1
  KO
K20279  synaptojanin [EC:3.1.3.36]
Organism
cmy  Chelonia mydas (green sea turtle)
Pathway
cmy00562  Inositol phosphate metabolism
cmy01100  Metabolic pathways
cmy04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:cmy00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    102938192 (SYNJ2)
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    102938192 (SYNJ2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cmy04131]
    102938192 (SYNJ2)
Enzymes [BR:cmy01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.36  phosphoinositide 5-phosphatase
     102938192 (SYNJ2)
Membrane trafficking [BR:cmy04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Inositol 5-phosphatases
    102938192 (SYNJ2)
SSDB
Motif
Pfam: Syja_N DUF1866 RRM_1 Exo_endo_phos
Other DBs
NCBI-GeneID: 102938192
NCBI-ProteinID: XP_037750984
Position
3:115781735..115878715
AA seq 1516 aa
MAPTKGLRLLWKQEPAPSALLEARSRRDCLLLEAGTVATLTPEEKEVIKGQYEKLMDAYG
CLGELRLKCGNMRLHFLVLVTGCTSVGKILDAEVYKITATDFCPLQEETKEEDRVNALKK
ILNSGMFYFSWPNAGSNFDLTVRAQKQGDNNYESGNSFFWNQLLHEPFKHNQVNCSDWLL
KAICGIVDIHTVYASHKKAKVCLISRISCERAGARFHIRGVSDDGHVSNFVETEQTIYLD
DDISSFVQIRGSVPLFWEQPGLQVGSHHLRLNRGLEANAPAFDRHMMLLKEQYGKQVIVN
LLGSRGGEEVLNRAFKKLLWASSHAADTPMINFDYHQLAKGGKIEKLENLLRPQLKLHWD
EFGIFTKGKNVPARLQTGTLRMNCLDCLDRTNSVQSFIALEVLHTQLESLGLNSKSTVDR
FVESYKSMWTLNGHNLSRVFTGSRALEGKAKVGKLKDGARVVSRTIQSNFFDSVKQEAIK
LLLMGDFFSEEHADKGRMLMDNTALLVTPSILKAMSERQFEFTCFKRIRVAMGTWNVNGG
KQFRSNILGTSELTDWLLDSPKLSGVSEFQDDESCPPDMFAVGFEEMVELNAGNIVNTST
TNRKMWGEQLQKAVSRTHRYILLTSAQLVGVCLFIFVRPYHVPFIRDVAIDTVKTGMRGK
AGNKGAVGIRFQFHSTSFCFICSHLTAGQSQVKERNEDYKEITQKLSFPMGRNVFSHDYV
FWCGDFNYRIDLTYEEVFYFLKRQDWKRLLEFDQLQQQKSSGKIFKDFHEGTIHFGPTYK
YDVGSEAYDTSDKCRTPAWTDRVLWWRKKLSFDKTAGEINLLDSDLRAETKVKHTWTPGA
LMYYGRAELQASDHRPVLAIVEVEVQEVNVAARESVFQEVSSFQGPLDATVMVNLQSPTP
EEKNEFPEDLRTELMQIFENYGTIVLVRINRGQMMVTFADSRSALSVLDMDGSKVKGRAV
NIRPKTKDWLKGFQEEIARKRESIAPMSPTANSCLLEENFDFSSLDYESEGDILDDEDDY
LDDMLPQHPVAEMTEGLPEGPEYFTVAPTVTSSKSPLLTGGNPHPYKDDADLAELKQELE
LGVGLRHRSPSRSLSVPGRPRPPQPPQRPPPPAGVSVKKSPSDGSISSGGHSLCSILQTA
KLLPGAPQQPPKARTGISKPYNVKQIKTTTAQEAEEAIRCLMEAKGGTQENALKLAPVRT
QTFTQPDSLPSITKSASFQESQSGPMLVPHRPPPKVPTIKKPVPQQRTGVKSENLDQQPI
RFHIGLSESCLETKAITSPNRITPIPKPRTTPPGKAPERRSSSDRQPPSPGISEESAVAL
QNSFAPKVPPRRKKSAPAALHQQVLQSSNSLLLSGLTFNSNNNNSPSEYNPTTQDSDILP
LSPGDSDLSAPTSTASPDSSGTKHLTPTALDFFADLQGPPTPDIQQPQLLATNSLTESVS
LLDLDTDVSFPFSTPATTSPTHTPRNLKLPSPKDFSHWVTFSDDEDNGTLSEGVSKLLVL
EENKNTWMDRNANLES
NT seq 4551 nt   +upstreamnt  +downstreamnt
atggctccgaccaaagggctgcggctgctctggaagcaggagccggctccaagcgccctg
ctggaggcgcgcagccgccgcgactgtctgctgctggaggccggcaccgtggccaccctc
actcctgaagaaaaggaggtaattaaagggcaatatgaaaagctcatggatgcctatggc
tgcttgggagagctccggctaaaatgtggtaacatgcggctgcattttctggtcctggtg
acaggctgtacatccgtgggaaaaatcctggatgctgaagtttacaaaatcaccgcaaca
gatttctgtcccctccaggaagaaaccaaggaagaggatcgtgttaatgcccttaagaaa
atcctgaactctgggatgttctatttctcctggccaaatgcaggctcaaattttgacctg
acagtgcgggcccagaagcagggtgataacaactatgaatctggtaactccttcttctgg
aaccaattgctgcatgagccctttaaacacaaccaggtgaactgctccgactggctgcta
aaagcgatctgtggcatagtggacatccacacggtttatgcctctcacaagaaggcgaag
gtctgcctcatttcccggatcagctgcgaacgagctggggcccggtttcacattcgaggg
gtcagtgatgatggacacgtatctaattttgttgagacagagcagacaatttatttggac
gatgacatctcttcctttgttcagatcagaggctccgtcccactgttttgggagcaacca
gggcttcaggttggttcccatcatctgagacttaacagaggcttagaagcaaatgctcct
gcttttgacaggcatatgatgcttctgaaagagcaatatggaaaacaagtgattgttaac
ctgttgggaagcagaggaggagaggaggtgctcaacagagctttcaagaaattgctgtgg
gcctcttcccatgctgcagacacacccatgattaattttgactaccatcagcttgcaaaa
ggtgggaaaatagagaagctggagaatttgttgaggcctcagctaaagttgcactgggat
gaatttggcatcttcacaaagggcaagaatgtacctgcccgtctgcagacaggtaccttg
cgaatgaattgcctggactgtcttgatcgtacaaatagcgtacagtccttcattgcactt
gaggttctgcacactcagttagaaagcctagggttgaactcaaagtctacagttgaccgc
tttgtggagtcctacaagtcaatgtggactctcaatggtcacaatctaagtagagtgttt
acaggcagtcgtgccctggaggggaaagccaaggtagggaagctcaaggatggagcccgc
gttgtgtcacgcaccattcagtcaaatttctttgacagtgtgaagcaggaagccatcaag
ttgctactcatgggtgatttcttcagcgaggaacatgcagacaaaggaaggatgcttatg
gacaacactgctctgctggtgactcccagtattttgaaggccatgtcagagcgtcagttt
gaattcacatgcttcaagaggattcgtgttgccatggggacctggaatgtaaatggaggc
aaacaatttagaagtaacatccttggtaccagtgagttaacagactggctgctggattct
cccaagctctctggggtttctgaatttcaggacgatgagagctgccctcctgacatgttt
gctgtgggatttgaagagatggtggaactaaatgcagggaatattgtaaataccagtaca
actaataggaagatgtggggggagcagcttcagaaagcggtttccaggactcaccggtac
attctgctgacatcggcacagcttgttggcgtttgtctcttcatctttgtacgaccttat
cacgtccccttcattagggatgtagcaatagacacagtgaaaaccgggatgagagggaaa
gctgggaataaaggcgcagtaggcatccgtttccagttccacagtaccagtttttgcttc
atatgcagtcacttgacagctggtcagtctcaagtgaaagagaggaatgaagattataaa
gagattacacagaaactcagcttcccaatggggaggaatgtgttctcacatgactatgtg
ttctggtgtggtgattttaactatcgcattgatctgacatatgaagaagtcttttatttt
cttaaacgacaagactggaaaagactcctggaatttgatcaactacagcagcagaaatcc
agtggaaaaatttttaaagactttcatgaaggcactattcattttggaccaacatataaa
tatgacgttggctcagaggcttatgatacaagcgataagtgcagaacccctgcttggact
gaccgagtgctttggtggagaaagaagctttcatttgataaaacagctggagagatcaat
ctcctagatagtgatctgagagctgaaacaaaagtcaaacacacttggactcctggtgcc
ctgatgtattatggaagagcggagctgcaggcatctgatcacaggcccgtgttagctatt
gtagaagtggaagtccaggaagttaacgtggctgcccgcgaaagcgttttccaggaagtt
tcatcgttccagggaccactggatgccaccgtaatggtaaatctccagtcaccaacccct
gaagagaaaaacgaatttcccgaggacttgcggactgagcttatgcaaatatttgagaat
tatggcaccattgttcttgtcaggatcaatcgaggtcagatgatggtaacatttgcagac
agcaggtcagctctcagtgttctggatatggatggtagcaaggtcaaaggcagagcagtg
aatatccggcctaagactaaggattggctgaagggctttcaggaggaaattgctcgaaaa
cgggagagcattgcacccatgtcacccacagcaaactcctgtctgctggaggaaaacttt
gatttttcaagtttggactatgaatcagaaggtgatatactagatgatgaggatgattat
ttggatgacatgctgcctcagcacccggtagcagagatgacagaaggcttacctgagggt
cctgaatattttacggttgcacccacagtaacttcaagcaaatctccactgcttactgga
ggaaacccacatccatataaagatgatgctgacctagctgaattaaagcaggagctggaa
ttaggtgtggggcttcgccatcggtctccaagcagatctctgtctgttcctggcaggcct
cgcccgcctcagccaccccagagacctccccctccagctggagtatctgtcaaaaaatct
ccatccgatggttccatctcctcaggaggtcactccctgtgctccatcctgcagacggca
aagcttctcccaggggcgcctcagcaaccacctaaagcccggactggaataagtaagcct
tataacgtcaagcagatcaaaaccaccacagctcaggaagcggaggaagctattagatgt
ctgatggaagcaaaaggcggaacacaagagaatgctctgaagcttgctccagtaagaacc
caaacattcacccagcctgactcccttcccagcatcacaaagtcagcatcatttcaagag
tcacaatcaggaccaatgctcgtgccccatcgccctccacccaaagttccaaccataaag
aagccggtgccccagcaaagaactggagtcaaatcagaaaatcttgaccagcagcccatc
cgctttcacattggattgtccgagtcctgccttgaaaccaaagccattaccagtcccaat
aggatcacccccattcctaagccgagaacaacgccacccgggaaagctcctgagagaaga
agcagcagcgataggcagccgcccagcccaggcatttcagaggaaagtgcggtggccctg
cagaactcctttgccccaaaggttccaccacgaaggaagaagtctgctcctgctgccctt
caccagcaggtgcttcagagcagtaacagtctgcttcttagtggcttaacattcaattcc
aacaacaacaatagtccttctgagtacaaccctacaacacaggattctgacatcctcccc
ctttctcccggagactctgatctttcagctccaacatccactgccagcccagacagcagt
ggcactaagcacttgacaccaactgctttggacttttttgctgaccttcaaggccctcct
accccagacatccagcagccacagctgttagccaccaattcactaacagagagcgtcagt
ctcttggacctggacacagatgtttcctttcctttttccacaccagcaacaactagccca
acacacactccgagaaatttgaaactccccagcccaaaagatttcagtcactgggttaca
tttagtgatgatgaagacaatggtacattatcagagggagtcagcaaactgctggtctta
gaggaaaacaaaaatacctggatggacagaaatgctaacttagagtcgtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (4)   
   Pfam (4)   
All databases (61)   

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