KEGG   Ficedula albicollis (collared flycatcher): 101819427
Entry
101819427         CDS       T02815                                 
Symbol
ZCCHC11
Name
(RefSeq) zinc finger CCHC-type containing 11
  KO
K13291  terminal uridylyltransferase [EC:2.7.7.52]
Organism
fab  Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:fab00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    101819427 (ZCCHC11)
Enzymes [BR:fab01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.52  RNA uridylyltransferase
     101819427 (ZCCHC11)
SSDB
Motif
Pfam: TUTase PAP_assoc NTP_transf_2 zf-CCHC zf-CCHC_4 Polbeta PAP_NTPase zf-CCHC_2
Other DBs
NCBI-GeneID: 101819427
NCBI-ProteinID: XP_016155673
UniProt: A0A803VP66
Position
8:8185380..8221797
AA seq 1672 aa
MEEAKSSKNGNHDPRKSVRLVCEEGKTVKVTINQNYKYNRNDKSVKDLGRSSPSGNSSRK
SKQNDVCSEKQGENKSCKVNSCIPGTKDLGSNVQDRSHGKTKKFSNLSSAMENLKQTKAQ
PVGENAPGSHVAGNGVSMESLAATQKGKLVLENPVGVHTLKTSVDQAGDPGKTAADQRKM
EHKPDDFSKIKNSESAKEHTLEADYLENTGVIDESNLTVEQQLGLKQAEERLERDYISRL
EKRSPEYTNCQYLCKLCLVHIENIQGAHKHIKEKRHKKNIMEKQEENELRALPPPSSAQL
AALSFTLIEAANEQGISDEDFRIRQEIVNEMEKIIQQPLPDCSLRMYGSCLTRFAFKTSD
VNIDIKFPPKMSQPDVLIQVLEILKNSAVYSDVESDFHAKVPVVFCKDVKSGLTCKVSAR
NDVACLTTDLLAALGKLEPVLIPLVLAFRYWARLCHIDCQAEGGIPSYSFALMVIFFLQQ
RKPRILPSYLGNWIEGFDSKRPDDHQLKGVEDEEFVRWEYKPPTNGAAKNSVGAESKAKV
EQQKGGGKKATSSEVDNQSNAKEKHGISLLAFKTPHQVSLGQLWLELLKFYTLEFALEEY
VISIRVQELLTRENKNWPKRRIAIEDPFALKRNVARSLNSQMVFEYILERFRTAYKYFAC
PQSKDGIKSKPDTKKKEKGKINNKKSTRSEEPVANCCLPQEENVVDKEVTGSGCNIPENE
VECNQVEEAVAKRCTSHDTDSVLLSTLDSSYEEDREEALSLIPNECCELKEESPKERDDL
EISVCLTEGELSHHCNCSAHQPEDTNSSTEFSDAESRQSLVTESSPQTTFTGTPATSASC
KAVLETQDLKEEGRLSTEEMHYVFDKFIFTSGKPPTIVCSICKRDGHSKNDCPEDFKKID
LKPLPPMTDRFREILDIVCKRCFDELSPPLSEQQNREQILASLERFIRKEYNDKARLCLF
GSSKNGFGFRDSDLDICMTLEGHENAEKLNCKEIIEGLAKVLKKHPGLRNILPITTAKVP
IVKFEHRRSGLEGDISLYNTLAQHNTRMLATYAAIDPRVQYLGYTMKVFAKRCDIGDASR
GSLSSYAYILMVLYFLQQRNPPVIPVLQEIFDGKQIPQRMVDGWNAFFFDDMEELKKRLP
SLGKNTESLGELWLGLLRFYTEEFDFKEYVISIRQKKLLTTFEKQWTSKCIAIEDPFDLN
HNLGAGVSRKMTNFIMKAFINGRKLFGTPFYPAVGREAEYFFDSKVLTDGELAPNDRCCR
VCGKIGHYMKDCPKRRSVNIQMVYVSPGCKIHHVLKWISCSDHVQRTVLNLFCRSDNVHL
QGRLKKKENEKDDEKEVKEDDRETREKRCFICGDVGHVRRDCPEFKQTRQRNNSVPGTQL
VRSMVNSQLVAVGQQQVERPLRTRQSSECSDSHQSSYSPQPQQFPQNSSQPASINQTQPQ
SISQSKHVPQPQQGAQPPHQVQLPLFNFPQSPPGQYSTLHNLGLLQMHHHHQIQLPNTSW
PIHGPVIHSAPSNPPHSTNVPFSMRSGSSSTTNNQSSVSLNDPSIIFAQPAARPMGIPST
SHEGHWHNPVTPNSLVNNGTVGNSDQGFQGQFGKMNPPSVPWDHGTPTHFPLLRGAWPYN
MPQNYMQQGNASYPPNKPFYPQAGPLMQSNQRFSLLSQGHPHLNLNYIQQKK
NT seq 5019 nt   +upstreamnt  +downstreamnt
atggaagaggccaagagctcaaagaatggaaatcatgacccaaggaagtctgtccgtctt
gtctgtgaggaaggcaaaacagtcaaagttacaattaatcaaaattataaatataataga
aatgacaaatctgtgaaggatcttgggagaagttctccaagtgggaatagcagcagaaaa
agtaaacaaaatgatgtttgttctgaaaaacaaggagaaaataaatcatgcaaagtaaat
agttgtattcctggaactaaagatttgggatcaaatgttcaggatcgaagtcatggaaaa
acaaaaaaattttctaatttatcgtcagcaatggaaaacctgaaacagacaaaagcccag
ccagtgggagaaaatgctccaggctcccatgttgcagggaatggggtcagtatggaaagc
ttagcagctactcagaaagggaaactggtgctggaaaatccagtgggagttcatactttg
aagactagtgttgatcaggctggtgatcctggtaagactgctgcagatcaaagaaaaatg
gaacacaagcctgatgacttcagtaaaataaagaattctgaatcagcaaaagaacatacc
ttggaagcggattatttagaaaacactggtgttattgatgaatccaatctgacagttgaa
cagcaactaggattgaaacaagctgaagaacgtctggaaagagattatatctcccgactt
gaaaaacgctccccagaatacaccaactgtcagtatctatgcaagctctgcttagtccac
attgaaaatatccagggagcccacaagcatattaaggaaaaacgtcataagaaaaatata
atggaaaagcaagaagagaacgagctgcgggcgctcccaccgccctcgtctgcacagttg
gcagctctgagtttcactctcatcgaggcagcaaatgaacaaggcatctcagatgaggac
ttcagaattcggcaagaaattgtaaatgagatggaaaaaattattcaacagcccttacca
gactgttccctgaggatgtatggctcctgtttaactagatttgcttttaagaccagcgat
gttaacattgatatcaaattcccccctaagatgagtcaaccggatgttctgatccaggtg
cttgagattttgaagaacagtgctgtctactcagatgtggagtcggatttccatgccaaa
gttcctgttgtcttttgcaaagatgttaaaagtggtttgacctgtaaagtaagtgctagg
aacgacgtggcttgccttacaactgacctgctggctgcacttggtaaactggagcctgtc
ctgattcccttggttttggctttccgctattgggctagactctgtcacattgactgtcag
gctgaaggtgggattccctcgtattcctttgccttaatggtgatattttttcttcaacaa
agaaaaccacgtattttaccgtcctatttgggcaattggattgaaggctttgattcgaag
aggccagatgaccaccagctgaaaggggtggaagatgaagaatttgtaaggtgggagtac
aaaccacccacaaatggtgcagcgaaaaactctgttggagcagaaagcaaagctaaagtt
gaacaacaaaaaggtggtggcaagaaggcaacaagctcagaagtggacaaccaaagcaat
gcaaaagagaaacatgggatttctctcttagcattcaaaacccctcaccaagtttcactg
gggcaactgtggttggaacttttgaagttttacacactggaatttgctttggaggagtat
gtcatcagcatacgggtacaagagctcttaaccagagagaataaaaactggcctaagagg
cgaatagccattgaagatccttttgcactaaagaggaatgttgcacgaagcctaaatagc
cagatggtatttgagtacatcctggagcgatttaggacagcatataaatattttgcatgt
ccacaaagtaaagatgggattaaatccaagccagataccaagaaaaaagaaaaagggaaa
ataaataataagaaatccacaagatcagaagagcctgtagcaaactgttgccttccacaa
gaggaaaatgttgtagataaagaagttacaggaagtggatgtaacataccagagaatgaa
gttgaatgtaatcaagtggaagaagctgtagccaaaagatgcacttcccacgacacggac
tctgtgctactttcaacattggactctagctatgaagaagacagagaagaagctttatcc
cttattcccaatgaatgctgtgaactaaaggaagaatcacctaaagagagggatgattta
gaaatttcagtgtgtctaactgagggtgagcttagccaccactgtaactgcagtgcacat
cagcctgaggacaccaattccagtactgagttttctgatgctgaaagcaggcagagtttg
gtgacagagtcgtctccgcagaccacgttcactggcaccccagctacctcggccagctgc
aaagcagtgctggaaacccaggatctcaaagaggaaggcagactctcaacagaagaaatg
cattatgtgtttgataagtttatttttacttcaggaaagccaccaactatagtatgcagc
atctgcaaacgggatggacattccaaaaatgattgcccagaggatttcaagaaaattgat
ctaaaaccactaccaccaatgacagacagatttcgggaaatacttgatatagtgtgtaaa
agatgttttgatgaattatcccctcctttatctgagcaacaaaacagagaacaaatacta
gcaagtttggagagatttattcgaaaagagtataatgataaagccaggctttgcttattt
ggctcctcaaagaatgggtttggatttcgggacagtgatctagatatctgcatgacattg
gaaggtcatgaaaatgcagagaaattgaactgtaaagaaataatagaaggtttggcaaaa
gttcttaagaagcatccaggtttgaggaacattttgcctataacaacagccaaagtgcct
atagtaaagtttgaacacaggcggagtggcttggaaggagatatcagtttgtacaataca
ctggcacagcataacacaaggatgctggctacctacgcagctattgatcctagggtgcaa
tatctgggctacacaatgaaagtttttgcaaagcgctgcgatattggtgatgcatcccgt
ggtagtctgtcttcgtatgcctatattcttatggttttgtactttctacagcagagaaat
ccaccagttattccagttcttcaggagatatttgatggcaaacagattccacaaagaatg
gtggatggatggaatgcgtttttctttgatgacatggaagaattgaagaagcgtctgcct
tctcttggaaagaacactgaatctcttggagagctctggctggggctgctgcggttctac
actgaggaatttgacttcaaggagtacgtgatcagcatccggcagaagaagctgttaacc
acctttgagaagcagtggacatccaaatgtattgccatcgaagatccttttgacttgaat
cataatctgggtgctggagtctctaggaaaatgaccaatttcataatgaaggcatttatc
aatgggagaaaattatttggtactccattctacccagctgttggaagagaagctgaatac
ttttttgactcaaaagtgctgacagatggggaattggcacccaatgacagatgttgtcgt
gtctgtggaaaaattggtcactacatgaaagactgtccaaagaggaggagtgtaaacatt
cagatggtgtacgtatcacctggctgcaaaattcatcatgtgttaaaatggatttcctgt
agtgatcatgttcagaggacagtgttgaatttgttctgtagatctgataacgtacatctg
caaggcaggttgaagaaaaaggagaacgagaaagatgatgaaaaagaggtgaaagaagat
gacagagaaacaagagagaaaaggtgtttcatctgtggggatgtgggtcatgttaggaga
gattgtcctgaattcaaacaaacccgtcagagaaataatagtgtgccaggcacgcagctg
gtccggagcatggtcaattcccagttggtggctgtgggccagcagcaggtggagcggccc
ctgcgcaccaggcagtcgtcagaatgttctgattcgcatcagtcatcttactctccacaa
cctcaacaattcccacagaattcctctcagccagcctccattaaccagactcagccacaa
tcaatatcccagtctaagcacgttcctcagccacagcagggtgcacagccaccccatcag
gtccagctgcctttgtttaactttccccaatctcccccaggtcagtattccaccttgcat
aacctgggactgcttcagatgcaccatcaccaccaaattcagcttcccaacacttcttgg
cctattcatgggcctgttattcactctgcaccgagtaaccctcctcattctacaaatgtt
ccattttctatgagatctggcagcagcagcaccacaaataaccagagcagtgtaagcttg
aatgatcccagtatcatctttgcacagcctgctgccaggcccatgggaatccccagcact
tctcatgagggacactggcacaatcccgtgactccaaactcactggtgaacaatggcact
gtggggaattcagatcagggtttccaaggacagtttggtaaaatgaaccctccttctgtc
ccttgggaccatgggacccctacccattttcctctcctccgaggagcgtggccttacaat
atgcctcagaactacatgcagcagggaaatgccagctacccaccgaacaaacctttctac
cctcaagctggtccactgatgcagagtaaccagcgattctcgcttctgtctcaaggacac
ccacacttgaatctgaattacattcaacagaaaaagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (8)   
   Pfam (8)   
All databases (51)   

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