KEGG T06110: 107097791

Cyprinodon variegatus (sheepshead minnow): 107097791

Entry

107097791         CDS       T06110

Symbol

parp14

Name

(RefSeq) poly [ADP-ribose] polymerase 14

K15261

poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]

Organism

cvg Cyprinodon variegatus (sheepshead minnow)

Brite

KEGG Orthology (KO) [BR:cvg00001]
09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    107097791 (parp14)
Enzymes [BR:cvg01000]
2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     107097791 (parp14)

SSDB

Motif

Pfam:

Macro PARP LSM

Other DBs

NCBI-GeneID:

107097791

NCBI-ProteinID:

XP_015250570

Position

Unknown

AA seq 1884 aa
MEDSECLPLTVEGNWSSVQSKTVKNKLLLYFQSKKKSGGGECRVEVEEEAPRASVFFRSE
EVRERVLARKHHEIIIDNKPLTLQLSSEPSQTPADNKDDGSDSKDQRSEPTAEEGASGTN
QRDCESDSSSVAVLENVSESMSQDLLQMLVETICGVEENDYSLEIIWESNTAVVTFNSPS
DVEKFISSSQTSSKMKKNGLKARPLGAAKSIRMERIPSNVLKDMIELWFEKNWELPQDVV
MIPEEQAAIVTFKDPKVVKSICVKEDHDMRSISVKLYPYYDELGTALYGKERPAWKMPDP
IIEKVQPQIWKFLQMKKMLQSINDQMRPHFCSVDLERPDVKLSPLSCFLRQKGLTGNDID
NWAGLARAAFCKVMSEYSAFECDVNAEAWKTAEREVCSIVKEDALVDFDPSREVVTIACR
ADDMKKIRAPVENFVLKLMSQIERETKSITESMDISPAYYYILVHEGLQKAALDISNELK
VSYNEGSWKLSITGLTAEVYKTKSWILEKKFQIKQKPLSIPPGLLEYLRTVDSMDMSKRM
FTSLGISAIYDIDQTGIFLLGSSDRALADAESKMKKDLSVQNLDVRDQEVLKRKDWMDLC
RNLLDTYNVSNKKTVIIWIDPERRDKVTVVGFTIPVKEVSLSLRKFIDDYSHVREIVRVE
SCAVAQFIERKKEDIWSRVAKDYKVSIMFDPERPKITISGAHVHVQTVRSHLMELSGSLF
ADTLTVDKPGAKKYFQSQGSIFLTPVMTEFSCVVMLQPDVQDDEEEEEWSFVEETGLVIY
CKVRTANGVLVSVSRGDICSLNFDAVVNAANEDLQHIGGLALALLKAAGPKLQTISDDYV
AKYGKVRPGEAIVTEACNLPCKYVIHAVGPRYSEFDKNTAIFRLKSAVKECLKQAKKNNC
STIALPAISSGVFGFPVELCTETIAQAVREYCSHPLGPGSITEIHLVDNNDATVRVMAAA
VNKEFIDLGPTMTLPQQAGGRMAGASGGHQRGKGRGQWSGKRRGGEGDGGRGGGRGGGGR
RGGRGGGREGGDQGNYQANWGGHNSREENTYGDRGGPRGLEQITPAGLKIVLCQGNIQDQ
TTDVIVNSVAENMNLNQGAVAKAISEAAGENLQMAILTEAGVSTLQFGDVVITDGFNLQC
QKVFHAVCPFWSNGARQAEKELTDIISYCLEEAEKQRMKSLSFPALGTGNLSFPKDVVSK
LLLKEIHLFSRSSSPRFLKEVVIVVHPSDRETVACFTREFGGETTQRNVQHEAESSNRNR
SAAQQQRGRFQQPSSSASFSTVSSPSLGVYKMQMGQLTLEVSSGDITKEACDVIVNSSNQ
NFNLQAGVSKAILDSAGPTVLMECAQMVNSPGYTPRGMIMTTGGLLPSRNIIHVVGQNDA
VKIKEIVQAVLKLCEENKFSSVAFPALGTGQGGVSPSAVADAMVGAVVDFVRKKHPKFVS
SVKVLIFQTAMITDFHNSMKKRQGEEVEEKSIFNQMKDSISSFFGFGTEERIRSNFVLEK
EEFEPAVFQLCAGNQRNLSLAKKKISDLILLEQAQRTIDDQYINQLSQEDIKELNSLQKK
LTVSIRLERGREDQEPRIQLEGLTRDVLTAESDIRNIIRKVERSENLRNKALLVSGLVEW
KFLKQDGSMESFDIHTNLQLEEAFEMKQSVKIKIKNETFSADPWLKRAASSKRQKQIELM
RKDLKANDAPLPQHWEDMKDIIVKRVPLTAGSQEYKDVVAELTNHGLALNIIQIERIQNT
TLWQSYQLQKKLMEVKNKHTNNEKLLYHGTGATSIDLINSKGFNRSYAGAHGAMYGNGSY
FAVDPAYSARGYAKPDNLGHKRMYQARVLIGDYTRGKSGLIAPPAKSGTGADLYDSVTDN
ANNPSMFIIFHDTQAYPEYLITFT

NT seq 5655 nt +upstreamnt +downstreamnt
atggaggactctgagtgtctgcctctgaccgtagaggggaactggagctcagttcagagt
aaaacggtgaaaaacaaactactgctttacttccagagcaagaagaagtccggaggagga
gagtgccgggtggaggtggaggaggaggcgcccagagcctccgtcttcttccgatcagag
gaggtcagagagagagtccttgcaaggaaacatcatgagatcatcatagacaacaagcct
ctgacgttacagctgagctctgaaccttcacagactccagcggacaacaaggacgatggt
tcagattctaaggaccaaagatctgagcctacagctgaagaaggagcttctggaacaaac
cagagagattgtgagtcggattcgagctctgttgcggttttggagaacgtctcagagagc
atgtctcaagatttgctacagatgttggtggagaccatctgtggagtggaggagaatgac
tacagtctggagatcatctgggaatccaacacagctgtggtgaccttcaacagtccttca
gatgtggaaaagttcatctcttcgagtcagaccagctcaaagatgaagaagaatggattg
aaagctcggccactaggggcagcaaagagcatcagaatggagaggattccttcaaatgtg
ctcaaagacatgattgaactttggtttgagaagaactgggagctaccacaggatgtcgtc
atgataccagaggagcaggcggccattgttacttttaaagaccccaaagttgtgaagagc
atttgtgtcaaagaagaccatgacatgcgttccatttccgtcaagttgtatccctactat
gatgaattgggaacagctctgtatggcaaagagcggcctgcatggaagatgccagacccc
atcatcgagaaggttcaaccccagatctggaagttcctccaaatgaagaaaatgctgcaa
agcatcaatgatcaaatgcgtccacatttttgtagcgtagatttggaacgcccagatgtg
aaactcagtccactgtcatgttttctgaggcagaaaggtctgactggtaacgacatagat
aactgggccgggttggctcgggccgccttctgcaaagtcatgtctgagtactcagccttc
gaatgtgacgtgaacgcagaagcgtggaaaactgctgaaagagaagtctgttcaattgta
aaggaagatgccttggtggactttgatccatccagagaagtggtgaccattgcctgcaga
gctgatgatatgaagaaaatccgagctcctgttgagaacttcgtccttaagttaatgagt
cagattgaaagagagaccaaaagtataactgagagtatggacatttctcctgcttattac
tacattctagtccatgagggactgcagaaagctgccttggacatttccaatgagttgaag
gtatcatacaatgaaggctcatggaagttgtccattacaggactgacagcagaagtgtac
aaaaccaagtcctggatcttagagaaaaaatttcaaattaaacagaagcctctaagtatt
cctccaggccttctggaatacctccggacagtggattccatggatatgtcaaagagaatg
tttacttcgcttggcattagtgctatctatgacattgaccaaacaggtattttcttacta
ggaagctctgacagagccctggctgatgctgagagtaagatgaagaaagatttatctgtg
cagaatttggatgtaagagatcaggaagttttaaagcgtaaggattggatggacctgtgc
agaaacctcttagacacctacaacgtctccaataagaaaactgtaatcatatggattgac
ccagagagaagagacaaagtaacagtcgtaggtttcaccattccagtcaaagaggtcagc
ctcagtttgcggaaattcattgatgactactcacacgttcgcgagatagttcgcgttgag
tcctgtgctgttgctcagttcatagagaggaaaaaagaagacatttggtctagagttgcc
aaagactacaaggtgtccataatgtttgatccagaaagaccaaagatcaccatcagtggg
gctcatgttcatgtccagacagttagatcacaccttatggagttgtcaggttctctcttt
gctgacaccttaactgttgacaaacctggagccaagaagtatttccagtcccaaggaagc
attttcctgactccagtaatgacagagttcagctgtgtggtgatgcttcagccagatgtt
caggatgatgaagaggaggaggaatggagctttgtagaagagactggcctggtaatctac
tgcaaagtgagaacagccaatggggttcttgtttctgtcagtaggggagatatctgcagc
cttaattttgacgctgttgtcaatgcagccaatgaggatctgcagcacattggcggtttg
gctttggccctgctgaaagctgctggaccgaagctgcagacgatcagtgatgactatgtg
gctaaatatggcaaagtacgtccaggagaggcaattgtaacagaagcatgcaatctgccc
tgcaagtacgtcatacatgcagttggtcctcggtactctgaatttgacaagaacacagca
atattccgtctaaagtctgcagttaaagaatgcctgaaacaagcaaaaaagaataactgc
tccaccatagcattgccagcaatcagctctggtgtgtttggtttcccggtggaactttgc
actgagaccatcgcccaggctgtgcgtgaatactgtagccatcctttgggtccaggatcc
ataactgagattcacctggtggacaacaatgacgccactgttagggtgatggcagcagct
gtcaacaaggagttcatcgatcttggacccaccatgacacttccacagcaggcgggaggg
aggatggcaggagcttcaggcggacatcagagaggaaaagggagaggtcaatggtctggt
aaaagaagaggaggagaaggagatggaggaagaggaggtggaagaggaggaggaggaagg
cgtggaggaagaggaggaggtagagaaggaggtgatcaagggaattatcaggctaactgg
ggaggtcataactccagagaagagaacacatatggagaccgtggagggccaagagggttg
gagcagatcacacctgctggtctgaagattgttctctgccaaggaaacatccaggaccaa
actaccgacgtcatcgtaaactctgtggcagagaacatgaacctgaaccagggagctgtt
gccaaagccatctctgaggcggcaggtgaaaacctgcagatggccatcctcactgaggcc
ggagtttccacgctgcagttcggggacgtggtcatcactgacggattcaacctccagtgt
cagaaggtcttccatgctgtttgcccattttggagcaacggggccaggcaggcagagaag
gagttaacagacatcatcagctactgtctggaggaggcagagaagcagaggatgaaatct
ctttccttcccagcacttgggactggaaacctgagctttcccaaagacgtggtgtccaaa
cttctgctgaaggagatccacttgttcagtcgcagcagctcacctcgtttcctgaaggag
gtggtgatcgtggttcaccccagtgaccgtgagactgttgcttgtttcaccagagagttt
ggtggtgagacgacgcaaaggaacgtccagcatgaagcagagagttcaaacaggaacaga
tctgcagctcagcagcagcgtgggcgatttcagcagccatcctcatcagcctccttcagc
actgtctcgtctccttccctcggcgtctacaagatgcagatgggtcaactcacccttgag
gtgtcctcaggagacattaccaaggaggcctgtgatgtcatcgtcaactcctccaatcag
aacttcaaccttcaagcaggagtttccaaggccatcttggacagcgctggaccaacagtt
ttaatggagtgtgcacagatggtgaattctccgggctatacacctcgtgggatgatcatg
accacaggtggtctgctcccctccagaaacatcatccatgtagtcggtcagaatgatgct
gttaagattaaagagattgttcaggcagtcctgaagctctgtgaggagaacaagttcagc
tcagtcgccttcccagctctaggaacaggtcagggaggtgtcagcccatcggcggtagcc
gacgccatggtgggtgcagtggtggactttgtgaggaagaagcacccgaagtttgtttcc
agcgtgaaggtcctgatctttcagaccgcaatgatcactgattttcacaacagtatgaag
aagaggcagggagaagaggtggaggaaaagagcatattcaaccaaatgaaagattcaatc
tcttcattttttggattcggcacagaggagaggatcaggtccaactttgttctggagaaa
gaggagtttgagccggcagtctttcaactatgtgctggcaaccaacggaatttgagcctg
gccaagaagaagataagtgatcttattctactggagcaggcccagagaaccattgatgac
cagtacattaaccagttaagtcaagaggacatcaaagagctgaattccctgcagaagaag
ctgacagtgagcatccgtctggaaagaggacgggaagaccaggagcccaggatccaactg
gagggtctgactagagacgtcttaacagccgagtcagacatcaggaacatcatccggaag
gtggagagaagtgagaacttgaggaacaaagccctactggtgagtgggctggtagagtgg
aagttcctaaaacaagatggatcaatggagtcctttgacatccacaccaacctccagctt
gaagaagcttttgagatgaaacaaagtgtgaagattaaaataaaaaatgaaacattcagt
gctgatccatggcttaaaagggctgcttcctccaagagacagaagcagatagagctgatg
agaaaagacttgaaagccaatgatgctccactgcctcaacactgggaagacatgaaggac
atcattgtgaagcgggttcccctgactgctggatctcaggaatacaaagatgtggtagca
gaactcaccaaccatggacttgctttgaacatcatacaaatcgaacggatccaaaacacg
actctctggcaaagctaccagctccagaagaaactaatggaggtgaagaacaagcacacc
aacaatgaaaagctgctgtatcatggcaccggggcaacttccattgacctcatcaactct
aagggcttcaaccggagctacgcaggagcacatggtgccatgtatggtaatggctcttac
tttgctgttgatcctgcatattcagccagaggttatgctaaaccagacaatctgggtcat
aaacgcatgtaccaggcccgggttctcattggagactacactagaggaaaatctggcctg
atcgcccccccagccaaatctggcactggtgcagacctttatgacagtgtaactgacaat
gcgaataatccctcaatgtttattattttccatgatactcaggcatatccagaatatcta
atcacattcacataa

All links

Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (12)   

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