KEGG   Heterocephalus glaber (naked mole-rat): 101698647
Entry
101698647         CDS       T02812                                 
Symbol
Parp14
Name
(RefSeq) poly(ADP-ribose) polymerase family member 14
  KO
K15261  poly [ADP-ribose] polymerase 10/14/15 [EC:2.4.2.30]
Organism
hgl  Heterocephalus glaber (naked mole-rat)
Brite
KEGG Orthology (KO) [BR:hgl00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    101698647 (Parp14)
Enzymes [BR:hgl01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.2  Pentosyltransferases
    2.4.2.30  NAD+ ADP-ribosyltransferase
     101698647 (Parp14)
SSDB
Motif
Pfam: Macro PARP WWE RRM_occluded Cytadhesin_P30 OGG UCR_hinge
Other DBs
NCBI-GeneID: 101698647
NCBI-ProteinID: XP_012924267
UniProt: A0A0N8ET88
Position
Un
AA seq 1809 aa
MAAPRSFPLLVEGSWGPDPPKNLSTKLQLYFQSPKRSGGGGECEVRRDPENPARFLVLFS
EDVRQKVLQKMNHELVLPGKGTFQLTVQLPTAPDEPPVSKEKISANESKMEENVKEPVVS
EEPDMELSLNSRSEKMEDLPKECENVSNLVAFENIKANMTDMMMTLLVENVSGLTSDDFQ
VEVIQDFSVAVVTFKKHTDTMKFVHDCARHHSIQQLKLFPRLLEETKTIRVENLPPGVDD
YQLQLFFENPFHGGGRVAHVECFPEESSALIEFCDRKVLDTIMTKKHNFNKMPLSVFPYY
TSLGTALYGEEQPLIKLPAPFQESLDLPLWKFFQKKDHLIKELDDEMRRHHCELTWSQLD
SKVTIRPAATLVNQGRLRIKTWQKDASTALYGIRSTYAVTSFKVAPVVWDIIKNDLEDDR
ILIEFDTSKETVTLAGKSEDIQNVHPQIKELLERTTQKIQREEQSLKEKVAISSEKHFLL
HHSGVLQHVCTECPEMEICYDADTQCLCLKGPQADVYKVKCEIQEKVYTMAKKTTEVSPE
VFQFLQQVDHKEFSKSFFIAQKNLTVYELKDTTVLLTSCSSEVLVEAEKQMLSALNYKRI
EVEDKTILTNNKWKKFIGNIQKKSNSSTCIMIISEFTVGSPAGVIVAGLVKEVNEIYSVI
FDFLEKNMKIERLIEIKPSLVIDYLKAEKKQFWSKIKKGDVQVVFNPEHNQKGILLIGPK
CQVLEGMNFVKEAEKSVFVKSIPIDKPGARQFFQDKAWFYRGEVRKLYGCFIELLENEEK
KVGGKTAGQKYLIQREVAPGIFLIVQQGDLTQFPVNIVVNAANEDLKHIAGLAAALSKAA
GPELQADCDKIVKRDGRLLPGNVVLSKAGKLPCQHVIHAVGPRWDGHEAPRCVYLLKKAV
ENSLLLAEKHKCRSIAIPAISSGVFGFPLQQCVESIVLSIKENFQHRQDGWTLKEIYLVD
SLEKTAEAFAKAVTTIFKYPLPERSSPPNTVSQPSITSLHSGPAAKPVTTSQEMASLTAP
GGLKILLVKNGVQDATTHVVVNSIPSDLGLNRGPLSRALLEKAGPEIQKELYAAGQGITV
DVGAILQTSGCNLQCRHVLHVVTPSWTNDTSAQKIMEDIIRHCLEITERLSLQSIAFPAI
GTGNLGFPKTVLAELLLSEVLKFSSKMQLKTLQEVHFLVHPSDHENIQAFSVEFARRSNG
NLNDTVPKAEDDKQGFYGTISSPNLGVHEMKIGPILFQVASGDITKEAADVIVNSTSHKF
NLKAGVSKAILENAGQEVEQECALLGQQGKNEYIITKGGSLMCKNIIHVVGGSNVKRSVS
CVLQETEKRNYSSICLPAIGTGSAGQDQNKVAEAMLDAIEDFTQNGSVQYVKKVKVVIVQ
PQVLDVFYANMKKREGSRASHQPSMMSKFASFFGLSKPPHPKKKPLVLEKKTELAVFQLC
GENSNCVDQAILWLKDLITKEQYSYTNTDECMKDFDEKEYQELNELQKKLNITIFLDRKR
PFIEVLGITRDVMEARDKIEEMVKKVRSAKEEENRADCISEFIEWQYCKDNTFHRFDKIT
NLQLEDARRAKNKSIVVKINNQSYTVNLKDFTARSPHGHSVTIQRFTKSEVDLPGHWSDM
KQQNLCVVQLQPGDTEFNTVAGTFNQTCSQFVIEKIERIQNPDLWNSYQAKKKIMDGKNG
QVINEKLLFHGTDVDSVPHVNGNGFNRSYAGKNAVAYGKGTYFAVSASYSANDTYSRPDA
NGKKHMYYVRVLTGVYTNGNSSLIVPPSRDPQNPTDLYDTVTDNVHNPSLFVVFYDYQAY
PEYLITFRR
NT seq 5430 nt   +upstreamnt  +downstreamnt
atggctgcgccccgctccttcccgctgctggtcgaggggtcctggggccctgaccctccc
aagaacctcagcaccaagctgcagttgtacttccagagccccaagcggtccggcggcggg
ggggagtgtgaggtccgcagggatccggagaacccggcgcgcttcctggtgctcttctcc
gaggacgttcggcagaaagttctgcaaaaaatgaatcacgagttagtcttgccaggaaaa
gggacattccagttaactgtccagctgcccactgctccagatgaacccccagtctctaag
gagaaaatttcagcaaatgaatccaagatggaagaaaatgtcaaagaaccagttgtgtca
gaagaaccagatatggaactctctctcaatagtagatcagaaaagatggaagatctcccc
aaagaatgtgaaaatgtttccaatttggtggcatttgaaaatatcaaggcaaacatgact
gacatgatgatgaccttgttagtggagaatgtaagtggcctgaccagtgatgactttcag
gtggaagtaatacaagatttcagcgttgctgtggttacctttaaaaaacatacagacact
atgaaatttgttcatgattgtgccagacaccattcgattcaacaactaaaactgtttcca
agacttctggaagagacaaagacaatccgggttgaaaacctgccccctggtgttgatgac
taccagttacaacttttctttgaaaatcctttccatggagggggaagagtggcccatgtt
gaatgctttcctgaagagagttcagctctgattgaattttgtgacagaaaagtgttagat
accatcatgaccaagaaacacaacttcaataaaatgccgctttctgtcttcccctactat
acctctttgggcacagccttgtatggagaggaacagcctctgattaagctaccagcacca
ttccaagagtcacttgatctgcctttatggaagttctttcagaaaaaggatcacttgatt
aaggaactggatgatgaaatgagacgtcatcactgtgagctaacatggtcccaactggac
agtaaagttaccatcagacctgcagccaccttagtcaatcaaggaagactgagaatcaag
acatggcagaaagatgcttctacagcactctatggcatcagatctacatatgcagttacc
tcatttaaggtggctccagtagtttgggacatcataaaaaatgacttagaagatgatagg
attttgattgagtttgatacatctaaggagactgtaaccttagcaggaaaatcagaagat
atccaaaatgttcatccacaaatcaaagaattactagaaagaacgactcaaaaaattcaa
agggaagagcaaagtctgaaggaaaaagtggccatttcttcagaaaagcattttcttttg
caccacagtggtgttctgcagcatgtgtgcacagagtgcccggagatggagatttgttat
gatgcagacactcagtgcctgtgccttaaaggaccccaggcagatgtgtacaaagtaaag
tgtgaaatccaggaaaaggtgtacaccatggctaagaaaaccactgaggtctctcctgag
gtctttcagtttttgcagcaagtagaccataaagaattctctaagtctttttttatagca
caaaaaaatcttaccgtttatgagctcaaggacacaactgttctcttaaccagctgttct
tctgaagtcttggtagaagctgaaaaacaaatgctcagtgccttaaattataaacgcatt
gaagttgaggacaagacaattcttacaaacaacaaatggaaaaagttcattggcaatatc
caaaagaaatctaattcctccacatgcattatgataatcagtgaattcactgtaggaagc
ccagctggagtcattgttgcaggccttgtgaaggaagtaaatgaaatctatagtgtgatt
tttgacttcttggaaaaaaacatgaaaatagaaagattgattgaaataaagccatccttg
gttatagactatttaaaggcagaaaagaagcagttctggtcaaaaataaagaagggagat
gtgcaggtagttttcaatccagagcacaaccaaaaaggcattttactaattggacccaag
tgccaagttctagaaggtatgaattttgtcaaggaagctgagaagtctgtctttgttaaa
agcatccctattgacaagccaggagccaggcagttcttccaagataaagcatggttttat
agaggtgaggtcaggaagttatatggttgtttcattgaactcctagagaatgaagaaaag
aaggtaggaggcaaaactgctgggcagaagtacctcatccagagggaagtggcccctggt
atcttcctgattgtccagcagggtgacttgactcagtttccagtcaatatagtggtgaat
gcagcaaacgaggacctcaagcatattgccggccttgctgctgctctctcaaaagcagct
ggcccggaacttcaagcagactgtgacaagatagtgaagagagacggccggctcctgcca
ggcaatgtcgtcctctcgaaggcagggaagctcccttgccagcatgtgatccatgcagta
gggccccggtgggatggacatgaggccccaaggtgcgtgtacttgttaaagaaagctgtg
gaaaatagtcttcttttggcagaaaaacacaagtgccggtccatagccattcctgctatt
agttctggagtctttggctttcccttacagcagtgtgtggagtccattgttctgtccatc
aaggaaaacttccaacataggcaggatgggtggaccttgaaagagatttatcttgtggac
tcattggagaagacagcggaggcttttgctaaagctgtgacaactatatttaaataccct
ctgcctgagagatcatccccacctaatacagtgtcccagcccagtataacttccctgcac
agtggaccagcagcaaaacctgtgacaacatcccaggaaatggcatctctgacagcccca
ggaggcctgaagatcctattggtgaaaaatggtgtgcaggatgctacgactcatgttgtt
gttaactccattccttcggatcttggactcaaccgagggcccctttctcgggccctcttg
gaaaaagctgggccagaaatccagaaggagctgtatgcagctggacaaggcatcactgtg
gacgtgggcgcgattctccaaacaagtggttgcaatctgcagtgccgccatgtgcttcac
gtggtgactccatcatggacaaatgacacatctgcacaaaagatcatggaagacataatc
agacactgtttggagatcactgagagactgtctttacaatcaattgcatttccagcaata
ggaacgggaaacttgggatttcctaaaaccgtacttgctgaattactcctttcagaagtg
ctcaaatttagtagcaaaatgcagctgaaaactttacaagaggttcactttctggtgcac
ccaagtgatcatgaaaatattcaggccttttcagttgaatttgccagaaggagtaatgga
aatcttaatgatacagttcccaaggctgaagatgataagcaaggtttctatggcactatt
tcgagccctaatttaggagtgcatgaaatgaagatcggccccatcctcttccaggtggcc
tctggggatatcaccaaagaagctgcagatgtgattgtaaattcaacgtcacacaaattt
aatcttaaagcaggggtctccaaagcaattttagaaaatgcaggacaagaagtggaacag
gaatgtgctctcctaggtcaacagggcaaaaatgagtatataattaccaaaggtggatca
ctgatgtgcaagaacattattcatgttgttggaggtagtaatgtcaagagatcagtttct
tgtgttctacaagaaactgagaaacggaattactcctccatttgccttccagccattggg
acaggaagtgctggacaagaccaaaacaaggttgctgaagctatgcttgatgctattgaa
gactttacccagaacgggtcagttcaatatgtgaaaaaagttaaagttgttatcgttcag
ccccaagtactggatgtgttttatgccaacatgaaaaagagagaagggtctcgagcttct
caccaaccatcgatgatgtctaaatttgcctccttttttggcctttcaaaaccacctcac
cccaaaaagaagcccttggttttggaaaagaaaacagaactggcggtcttccagttgtgt
ggtgaaaacagcaactgcgtggaccaagctatcctctggttaaaggacctgattacaaag
gagcagtattcttacaccaatacagatgagtgtatgaaagattttgatgaaaaggagtat
caggaactgaacgagctgcagaagaagttaaatattaccatttttctggaccggaagaga
cctttcattgaagttttgggaattaccagagatgtgatggaggccagagataaaattgaa
gaaatggtcaagaaggtgagatcagccaaagaagaagaaaacagggcagattgtatcagt
gaatttatagaatggcaatattgtaaggataacacttttcatcgttttgacaaaataacc
aatctgcaattggaagatgcaaggagagcaaagaacaagagcattgttgtcaaaattaac
aatcaatcctacacagtgaacttgaaagacttcactgccaggagtccacatggacacagt
gtaactattcagcgcttcacaaaatctgaagttgaccttcctgggcactggagtgacatg
aagcagcagaatctctgtgtggtccagctgcagcctggtgatacggaattcaataccgtg
gcaggaacgtttaatcagacctgctcacaatttgtcattgagaagattgagaggatccag
aatccagatctctggaatagctaccaggcaaagaaaaagatcatggatggcaagaatggc
caggtcatcaatgagaagctgctcttccatggcacagatgttgactcggtgcctcacgtc
aatgggaatggatttaaccgcagttacgctggaaagaatgctgtggcatatggaaaggga
acctattttgctgtcagtgccagttattctgccaatgacacatactccagaccagatgca
aatgggaaaaagcatatgtattatgtgcgagtactcactggagtgtacacaaacggaaac
agctcgttaattgtgcctccttcaagggaccctcaaaatcctactgacctgtacgacacg
gtcacggacaatgtgcacaacccgagtttatttgtggtgttttatgattaccaagcatac
ccagaatacctcattacttttagaagataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (40)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (62)   

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