KEGG   Pan paniscus (bonobo): 100995759
Entry
100995759         CDS       T02283                                 
Symbol
RIF1
Name
(RefSeq) telomere-associated protein RIF1 isoform X8
  KO
K11138  telomere-associated protein RIF1
Organism
pps  Pan paniscus (bonobo)
Pathway
pps04550  Signaling pathways regulating pluripotency of stem cells
Brite
KEGG Orthology (KO) [BR:pps00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04550 Signaling pathways regulating pluripotency of stem cells
    100995759 (RIF1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:pps03032]
    100995759 (RIF1)
DNA replication proteins [BR:pps03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    100995759 (RIF1)
SSDB
Motif
Pfam: Rif1_N NICE-1
Other DBs
NCBI-GeneID: 100995759
NCBI-ProteinID: XP_003818357
Ensembl: ENSPPAG00000023754
UniProt: A0A2R8ZPE7
Position
2B:38721658..38818488
AA seq 2473 aa
MTARGQSPLAPLLETLEDPSASHGGQTDAYLTLTSRMTGEEGKEVITEIEKKLPRLYKVL
KTHISSQNSELSSAALQALGFCLYNPKITSELSEANALELLSKLNDTIKNSDKNVRTRAL
WVISKQTFPSEVVGKMVSSIIDSLEILFNKGETRSAVVDFEALNVIVRLIEQAPIQMGEE
AVRWAKLVIPLVVHSAQKVHLRGATALEMGMPLLLQKQQEIASITEQLMTTKLISELQKL
FMSKNETYVLKLWPLFVKLLGRTLHRSGSFINSLLQLEELGFRSGAPMIKKIAFIAWKSL
IDNFALNPDILCSAKRLKLLMQPLSSIHVRTETLALTKLEVWWYLLMRLGPHLPANFEQV
CVPLIQSTISIDSNASPQGNSCHVATSPGLNPMTPVHKGASSPYGAPGTPRMNLSSNLGG
MATIPSIQLLGLEMLLHFLLGPEALSFAKQNKLVLSLEPLEHPLISSPSFFSKHANTLIT
AVHDSFVAVGKDAPDVVVSAIWKELISLVKSVTESGNKKEKPGSEVLTLLLKSLESIVKS
EVFPVSKTLVLMEITIKGLPQKVLGSPAYQVANMDILNGTPALFLIQLIFNNFLECGVSD
ERFFLSLESLVGCVLSGPTSPLAFSDSVLNVINQNAKQLENKEHLWKMWSVIVTPLTELI
NQTNEVNQGDALEHNFSAIYGALTLPVNHIFSEQRFPVATMKTLLRTWSELYRAFARCAA
LVATAEENLCCEELSSKIMSSLEDEGFSNLLFVDRIIYIITVMVDCIDFSPYNIKYQPKV
KSPQRPSDWSKKKNEPLGKLTSLFKLIVKVIYSFHALSFKEAHSDTLFTIGNSITSIISS
VLGHISLPSMIRKIFATLTRPLALFYENSKLDEVPKVYSSLNNKLEKLLGEIIACLQFSY
TGTYDSELLEQLSPLLRIIFLHKNKQIRKQSAQFWNATFAKVMMLVYPEELKPVLTQAKQ
KFLLLLPGLETVEMMEESSGPYSDGTENSQLNVKISGMERKSNGKRDSFLAQTKNKKENM
KPAAKLKLESSSVKVKGEILLEEEKSTDFVFIPPEGKDAKERILTDHQKEVLKTKRCDIP
AMYNNLDVSQDTLFTQYSQEEPMEIPTLTRKPKEDSKMMITEEQMDSDIVIPQDVTEDCG
MAEHLEKASLSNNECGSLDKTSPEMSNSNNDERKKALISSRKTSTECASSTENSFVVSSS
SISNTTVAGTPPYPTSRRQTFITLEKFDGSENRPFSPSPLNNISSTVTVKNNQETMIKTD
FLPKAKQREGTFSKSDSEKIVNGTKRSSRRAGKAEQTGNKRSKPLMRSEPEKNTEESVEG
IVVLENNPPGLLNQTECVSDNQVHLSESTVEHDNTKLKAATMENAVLLETNTVEEKNVEI
NLESKENTPPVVISADQMVNEDSQVQITPNQKTLRRSSRRRSEVVESTTESQDKENNHQK
KERRKEEEKPLQKSPLHIKDDVLPKQKLIAEQTLQENLIEKGSNLHEKTLGETSANAETE
QNKKKADPENIKSEGDGTQDIVDKSSEKLVRGRTRYQTRRASQGLLSSIENSESDSSEAK
EEGSRKKRSGKWKNKSNESVDIQDQEEKVVKQECIKAENQSHDYKASSEEDVSIKSPICE
KQDESSTVICQDSTVTSDLLQVPDDLPNVCEEKNETSKYAEYSFTSLPVPESNLRTRNAI
KRLHKRDSFDNCSLGESSKIGISDISLLSEKTFQTLECQHKRSRRVRRSKGCDCCGEKSQ
PQEKSLIGLKNTENNDVEISETKKADVQAPVSPSETSQANPYSEGQFLDEHHSVNFHLGL
KEDNDTINDSLIVSETKSKENTMQESLPSGIVNFREEICDMDSSEAMSLESQESPNENFK
TVGPCLGDSKNVSQESLETKEGKPEETPKMELSLENVAVEGNACKVTESNLEKAKTMELD
VGNEASFHGQERPKTGISEEAAIEENYKINDDSEADTAKLNAKEVATEEFNSDISLSDNT
TPVKLNAQTEISEQTAAGELDGGNDVSDLYSSEETNTKMKNYEEMMIGEAMAETGHDGET
ENEGITTKTSKPDEAETNMLTAEMDNFVCDTVEMSTEEGIIDANKTETNTEYSKSEEKLD
NNQMVMESDILQEDYHTSQKVEEPSQCLASGTAISELIIEDNNASPQKLRELDPSLVSAN
DSPSGMQTRCVWSPLASPSTSILKRGLKRSQEDEISSPVNKVRRVSFADPIYQAGLADDI
DRRCSIVRSHSSNSSPIGKSVKTSPTTQSKHNTTSAKGFLSPGSRSPKFKSSKKCLISEM
AKESIPCPTESVYPPLVNCVAPVDIILPQITSNMWARGLGQLIRAKNIKTIGDLSTLTAS
EIKTLPIRSPKVSNVKKALRIYHEQQVKTRGLEEIPVFDISEKTVNGIANKSLSPDEERL
VSDIIDPVALETPLSKNLVAQISALALQLDSEDLHNYSGSQLFEMHEKLSCMANSVIKNL
QSRWRSPSHENSI
NT seq 7422 nt   +upstreamnt  +downstreamnt
atgacggccaggggtcagagccccctcgcgccgctgttggagactttggaagacccttct
gcctcccatggagggcagactgacgcttacctgactctgaccagtcgtatgactggagaa
gaaggaaaagaagtaattacagaaattgagaaaaaacttcctcggctgtacaaagtttta
aagactcacatttccagtcaaaactcggagctgagtagtgctgctctacaagcactgggg
ttttgcttatataatcccaaaattacctcagaattatcagaggcaaatgctctagaattg
ctttcaaaattgaatgataccattaagaattcagacaaaaatgtacgtactagagcactt
tgggtgatatctaagcagacatttccctctgaagtggttggcaaaatggtatccagtata
attgattcattagaaatactgtttaacaaaggagagacgcgttctgctgttgttgatttt
gaagcattaaatgttatcgtaaggctaattgaacaagccccaattcaaatgggagaagag
gcagtgaggtgggcaaaactggtcatacctttagtggttcattcagcacaaaaggtacat
ttgcggggagcaactgctctggagatgggaatgccattattgcttcagaaacagcaagaa
atagcatctattacggagcagcttatgactactaaattaatctcagaacttcagaagcta
tttatgagtaaaaatgagacttacgtgttaaaattatggcctttgtttgtcaaactactt
ggaaggaccttgcatcgaagtgggagtttcatcaattctctcttgcaactagaagaactt
ggatttcgtagtggagcacccatgattaaaaagatagcttttattgcttggaagagttta
atagataattttgctttaaatccagatatactatgtagtgcaaaaagactcaagttgtta
atgcagcctttgagttccatccatgtgagaacagaaactctagcattaacaaaactagaa
gtctggtggtatttactgatgagacttggacctcatcttcctgctaattttgaacaggtt
tgtgtgcctctgattcaaagtacaataagcattgattctaatgcctcacctcagggcaat
tcgtgtcatgtagctacatctccaggtttaaatcctatgactcctgtacacaaaggtgct
tcctccccgtacggagccccgggaactccccgaatgaacctgagttcgaatttaggtgga
atggccacaatcccatccattcaacttttgggacttgaaatgttgcttcatttcttgttg
ggtccggaagccttgagttttgctaagcaaaataaacttgtgctgagcttagagccactg
gaacatccgttaatcagcagcccttcctttttttccaaacatgcaaatacacttatcact
gctgttcatgatagctttgttgcagttggaaaagatgcccccgatgtggttgtcagtgct
atctggaaggagctaattagcttggtgaagtcagttactgaatcaggtaacaaaaaagag
aaaccaggttctgaagttttgactctcttattaaagtctttggaaagcatagtaaagtct
gaagtatttcctgtatcaaaaacgctggtcctcatggaaattacaattaaaggacttcct
cagaaagtattaggttcaccagcatatcaggttgctaatatggatattcttaatggtact
ccagctttgttcttaattcaattaattttcaacaattttttggaatgtggtgtatcagat
gaaaggttctttctcagtttggaatcacttgtaggctgtgttctttctggtccaacttca
ccactagctttcagtgactcagttttaaatgttattaatcaaaatgcaaagcagttggaa
aataaggagcatctctggaaaatgtggagtgttatagtcaccccattaactgaattgatt
aatcagaccaatgaagtaaatcaaggtgatgccttagaacataattttagtgccatctat
ggtgcattgactttaccagtaaaccacattttttcagaacagagatttccagtggccacc
atgaagactttgcttagaacttggtcagaattatatagagcatttgctcgttgtgctgct
ttggtggcaacagcagaagagaacttgtgctgtgaggaactttcttccaagataatgtcc
agtttggaagatgaaggcttttctaatttgttgttcgtggatagaattatttatattatt
actgtaatggttgattgcattgacttctcaccatataatattaaatatcagcccaaagtt
aaatcaccacagagaccttcagattggtccaaaaagaagaatgagcccctagggaaattg
acttctttatttaaacttattgtgaaagtgatctattctttccacgcactgagcttcaag
gaagcacattccgataccctcttcactattggcaactcaatcaccagcattatttccagt
gtacttggacatatttctttgccttctatgatccgaaaaatatttgcaactttaacaaga
cctctggcattattttatgaaaactcaaagcttgatgaagttcctaaagtatatagttct
ctgaacaacaagttagaaaagctactgggagaaattattgcttgtctgcaattcagctac
accggaacttatgatagtgaacttcttgaacaactctccccactattacgcataatattt
ctgcacaagaataaacagattcgaaaacagagtgctcagttctggaatgccacttttgct
aaagtgatgatgttggtttatcctgaagagttaaaaccagtactaacacaagccaaacaa
aaatttctgctcctgttgcctggtttggaaactgttgaaatgatggaggaatccagtgga
ccatattctgatggaacagaaaattcacaactaaatgtgaagataagtggcatggagaga
aaatcaaatggaaaaagagattcatttttggcacaaacaaagaataaaaaagaaaatatg
aaaccagcagccaaactgaaacttgaatcttcatctgtaaaagtaaagggtgaaattctt
ttggaagaggaaaagtctactgactttgtgtttatacctccagaaggaaaagatgcaaag
gaaagaatattaactgatcatcaaaaagaagttctcaaaacaaagcggtgtgatattcct
gccatgtataataatctggatgtttcccaagataccttatttactcagtatagtcaggaa
gagcctatggaaattcctactttaaccagaaaaccaaaggaggattctaagatgatgatt
acggaggagcaaatggacagtgacattgtcattcctcaagatgtcacggaagactgtggt
atggctgaacatcttgaaaaggcctccctttcgaataatgagtgtggttctcttgacaaa
accagtccagaaatgtcgaacagtaataatgatgaaagaaaaaaagctttaatttcatca
aggaaaacatcaactgaatgtgcatctagtacagaaaattctttcgttgtcagcagtagt
tcaatttctaataccactgttgctggaactcccccataccctacaagtcggaggcaaacc
tttattactttggagaagtttgatggttcagaaaatagaccttttagtccatcccccttg
aataatatttcatcaactgttacagtgaaaaataaccaggaaaccatgattaaaacagat
tttctaccaaaagcaaagcaaagagaagggactttttcaaaatctgattctgaaaaaata
gtgaatggaactaagagatcaagccggagagctggtaaagctgaacaaacagggaataaa
aggtctaagcccttaatgagatctgagccggagaaaaatactgaggaatctgttgaaggc
attgtagtcttagaaaataacccacctggtttgcttaatcaaacagaatgtgtgtcagat
aatcaggttcatctttctgaatctacagtggagcatgacaatacaaagcttaaagcagca
acaatggaaaatgctgtattattggaaactaatactgtagaggagaaaaatgtagaaatt
aatttggaatccaaagagaatacacccccagtagtaatatcagcagatcaaatggtaaat
gaggatagtcaggttcagataactccaaatcagaaaacccttagacggtcttcaaggcga
cgttcagaagtggtagagtctaccactgaaagccaagataaggaaaataatcatcaaaaa
aaggaacgacgtaaggaagaagaaaaacctcttcagaagagtccattgcatataaaagat
gatgtgttacctaaacaaaaactgattgctgaacaaactctacaggagaatttaattgag
aaaggaagtaatttacatgagaagactcttggggaaactagtgctaatgcagaaactgaa
caaaataaaaaaaaggcagaccctgagaacattaagtctgagggggatggtacccaggac
attgtagataagtcctctgagaaactagtcagaggccgaacacggtatcaaactagaaga
gcatctcagggtttgctttccagcattgaaaactcagaatctgatagttcggaggcaaaa
gaagaaggttctaggaagaagagatctggaaaatggaaaaacaaaagcaatgaaagtgtt
gacattcaagatcaagaagagaaagtggtgaaacaggaatgtataaaagctgaaaatcag
tcacatgattataaagcaagttctgaagaagatgtaagcataaaatctccgatttgtgaa
aaacaagatgaaagtagtactgtaatatgtcaggattctacagtaacttcagatttgttg
caagttcctgatgatttaccaaatgtgtgtgaggaaaaaaatgaaactagcaaatatgca
gaatattcctttacaagtctacctgtgccagaatcaaatctaaggactagaaatgccatt
aagagattacataagcgagactcttttgataattgtagtttgggagaatcctcaaaaata
gggatatcagatatttctttgctttcagaaaaaacttttcaaacacttgaatgccaacac
aagagaagtaggagggtgaggagatctaaaggttgtgattgctgtggggaaaaatcacaa
cctcaggaaaagtcactcattgggttaaagaatacagaaaataatgacgtagaaattagt
gaaacaaaaaaggcagatgtgcaagcacctgtaagcccatcagaaacttctcaagctaat
ccatattctgaaggacaatttttagatgaacatcatagtgtgaattttcatttgggtctc
aaagaggataatgatactattaatgattcattaattgtttctgaaaccaaatcaaaagaa
aacactatgcaagaatctcttccttctggaatagtaaactttagagaggaaatttgtgat
atggattctagtgaagcaatgtctcttgaaagccaagagtcacctaatgaaaattttaaa
actgttggcccgtgtttaggagactcgaaaaatgtttcacaggaatctttggagacaaaa
gaaggaaaaccagaagaaaccccaaaaatggaactgagtctagagaatgttgctgttgaa
ggaaatgcatgtaaagtaacagaatccaatctagagaaagcaaaaactatggaattggat
gtaggaaatgaagctagcttccatggacaagagagacccaaaactggtatttctgaagaa
gcagcaatagaagaaaattataaaataaatgatgactctgaagcagacacagctaaactg
aatgccaaagaagtagcaactgaggaatttaattcagatattagtctttctgataatact
acacctgtaaaattgaatgctcaaactgagatttctgaacaaacagcagctggggaacta
gatggaggaaatgatgtatctgatctatactcatctgaagaaacgaataccaaaatgaaa
aattatgaagaaatgatgatcggtgaggcaatggctgaaactggccatgatggtgaaaca
gagaatgagggcataactaccaaaacctcaaagcctgatgaagctgaaacaaacatgttg
actgcagaaatggacaactttgtttgtgacacagttgaaatgagcactgaagaaggaatc
attgacgctaataaaactgaaacaaatactgagtatagtaaatctgaagaaaaattagat
aacaatcaaatggtaatggaaagtgatattttacaggaagattaccatacttcacagaaa
gtagaggaaccatcacagtgtctggcatctggaacagctatctctgaactaataatagaa
gacaataatgcatctcctcaaaaactaagggaacttgatccttcacttgtgtcagcaaat
gacagtcctagtggcatgcagacacgctgtgtctggtctcctttggcttctccgtctacg
agcattttaaagagaggactaaaaagatcccaagaagatgaaatctcatcacctgttaat
aaggttcgccgtgtctcctttgcagatccaatataccaagcaggattggcagatgacatt
gatagacggtgctctattgttaggtctcattcttccaatagttctcccataggaaaaagt
gttaaaacttctcctactacacaatctaagcataataccacttcagccaaaggatttctg
tccccaggatcacgtagccctaaatttaagagctcaaagaagtgtttaatttcagaaatg
gccaaagaatccataccatgcccaacagaaagtgtttacccaccattggtgaactgtgtg
gcaccagttgacatcattttacctcagattacatcaaacatgtgggcaagaggcctggga
caactcattagagctaagaatataaaaactattggtgatttgagtactcttacagcatct
gaaataaaaactcttcctatccgttctccaaaagtgtccaatgtaaaaaaggctctcaga
atatatcatgagcagcaggtgaagactcgtggactagaagagattccagtttttgatatt
tctgaaaaaacagtaaatggaatagcaaataaatctttgtcacctgatgaagaaagactt
gtctcagatataattgatcctgttgctttagaaactccattatccaaaaaccttgtggca
cagattagtgctcttgctcttcagctggattcagaagatcttcataattattcaggaagc
caactatttgaaatgcacgagaaactaagttgtatggcaaactctgtaataaaaaatcta
cagtcacgttggagatcaccatcccatgaaaattctatttag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (12)   
   UniProt (1)   
   RefSeq(pep) (11)   
DNA sequence (20)   
   RefSeq(nuc) (20)   
Protein domain (2)   
   Pfam (2)   
All databases (43)   

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