Salmo salar (Atlantic salmon): 106608808 Help Entry 106608808         CDS       T04363                                  Symbol poln Name (RefSeq) DNA polymerase nu   KO K16618   DNA polymerase nu [EC:2.7.7.7] Organism sasa  Salmo salar (Atlantic salmon) Pathway sasa03460   Fanconi anemia pathway Brite KEGG Orthology (KO) [BR:sasa00001]  09120 Genetic Information Processing   09124 Replication and repair    03460 Fanconi anemia pathway     106608808 (poln)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03400 DNA repair and recombination proteins [BR:sasa03400]     106608808 (poln) Enzymes [BR:sasa01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.7  Nucleotidyltransferases     2.7.7.7  DNA-directed DNA polymerase      106608808 (poln) DNA repair and recombination proteins [BR:sasa03400]  Eukaryotic type   TLS (translesion DNA synthesis) factors    A-family DNA polymerase     106608808 (poln) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DNA_pol_A DNA_pol_P_Exo TetR_C_6 Motif Other DBs NCBI-GeneID:  106608808 NCBI-ProteinID:  XP_014062441 UniProt:  A0A1S3SDM3 LinkDB All DBs Position ssa07:21051431..21146072 Genome browser AA seq 1617 aa AA seqDB search MERYSSSSNRLYSGPLSASGQKILAALRAQSHNCYSDTARAQRYRQYERYDSRQRGYQSE ASWSRGTQEERRGREADRPWSRPQSYSQSSSPWDPSSQRDYSQTPALSQDSASSSIHRVR YPLALHTPSNEPHWRDAPEEREPTFSLHFTLEDQGPSRPPLPRAEHPRPHREKPTGACGP PFSRANVSVAPKNHVKNLETQSEGWLLGSGDGEWQCPERSQEETSIAPEDQRERLAKAKP IEVALASGGDADRRAPVPVTKWQFGSIVLPPPQRAYKAEEKADCDKKRPARGLLHPASES EDFTMKDMNSAPTFELRMEDDIGESCALEKDSFGASHTVERDGFGTSHALERDGFGASQG LETDDFGASHTVERDGFGASHALERDGFGASQGLETDDFGASHTVERDGFGASHALEMDG FGASHALERDGFGASQGLETDDFGASHTVERDGFGASHALEMDGFGASQGLETDDFGASH TVERDGFGASHALQRDGVGEKLLFNEGDVTEGHRDSTESQCVIGLVDQQGALHGDTAQSK GEIVTGGGPRENLSERDPIKRKRLFGDMTTDNQRGIGGGEMEGRVERERKDDINKGGMKK KIERKNSRSSTKPHQQRKVSPSLGKMRDGEGQGVTERDSHPEERKNMDGPLMTVAQRNSG GSTEPLAAGHFIPKSSQESGRVFRAPPLRATRLGQTPLATNHHNNTQAGDGGSRERGLSI DPALTNPSHAGHGRAAGLGSGLTSIRASGEEESSGPHPLPSAQQPPLTPTFSLNSKQGAP LPKIALFRRPVKWEPPQSCQEKARTLQGGQEWCKTQTPKHPDLTPAFSLDPRAKTKTLHK TEGTKSVALTPNPSHRPPANPVRPRQGVPMGERGLESTRDHSNSVTPQHRSSKTPKPPKP KWDKTGPNQGQLIPETEPESGSGAGDPQAQSNQSKTCLTTAMISDPRVTDAGKLSPEERG RVLEEAGQASALVLTMVYQDGTTQMDPEQKLSPSVCGVLVMLKRDLDPTGPIPGPEEGVA QRDSLVYLRLEQKPAWAQSHQDHNLDLFNREMLLQVVSGSQLVVCYKAKDLVRTALQHYR PDLHWKQFSSCRVQDPQVAAWLLDPADPSSCFTNLLTKHCRTPPRTPTPALGARKVSQVI SSLSLLYRLNMELRSKLQSQGLWELYSNMELTMIPVLAAMESHRIHVDTESLKTTSEMLG TKMKQLEHEAHQAAGQMFLVSSSTQLRTVLFEKLRLQDRCENKKLPKTLNKQQQSTSEAV LLQLQDLHPLPKIILEYRQVHKIKSTFVDGILSCVMSKNSISSTWYQTSAVTGRISAKHP NFQALPRQPVQITKKQYVQGKEAEVVTVHPRAMFIPQDGYTFLAADFCQVELRLLAHLSS DPELQRIFNNPQADVFTMLASQWKGVSEGEVSSEDREHAKRIVYSVVYGAGRERLSGILG VSAEQARHFQDSFLHTYREVQTFIHTTIQQCHKQGYVVSIMGRRRTLPHIHSTDWGVRMQ AERQAVNFVVQGSAADLCKMAMIRIFSQVSSSSSLSARLIAQLHDELLYEVEDSQVEEFA VLVKNTMESLQHIDCLGVHLKVPLKVAVSSGKSWGSMSELHLPQTSLPPLPEGGPAG NT seq 4854 nt NT seq  +upstreamnt  +downstreamnt atggagaggtacagtagcagcagtaataggctgtactcagggcctctgtctgcgtctgga cagaagatcctagcagctctccgagcccagagccacaactgctactctgacacagccagg gcccaacgctacagacagtatgagcggtatgacagcagacagagagggtaccagtcagag gccagctggagcagaggaacacaggaggagaggagagggagagaggcagaccggccttgg tccagaccccagtcctactcccagtcttcctccccatgggacccttcatcccagagggac tactctcagaccccagccctgtcccaggactctgcctcctcttctatccacagagtgagg taccctctggccctccacacaccctcaaacgagcctcactggagagacgctcctgaagag agggagcccaccttctcactccacttcaccttggaggaccagggcccttccagaccaccc ttgcccagagcagagcaccctaggccccatagagagaagccaactggggcctgtggacca ccattctccagagctaacgttagcgtagctccaaagaaccacgtaaaaaacctagaaact caaagtgaaggctggctcttaggcagtggagatggggaatggcaatgccctgaacgcagc caagaggaaacctccatagccccagaggaccaaagagagaggctggctaaagccaagccc attgaagtggccttagctagtggaggagatgctgaccgtcgggccccagtgcctgttact aaatggcagtttggcagtatagtactgcctccacctcagagagcttacaaggccgaagag aaggcagactgtgacaaaaagagaccagcgagagggctgttacatcctgcatcagagagt gaggacttcacaatgaaggacatgaacagtgctccgacctttgaactaagaatggaggat gacattggagaaagttgtgcattggagaaggatagctttggagcaagtcacacagtagaa agggatggctttggaacaagtcatgctttggagagggatggctttggagcaagtcaaggt ttggagactgatgactttggagcaagtcacacagtagaaagagatggctttggagcaagt catgctttggagagagatggctttggagcaagtcaaggtttggagactgatgactttgga gcaagtcacacagtagaaagagatggctttggagcaagtcatgctttggagatggatggc tttggagcaagtcatgctttggagagggatggctttggagcaagtcaaggtttggagact gatgactttggagcaagtcacacagtagaaagagatggctttggagcaagtcatgctttg gagatggatggctttggagcaagtcaaggtttggagactgatgactttggagcaagtcac acagtagaaagagatggctttggagcaagtcatgctttacagagggatggcgttggagaa aaactgctattcaatgagggtgacgtcactgagggccacagggacagcacagaaagccag tgtgtaattgggttagttgaccagcagggggctctgcatggagacacagcccagtcaaag ggggagatcgtgacaggaggaggaccaagggagaacctcagcgagagagaccccatcaag aggaaacggctcttcggtgatatgactactgacaaccagagagggatagggggtggagag atggagggaagagtggagagggagagaaaggatgacatcaataaaggagggatgaagaaa aagattgagaggaagaacagcaggagtagtaccaaaccccaccagcagaggaaggtgtca ccctcactggggaagatgagggatggagagggccagggggtgacagagagggatagtcac ccagaggagaggaagaacatggatgggccattgatgacagttgcacagaggaacagtgga ggaagcacagaaccattagctgctggacatttcattccgaagtcgtctcaggagagtggg agagtattcagagccccccctctgcgggccacccgtctgggacagacccccctggctact aatcatcacaacaacactcaggctggtgatggaggctccagagagagggggttgagtata gatcctgcactaaccaacccctctcatgctgggcatggaagggccgcagggctggggtcc ggcctgacctctatacgtgctagtggtgaggaggagagcagcggccctcaccctctcccc tctgcccaacaaccgcccctgacccctaccttctccctcaacagtaaacaaggcgcccct ctgcccaaaatcgccctcttcaggcggccggtgaaatgggaaccccctcaatcctgtcag gagaaagcaaggaccttgcaagggggccaggagtggtgcaaaacccaaacccccaaacac ccagacctgaccccagcctttagcctagacccccgagccaaaaccaagaccctccacaag actgagggaaccaagagtgttgctctaacccctaacccctcacatcgacccccagccaac ccagttaggccaagacagggggtcccaatgggggagaggggacttgaatcaaccagggac cattctaattcagtcactccccagcatagatcctccaaaacccccaaaccacccaagccg aagtgggacaaaactgggcctaaccagggtcaactcatcccagaaactgaaccagagagt ggaagcggtgccggtgacccccaggcccagtccaaccaatccaaaacctgtctgactaca gccatgatctctgaccccagagtaacggatgctgggaagttgagtcctgaagagagaggc agggtgctggaggaggcagggcaggccagtgcgctggttctgaccatggtgtaccaggac ggaaccactcagatggacccagaacagaagctgagcccatcagtgtgtggggtgctggtg atgttgaaaagagatctggacccgactggaccaataccaggaccagaggagggggtggca caacgagacagtctggtttacctcagactggaacagaaacctgcatgggcccagagccac caagaccacaacctagacctcttcaatagagagatgctgctgcaggtagtatcagggtct caactggtggtgtgttacaaggccaaagacctggtccgtacagcactgcagcactacaga ccagacctacactggaaacaattctcatcttgtcgcgtccaggacccccaggtagcagcc tggctgttggacccagctgacccctcttcctgcttcaccaacctgctcaccaaacactgt aggacaccccccagaacccccacacctgccctgggggcaaggaaggtgtcccaggttatc tccagtctgtctctgctctacaggctgaatatggagctacgctctaaactacagagccag ggtctgtgggagctgtactctaacatggagctgactatgatccctgtactggcagccatg gagagccacaggatccatgtggacacggagtccctaaagacaacatcagagatgctgggg actaagatgaagcagctagagcacgaggcccaccaggcagcaggccagatgtttctagtg tccagcagcacccagctcaggacggttctgtttgagaagctgcgtctgcaggaccgctgt gaaaacaagaagctccccaagactctcaacaaacaacagcagtctacatctgaggctgtt ttgttgcagctccaggacctgcaccccctgccgaagatcattctcgaatacagacaggtt cataagatcaagtccaccttcgtcgacgggattctgtcttgcgtgatgagtaagaactcc atctcgtccacatggtaccagaccagtgcagtgactggaagaatctctgccaaacaccca aacttccaggccctcccaaggcaaccggtgcagatcactaagaagcaatatgttcaagga aaggaagcggaggtggtgacggttcacccacgggccatgttcatcccccaggacggctac accttcctggctgcagatttctgccaggtggaactgcgtctgctggctcacctctcgtca gaccctgagctgcagaggatcttcaacaacccacaggccgacgtcttcaccatgctggcc tcacagtggaagggtgtgagtgaaggagaagtgagttcagaggatagagagcatgccaag cgtatcgtctactctgtggtgtatggagcaggtagggagcgtctgtcgggcatcctgggt gttagtgctgaacaggccagacacttccaggacagcttcctccacacctacagagaggtc cagaccttcatacacaccaccatccaacagtgccacaaacaaggttacgtggtgtctatt atgggccggcgaaggacacttcctcacatccactctacagactggggagtccgcatgcag gctgagagacaggccgtcaactttgtggtccaagggtcagctgctgacctgtgtaagatg gccatgatccgtatcttctctcaagtctcctcctccagctctctctccgccaggctgata gctcagctccatgacgagctgctctacgaggtggaggactctcaggtggaggagttcgca gtgttggtcaagaacactatggagtccctgcaacacatcgattgtctgggagttcatctc aaagtccccctgaaggtggcggtctcaagtggcaagtcctggggctccatgtccgaacta cacctcccccaaacatctctcccccctcttcctgagggcggcccggctggttga

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