Gene Name Pav_sc0000410.1_g500.1.mk
Chromosome Name PAV_r1.0chr1
Start 26926003
End 26931255
PAV_r1.0 Name Pav_sc0000410.1
Start 341117
End 346369
Direction +
Annotation NR PREDICTED: nucleolin 2 isoform X1
Sequence CDS

ATGGGCAAATCAAGCAAGAAGTCAGCCTCCAAAGTCGATGCAGCTCCTGCTGTAGTCCCA
CCTTCTAAGGCTGTCAAGAAAGGTAAGAGAGAAGCCGAGAATGTGATAGAGAAGGCGGTG
AATGTAAAGAAGCAGAAGAGGGATGAGGGTGTACAGCAGGCTATTCAGAAGAAGAAAGTT
GAAGCAAAGACACAAAAGAAGAAGGAAGAAACTAGTAGTTCTGAGGAGTCTGATTTGTCT
TCATCAGACTCTGATGTAAAGAAACCCGCTCCCAAAGCTGCTAAAAATGGTAAAGGCAAC
CCATCCAGCAGTTCTGACTCTTCAGATGATGATTCTGATGAAAAACCTACTTCCAAGCCT
TCTGCTCCTTCAAAAAAGTCTGTTCCTGCTAAAAATGGGACAGCTGGAGCTAGTGTTAAG
AAAGCTGCTCCATCCAGCAGTTCAGACGAATCTGATGAATCTGATGAGGAAGAAGTTCCT
AAAACCAAGGTAACTGCCAAGAATGGCCCGACTGCCGCTCCAAAGAAGAAGGATGACTCA
ACCGACAGCTCAGATGAGTCAAGTGATGATGATGAAACCCCTGCAAAGGGTACTGCCCAA
GTGCCTGCTGCTACGAAGAAAGGTCCAGCAGTGGCTGCTAAGAAGGAGGACACTAGTAGC
AGCTCTGAAGAGGAGAGTGATGACGATGAGGAAGAAATTGTGAATAAAGTATCTGCTGTA
ACCCGTAAAGGGAAGGAGGATTCTACTGATAGCTCCTCTGAAGATAGTTCAGAGGATGAG
AAGGTAACCGCTAAAGGTGTTGCCCCCTCAGCTAAGAGGGCTCAACCATCAAAAAAGACT
GATGAGAGTTCAGAAGAAAGTGATTCTGATGAAGAAGATGATGATGAGCCTCAAAATAAA
AAGCCAAAGGTGTCGGCTACCTCAAACGCTGCAAAACCAAGTGCAAAAGCTGCTCAGAAG
GACGTCACTTCTGAAAGTTCAGATGAGGATAGTGACGATGATAGTTCAGATGAGGAGCCC
TCAAAGGCAGAGAAAGTAAAGAAGCCTTCCCAAGTGTCAAAGAAAGATAGTAGCGAATCT
GATGAGTCTTCATCAGAAGAAGAGGAGGATGAACCTGCAAAGACTCCAAAGAAAAAGGGT
ACTGATGTTGAAATGGTAGATGCTGATTTGAAGTCCGAGAAGAAAGCTCCCAAAACCCCT
GCTACTCCTGAAGCAACAACTTCCAAGACTTTGTTTGTTGGAAACCTGTCATTCAGTGTT
GAGCGGGCTGATGTCGAAAGCTTCTTTAAGGAAGCTGGTGAAGTTGTTGATGTCCGTTTC
TCCACTAATGAAGAAGGGGTGTTTAGGGGCTTCGGGCATGTGGAATTTGCCACATCAGAA
GCAGCACAGAAGGCTCTTGAATTAAATGGTGTGGAGCTGCTGGGCCGTGGAGTGAGACTT
GATCTTGCTCGTGAAAGGGGTGCTTATACCCCACATAGCGGCAATGAGGGGAACTCATAT
CAGAAGGGTGGACAAGGCCAGTCTACAATATTTATTCGAGGTTTTGATACATCCCAAGGG
GAGGATGAGATCAGGAGCTCCCTGCAAGAATTTTTTGGTGATTGTGGAGAGATAACAAGG
TTGTCCATCCCAAAAGATTATGAGACTCAAGCACCCAAGGGGATGGCTTACTTGGAGTTC
CAGGAAGGGGATAGTTTCCAAAAAGCTCTGCAACTTGACCAATCTGAATTTGGAAACAGC
GTCTTGACAGTACAAGAGGCCAAACCACGAGCTGATTTTGGTGGTAGTGGCAGAGGTGGT
GGTGGCAGGAGTGGTGGTGGCCGTTTTGGTGGTAGGGACAGTGGTGGCCGTTTTGGTGGT
AGGGACAGTGGTGGCCGTTTTGGTGGTAGGGACAGTGGTGGCCGTTTTGGTGGTAGGGAC
AGTGGTGGCCGTTTTGGTGGTAGGGACAGTGGTGGCCGTTTTGGTGGTAGGGACAGTGGT
GGCCGTTTTGGTGGTAGGCGTGGAGGTGGAGGTGGCCGGGGTTTTTCTGGTGGACGTGGT
AGAGGAGGACGTGGAGGATCGAACAAGCCAAATCTAGCTGCTCCTGGAACAGGGAAGAAG
ACTACCTTCAGTGAGGATTAG
PEP

MGKSSKKSASKVDAAPAVVPPSKAVKKGKREAENVIEKAVNVKKQKRDEGVQQAIQKKKV
EAKTQKKKEETSSSEESDLSSSDSDVKKPAPKAAKNGKGNPSSSSDSSDDDSDEKPTSKP
SAPSKKSVPAKNGTAGASVKKAAPSSSSDESDESDEEEVPKTKVTAKNGPTAAPKKKDDS
TDSSDESSDDDETPAKGTAQVPAATKKGPAVAAKKEDTSSSSEEESDDDEEEIVNKVSAV
TRKGKEDSTDSSSEDSSEDEKVTAKGVAPSAKRAQPSKKTDESSEESDSDEEDDDEPQNK
KPKVSATSNAAKPSAKAAQKDVTSESSDEDSDDDSSDEEPSKAEKVKKPSQVSKKDSSES
DESSSEEEEDEPAKTPKKKGTDVEMVDADLKSEKKAPKTPATPEATTSKTLFVGNLSFSV
ERADVESFFKEAGEVVDVRFSTNEEGVFRGFGHVEFATSEAAQKALELNGVELLGRGVRL
DLARERGAYTPHSGNEGNSYQKGGQGQSTIFIRGFDTSQGEDEIRSSLQEFFGDCGEITR
LSIPKDYETQAPKGMAYLEFQEGDSFQKALQLDQSEFGNSVLTVQEAKPRADFGGSGRGG
GGRSGGGRFGGRDSGGRFGGRDSGGRFGGRDSGGRFGGRDSGGRFGGRDSGGRFGGRDSG
GRFGGRRGGGGGRGFSGGRGRGGRGGSNKPNLAAPGTGKKTTFSED