LOCUS       XM_022521371            4728 bp    mRNA    linear   MAM 20-SEP-2017
DEFINITION  PREDICTED: Enhydra lutris kenyoni testis and ovary specific PAZ
            domain containing 1 (LOC111159009), mRNA.
ACCESSION   XM_022521371
VERSION     XM_022521371.1
DBLINK      BioProject: PRJNA407952
KEYWORDS    RefSeq; corrected model.
SOURCE      Enhydra lutris kenyoni (northern sea otter)
  ORGANISM  Enhydra lutris kenyoni
            Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
            Mammalia; Eutheria; Laurasiatheria; Carnivora; Caniformia;
            Musteloidea; Mustelidae; Lutrinae; Enhydra.
COMMENT     MODEL REFSEQ:  This record is predicted by automated computational
            analysis. This record is derived from a genomic sequence
            (NW_019154150.1) annotated using gene prediction method: Gnomon.
            Also see:
                Documentation of NCBI's Annotation Process
            
            ##Genome-Annotation-Data-START##
            Annotation Provider         :: NCBI
            Annotation Status           :: Full annotation
            Annotation Version          :: Enhydra lutris kenyoni Annotation
                                           Release 100
            Annotation Pipeline         :: NCBI eukaryotic genome annotation
                                           pipeline
            Annotation Software Version :: 7.4
            Annotation Method           :: Best-placed RefSeq; Gnomon
            Features Annotated          :: Gene; mRNA; CDS; ncRNA
            ##Genome-Annotation-Data-END##
            
            ##RefSeq-Attributes-START##
            frameshifts          :: corrected 1 indel
            internal stop codons :: corrected 3 genomic stop codon
            ##RefSeq-Attributes-END##
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-355               NSES01016343.1     31831-32185         c
            356-693             NSES01016343.1     31041-31378         c
            694-694             "N"                1-1
            695-2831            NSES01016343.1     28904-31040         c
            2832-2893           NSES01016343.1     17487-17548         c
            2894-3021           NSES01016343.1     16663-16790         c
            3022-3085           NSES01016342.1     204371-204434       c
            3086-3237           NSES01016342.1     184764-184915       c
            3238-3330           NSES01016342.1     184473-184565       c
            3331-3446           NSES01016342.1     183064-183179       c
            3447-3513           NSES01016342.1     171657-171723       c
            3514-3688           NSES01016342.1     170407-170581       c
            3689-3789           NSES01016342.1     169405-169505       c
            3790-3955           NSES01016342.1     167268-167433       c
            3956-4120           NSES01016342.1     150959-151123       c
            4121-4324           NSES01016342.1     149303-149506       c
            4325-4508           NSES01016342.1     146303-146486       c
            4509-4728           NSES01016342.1     142506-142725       c
FEATURES             Location/Qualifiers
     source          1..4728
                     /organism="Enhydra lutris kenyoni"
                     /mol_type="mRNA"
                     /isolate="GAN:26980312"
                     /sub_species="kenyoni"
                     /db_xref="taxon:391180"
                     /chromosome="Unknown"
                     /sex="male"
                     /tissue_type="blood"
                     /dev_stage="adult"
     gene            1..4728
                     /gene="LOC111159009"
                     /note="The sequence of the model RefSeq transcript was
                     modified relative to its source genomic sequence to
                     represent the inferred CDS: inserted 1 base in 1 codon;
                     Derived by automated computational analysis using gene
                     prediction method: Gnomon. Supporting evidence includes
                     similarity to: 1 Protein, and 12% coverage of the
                     annotated genomic feature by RNAseq alignments"
                     /db_xref="GeneID:111159009"
     CDS             1..4728
                     /gene="LOC111159009"
                     /note="The sequence of the model RefSeq protein was
                     modified relative to its source genomic sequence to
                     represent the inferred CDS: inserted 1 base in 1 codon;
                     substituted 3 bases at 3 genomic stop codons"
                     /codon_start=1
                     /transl_except=(pos:550..552,aa:OTHER)
                     /transl_except=(pos:577..579,aa:OTHER)
                     /transl_except=(pos:820..822,aa:OTHER)
                     /product="LOW QUALITY PROTEIN: testis- and ovary-specific
                     PAZ domain-containing protein 1"
                     /protein_id="XP_022377079.1"
                     /db_xref="GeneID:111159009"
                     /translation="

MRRPLPSGPTAAHRREGDARGPRKQGRRPGPGEAGGCGPEVWEREESRQKRRMVARASGREEVESDKSGEASGTGKAAVRRLRGGSGGQGSPSDPSDPQGLEAVKEAELPLHLGRQQETKEKRKVTEASSDDPQPGTDLVRKESLTNLESFQTVDCSEFQSMAFLWSLGKEGLVEGIKRRIRIXKLKGLESPXKSPLKITENKATQNIKVEFQDELYKNTPKYSCNSLSPEXESNSILKLHDCSCFPYSKGCNDENSLSYKRDGGRMHVPENSXKLKKENFRSLADKSDTNNAPQLLQTEENLMGVNKLLLEKTDLYQSKSNGLFSCLQNENNKYSIEESNVGRKPRKRMKVSEKGDEMIIEMNFSNMYSKSELVLQENQTGAEDKGAETLEAKKSPLKVLRNINHNTLSPVDHLLSLPETAGKKTSPGHHVNAMFQKTLEPLLEEEIKNASEHLGFKSMEPEEYIKLMQSSIVKLPSDCCNLEKRSSWEDLRNEAEELKLGCHRAIPMTGKRTWPCYSCARISAQCWKKSSLPDSNNCLPGSRESFKQDDFLKHQTNQTHLTDSKVALQSTITETNSESSSKEKLDSNLNCLSSVSSIEPTLMIIKEPIIDDKMIQSEEPSRSGSEVVSNTTEDTQLTNVPQNLTGNKKKDRGNLTKFNLTVASQDVQEANNSIGKTVHRKACIAKQTLVVPDLVKILNTGRLTNFKIPLLKNKTEKRKEINARSSEREAYSPLELLDNLSGAEVRQNRNKENISTVTSGPQSLRIQNSVTPVQANSDSCSCKHSCSISSGFLKQGNGNKPSNHISEPGNIISNKEAVSLTVERNTFSCDLGCIEKSPAFCSNEQETFKPVFSEVSGREMTKNFSEIKMGFPDILKAYEDDVLLIDVIQDDPDLFGVSSEGELSFTSEFPMINQEPNVAEEHQSTDSKHMVLPEKKEPSDDLRRLPILDPGLMKSEICASLSAANEIKHDSKGGNISLEEVTNETCESEKLGDFIEHVKSSDLDEKVCMDVFKKYISINELCLLQRAVNTFMDYYRKFPPGIHFDLQVLNDLLNSLLKHCLLKEVFQVVNLSIMVKMLPALKILLKIFEHVATMKLRNAVPALIDIFCKFVEAGMIFDAEHFNYIVKLLYQLQASQQEITAVLEMKSRLRMRQFKKNWKCNLDSALNEIEHCKEKGDWTKLGNLYINIKMGCENFADFQRFCACIAETLTKDCKEERPGVPFCEFAETVSKDPQNSEVDKTLLGRIGISAMYYYHKLLQWSKGRKVLDKLYELKIHFTSLKGLTGPEKLAPRCQIVNIAAEIFLKSGSLDGAIWVLRESEWIINTPLWPCDRLDVLNRHNLLCTIAHEILAKSLYRQTFEVLQNLPGFQNSQETVEVSQYSLLFNKLLDACIESNSLGMSSSVAEFMISKNIPIDFSFLRRLITSLGRSCLWLKARAHYKSALSLGCYPPLEGNLYRKLLLIPSYLSEIEMLLAIEIFLVSNASSIQSPGTSTQILQIVLKRCEENKSRSKDEYQAAVERLIMAARISDPKLFIKHMTVNVNKEQVYSLEHCSALKWLKENMKWAGKVWLFSNH"

     misc_feature    3508..4035
                     /gene="LOC111159009"
                     /note="Putative aspartate racemase; Region:
                     Asp_Glu_race_2; pfam14669"
                     /db_xref="CDD:464250"
ORIGIN      

atgcggcggccgctgccctcagggcccacggcagcccacaggcgtgaaggcgacgcgcgaggcccgaggaagcaaggccggcggccagggccaggcgaagcgggaggctgcggccctgaggtctgggaacgcgaggagagcaggcaaaagaggagaatggtggcccgggcgtctgggagagaagaggtggaaagtgacaagtcgggtgaggcgtccgggactgggaaggctgctgtgaggcggctgagaggagggtctgggggccaggggagcccttcggacccctcggatcctcagggattagaagcagtgaaggaggcggagctccccttgcatttgggaagacagcaagaaaccaaggaaaaaagaaaagttactgaagcctcaagtgatgatccacagccagggactgacctggtaagaaaggaatcattaaccaatttggaatctttccaaacagtggattgcagtgaatttcaaagtatggctttcttgtggtctttgggtaaggaaggtttggtagaaggtattaaaagaagaattcgaatttaaaaacttaagggcttagaaagcccttaaaaaagccctctcaaaataactgaaaataaggctacacaaaatattaaggttgaattccaagatgaactgtacaagaatactccaaaatattcttgtaacagcttgtcacctgagntagaaagtaattccattttaaaattacatgattgcagttgtttcccctattccaagggttgtaatgatgaaaatagcctttcatataaacgtgatggtggacgtatgcatgtaccagaaaattcctgaaagttaaagaaagaaaactttaggagtcttgcagataagagtgacacaaataatgctcctcagcttttacaaactgaagaaaacttaatgggagtaaataagttattgcttgaaaaaactgatttataccaaagtaaaagtaatggcttgttttcctgccttcagaatgaaaacaataaatactcaatagaggagagcaatgttgggagaaaacccaggaaaaggatgaaggtgtctgaaaaaggagatgaaatgattattgagatgaacttctctaatatgtatagcaagtctgagttggtattacaagaaaaccaaacaggtgctgaggataaaggagcagagactttagaggctaaaaaaagtcctttaaaagttttgagaaacataaaccacaatacactctccccagtggatcatttattaagtcttccagaaacagcagggaaaaaaacaagtcctggacatcatgtaaatgctatgtttcagaaaacccttgagccacttttggaagaagaaataaaaaatgcttcagagcacttaggatttaaaagcatggagccagaagagtatattaagttgatgcaaagctcaatagtgaaattacctagtgattgctgtaatttggaaaagagatcttcatgggaagacttgagaaatgaagctgaagaattgaagttaggctgtcacagagcaataccgatgactggtaaaagaacttggccttgttattcctgtgctagaatatctgcccagtgttggaaaaagtcttccttgccagattcaaataactgtcttcctgggtctcgggaaagttttaagcaagatgattttcttaaacaccaaacaaatcaaactcacttaactgattctaaagtagcattacaaagtaccataacagaaacaaacagtgaatcttcaagtaaagaaaaattggattctaatttaaattgtttgtcttcagtctcctcaatagaacctactttaatgattataaaggaacccataattgatgataaaatgatacagtcagaggaaccaagcagaagtggttcagaggtagtttctaatactactgaagatactcagctaactaatgtgcctcaaaacttaacaggaaataaaaaaaaagatagagggaatttaacaaaatttaatttgacagtggcttcccaggatgtccaggaagcaaataactctataggcaaaactgttcatcgaaaagcatgcattgctaagcaaacccttgtggttccagacttggtgaaaatactgaacacaggccggctgactaattttaaaattccattacttaagaataaaacagaaaaaaggaaagaaataaatgcaaggtcatcagaaagagaagcatatagtcccttagaacttcttgacaatttatctggagccgaggtaagacaaaataggaataaagaaaatatttctacagtaacttcaggacctcagtctttgagaatacaaaatagtgtaactccagtgcaagctaattctgactcatgcagctgcaagcattcctgtagtatttcttcaggttttttaaagcaaggtaatggtaataaaccatccaaccacatctctgaaccaggcaatattatttcaaacaaggaagctgtttctctcacagttgaaagaaatactttttcttgtgatcttgggtgtatagagaaaagtcctgctttctgctctaatgaacaagaaacattcaaaccagttttctctgaagttagtggtagagaaatgactaagaacttttcagaaattaaaatggggtttccagatattcttaaagcatatgaagatgatgtcctcttaattgatgtcattcaagatgacccagacctctttggggtctccagtgaaggggagctctcatttacttcagagttccctatgataaaccaggaacccaatgttgctgaagagcaccagtcaacagactctaagcacatggtacttccagaaaaaaaagaaccaagcgatgacttgagaagacttcctatactggatcctggattgatgaagtcagagatctgtgcttccttatcagcagcaaatgaaattaaacatgattccaaaggtggaaacatttccttagaggaagttactaatgagacctgtgaaagtgaaaagctgggagacttcattgaacacgtaaaaagttcagacttggatgaaaaggtttgtatggatgtgtttaagaaatatataagtatcaacgaactgtgtttgctacaacgtgcagtaaacacatttatggattactaccgaaaatttccaccgggtatacactttgatttacaagtgctaaatgaccttctaaattctttactcaaacattgtttattgaaagaagtatttcaggtagtgaacctcagcataatggttaaaatgctgcccgctctgaaaatattactaaaaatatttgaacacgtggcaactatgaaattaaggaatgctgtacctgctttaattgatatattttgcaagtttgttgaagctgggatgatatttgatgcagagcactttaactatattgtcaagctcttataccaactacaggcttcccaacaagaaataactgcagttctggaaatgaaatccaggttgcggatgaggcaatttaaaaagaactggaaatgtaatttagattcagccttgaatgaaatagagcattgtaaagaaaaaggtgactggaccaaactgggaaatttatacattaacataaaaatgggctgtgaaaactttgcagatttccagagattttgtgcttgtattgctgaaacattaacaaaagactgtaaagaagagagaccaggtgttccattttgcgaatttgctgaaacagttagcaaagatccacaaaatagtgaagtagataaaactttgctgggaagaattggaatcagtgctatgtactactatcacaagctgttgcagtggtccaagggaaggaaagtcttagataaattatatgaattaaaaatacatttcacaagtttaaaaggacttacagggcctgagaagctagcaccaagatgtcaaattgtgaatattgcagcagaaatttttctaaaaagtggaagcctagatggtgccatttgggtattgagggagtcagaatggatcatcaatacaccactgtggccttgtgatagactggatgtactcaatcgacataatctgctctgtacaattgcacatgaaatcttagccaagagcctttatagacagacatttgaagttttgcaaaatctaccaggttttcaaaattctcaagaaactgtggaggtctcacagtatagccttctctttaataaacttctggatgcctgtatagaaagcaacagtcttggtatgtcatcctctgtagcagaattcatgatttcaaagaacatccctattgacttctcctttcttagaagattaattacttctttaggaaggagttgtttatggctcaaagccagagcccactacaaaagtgctctttcattgggttgctacccaccattggagggaaatttatacagaaaacttctactgattccttcctatttatctgagattgaaatgcttttagctattgaaatcttcctggtatctaatgctagtagtattcagagtcctggaacttctacacagatactgcagatagttttgaaaagatgtgaagaaaacaaatctcggagcaaggatgaatatcaagctgcagtggaaagattaattatggctgctcgtatatcagatccaaagctcttcattaagcacatgaccgtcaatgttaataaggaacaggtttatagtttggaacactgttctgccctgaaatggttgaaagagaatatgaagtgggctggaaaggtctggcttttcagtaaccattag

//