LOCUS       NM_001033338            5848 bp    mRNA    linear   ROD 01-JUN-2024
DEFINITION  Mus musculus RIMS binding protein 3 (Rimbp3), mRNA.
ACCESSION   NM_001033338 XM_155825 XM_358937
VERSION     NM_001033338.3
KEYWORDS    RefSeq; RefSeq Select.
SOURCE      Mus musculus (house mouse)
  ORGANISM  Mus musculus
            Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
            Mammalia; Eutheria; Euarchontoglires; Glires; Rodentia; Myomorpha;
            Muroidea; Muridae; Murinae; Mus; Mus.
REFERENCE   1  (bases 1 to 5848)
  AUTHORS   Zhou,J., Du,Y.R., Qin,W.H., Hu,Y.G., Huang,Y.N., Bao,L., Han,D.,
            Mansouri,A. and Xu,G.L.
  TITLE     RIM-BP3 is a manchette-associated protein essential for
            spermiogenesis
  JOURNAL   Development 136 (3), 373-382 (2009)
   PUBMED   19091768
  REMARK    GeneRIF: RIM-BP3 plays an essential role in manchette development
            and function through its interaction with Hook1.
REFERENCE   2  (bases 1 to 5848)
  AUTHORS   Mittelstaedt,T. and Schoch,S.
  TITLE     Structure and evolution of RIM-BP genes: identification of a novel
            family member
  JOURNAL   Gene 403 (1-2), 70-79 (2007)
   PUBMED   17855024
REFERENCE   3  (bases 1 to 5848)
  AUTHORS   Choi,E., Lee,J., Oh,J., Park,I., Han,C., Yi,C., Kim,D.H., Cho,B.N.,
            Eddy,E.M. and Cho,C.
  TITLE     Integrative characterization of germ cell-specific genes from mouse
            spermatocyte UniGene library
  JOURNAL   BMC Genomics 8, 256 (2007)
   PUBMED   17662146
  REMARK    Publication Status: Online-Only
COMMENT     VALIDATED REFSEQ: This record has undergone validation or
            preliminary review. The reference sequence was derived from
            AA030140.1, AC154667.2, AK133200.1 and BG075083.2.
            
            On Jun 21, 2008 this sequence version replaced NM_001033338.2.
            
            Sequence Note: This RefSeq record was created from transcript and
            genomic sequence data to make the sequence consistent with the
            reference genome assembly. The genomic coordinates used for the
            transcript record were based on alignments.
            
            ##RefSeq-Attributes-START##
            RefSeq Select criteria :: based on single protein-coding transcript
            ##RefSeq-Attributes-END##
            COMPLETENESS: complete on the 3' end.
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-144               AA030140.1         1-144
            145-850             AC154667.2         177896-178601
            851-5787            AK133200.1         2-4938
            5788-5848           BG075083.2         1-61                c
FEATURES             Location/Qualifiers
     source          1..5848
                     /organism="Mus musculus"
                     /mol_type="mRNA"
                     /strain="C57BL/6"
                     /db_xref="taxon:10090"
                     /chromosome="16"
                     /map="16 10.67 cM"
     gene            1..5848
                     /gene="Rimbp3"
                     /gene_synonym="Gm1759; Gm603; mKIAA1666; RIM-BP3"
                     /note="RIMS binding protein 3"
                     /db_xref="GeneID:239731"
                     /db_xref="MGI:MGI:2685449"
     exon            1..5848
                     /gene="Rimbp3"
                     /gene_synonym="Gm1759; Gm603; mKIAA1666; RIM-BP3"
                     /inference="alignment:Splign:2.1.0"
     CDS             580..5400
                     /gene="Rimbp3"
                     /gene_synonym="Gm1759; Gm603; mKIAA1666; RIM-BP3"
                     /codon_start=1
                     /product="RIMS-binding protein 3"
                     /protein_id="NP_001028510.2"
                     /db_xref="CCDS:CCDS27998.2"
                     /db_xref="GeneID:239731"
                     /db_xref="MGI:MGI:2685449"
                     /translation="MTKDSPTPLGGGRASPKKPSSPGPAAAVLEEQRRELEKLRAELE
                     GERARGRSERRRFATQTRQLRESAEQERQQLADHLRSKWEARRLRELRQLQEEVQRER
                     EAEIRQLLRWKEAEMRQLQQLLHQERDVVLRQARELQRQLAQELVNRGYCSRSGASEA
                     SAAQCRCRLQEVLALLRWETDGEQAARIRHLQAALDVERQLFLKYILEHFRWQPALPG
                     PADPQATHSLEEPPLEAQSNTGGTPKPARRLGSLESLNTGVRVHSPNDLLPTRAGSLE
                     SLATAHSCSLDNTLNCSQASESEVRAPATSASIPDTSSPQPPPQLPSIHRKPNDLQKE
                     SSENKPCEASTSSPPGLDYQELVRQNSELAEALQVLVRRCCDLREENLHLRRKGFSEE
                     AGEKVKWLKVKHAELTDLAQRLEDRARKLQETNLRAMSAPVPGESLEGLDLSQVFTCQ
                     RAQDLSEQAGALQAKDLQIEALRRECHLLQARIAADLGSSSHPEEGATCAQWCNISDL
                     DRLQRESQREVLRLQRQLTLHQSKAGAWADAGRPSTPSEITRHQVQALERELGLQRRE
                     CEELSVQAAAAERRYEETEAQLQAALHKGARLSEENARLQALANWMKKMADENSNVSR
                     QQSHTRQRQELEATSLLAEQLLQQEGYAQDRRQQLQHYKNKALSDLRTSGKEMQGLQF
                     QPGHPSETSETTQASESQARDSGRPTFKTKSEERVLPLPTRDIQPPACLSQQENPVIV
                     EEPAAGPQVSDRNSTSQSLDSKPQAKKTSSQSNSSSEVESMWATVPSCLSLDMDTASE
                     VDDLEPDSMSTPLEMRSLEAPIIPKLKLFLARSSYNPFEGPSEHCQGKLPLTAGDYVY
                     VFGDMDEDGFYEGELVNGQRGLVPSNLVEPISGSPILNHLFLKSPDIGPTALPAGHSK
                     VLKKGSLLLGEVQERGLCQVGRVDSKTDMAAESLKTKTEACWLGLKSSLEEQSFSRPL
                     LEAKGAFCLAPMELQLQNVTATSATITWASGSNRYPHVVYLDDEEHILTPSGVNHYTF
                     QGLHPGTCYRVRVGVQLPRDLLQVLWETTSSTLTFDTPLAGPPDPPLDVLVEHHASPG
                     VLVVSWLPVTIDSAGSSNGVQVTGYAVYVDGFKVTEVADATAGNTLLEFSQLQVPLSC
                     QKVSVRTMSLYGESLDSVPAQIPEDFFSCCPFLGAPPFNYTDGNPFPVCHQKLVQASL
                     GAKSSPRGPGNCGEPQAKFLEAFPEEHPRKHLSLSSLSSDGTNSQAQGPTEAWKGYEK
                     DLSFQKSPQNHKPPLLFGQSGVEEGHAPHICISGSPAPGFVHLSSEIGHGKIRCWEKP
                     GLEKALLQNQYAPMVPPHQQGSSQCQPADFHHVFEEKEALCLDSQGTEKPEQRKNKSQ
                     NGQRQGTPGSKRECSVLCPAPTNKVIKMTSGSPDQLETDANNPVRVFLALFDHSPLVI
                     SVNSEAAEEELAFQKGQLLRVWGSLDLHGFYHGECNGHLGKIPGHLVVEVEVGTQQTD
                     GRWHLPAQGHLLSETQREDLEGLTNSQGSYMPQGNSRTPTLWTPKTMVAALDYDPRDG
                     RAGVQAKGKLVLRAGDVVTVYGPVDDKGFYYGEYGGHRGLVPAHLLDDLPVHGE"
     regulatory      5824..5829
                     /regulatory_class="polyA_signal_sequence"
                     /gene="Rimbp3"
                     /gene_synonym="Gm1759; Gm603; mKIAA1666; RIM-BP3"
                     /note="hexamer: ATTAAA"
     polyA_site      5847
                     /gene="Rimbp3"
                     /gene_synonym="Gm1759; Gm603; mKIAA1666; RIM-BP3"
                     /note="major polyA site"
ORIGIN      
        1 gaaaaagaac aaagaaaagg cttagcatgt tgggtcctgc gtaggaacag aggagttata
       61 gccacttagg gctcagagct caaccacaaa tttaagcaga tcttgtaaga agtttaccta
      121 atttcaaaac tcgaccagaa accctagtag agccaggtga gatctgacca gaatccattt
      181 ttactcaggc ccaggatcag cgatcatcta ggaaccctac tggggatcta attctggaaa
      241 ggattgcaca ctgccagggc gaaagtggaa caggtcacaa aagccctaaa gcagatatgt
      301 gtgggctccg aaatatgccc ggggtatccg gggaagttca gaggctagtt tgaaaggggt
      361 ctcaggagtt taggaagaag cgaaaggcac tcaatctgtg gggaggcgac aggttataag
      421 ggagatcgcc cccaaggcgg aagaggcgcg cggagggcac ctaggggcgc cggaaggggc
      481 gcgtggggcg gttggcagcg gccgggggcg gaggccgttg gctaactggc ctaccaatac
      541 caaactatct ctctggcttc ttgccgggct gcggccacaa tgacaaagga ctcacccacc
      601 cccttgggtg gtggccgcgc gtcgcccaag aagccaagca gccccggccc agcggccgca
      661 gtgctggagg agcagagacg agagctagaa aaactacggg cagagctgga gggcgagcgc
      721 gcgcgcggcc ggtcggaacg gaggcgtttc gctacccaga cgcgccagct gcgggagtcg
      781 gctgagcagg agcggcagca gctggctgac catctgcgct ccaagtggga ggcacgacgc
      841 ctccgggagc tgcggcagct gcaggaggag gtgcagcgcg agcgtgaggc cgagatccgg
      901 cagctgctgc gctggaagga ggcagagatg cggcagctgc agcagttgct acaccaggag
      961 cgcgatgttg tattgcgcca ggcaagggag cttcagcgtc agctggccca ggagctagtg
     1021 aaccgtggtt actgcagccg ctcaggggca tccgaagcct ccgcggcaca atgccgctgt
     1081 cgcctgcagg aagtgctggc gctgctgcgc tgggagaccg acggcgaaca agccgcgcgc
     1141 atccgccacc tgcaggcggc gctagacgtg gagcgccagc tattccttaa atacatccta
     1201 gagcacttcc gctggcagcc ggctttaccg ggacccgcgg acccccaagc cacgcattcc
     1261 ttggaagagc cgcccctaga agcccagagt aacactggtg gcaccccaaa gcctgctcgt
     1321 cgactcggat ccctcgaaag cctgaacact ggcgtccggg ttcattctcc aaacgacctg
     1381 ctgcccacgc gcgccggctc cctcgaatct ttggcaacag cacattcctg ctcactggac
     1441 aacacactga attgctccca ggcttctgaa tccgaggtaa gggcccctgc gaccagcgcg
     1501 tctattccag acacctccag tccccagccg ccgcctcagc taccatcaat acataggaaa
     1561 cctaatgacc tgcagaaaga aagctccgag aacaagccct gcgaagcctc gacctcctcg
     1621 cctccgggtc tggactacca ggaactggtg aggcagaact cggagctggc cgaggcattg
     1681 caggtgctgg ttcgccgctg ttgtgacctg cgcgaagaaa acttgcatct gcggcgtaaa
     1741 ggcttctccg aggaggcagg agagaaagtg aaatggctca aggtgaagca cgcagagctg
     1801 accgatctcg ctcagcgcct tgaagacagg gcccgcaagc ttcaggagac caatctgagg
     1861 gccatgagtg ctccagtgcc aggtgagagc ctcgaaggtc tggacctgag ccaagtgttt
     1921 acctgccagc gtgctcagga cctgtcagaa caggctggcg cgctgcaagc caaggatcta
     1981 cagatcgaag cattgaggcg ggagtgccac ctgctgcagg cgcgcatcgc cgcggacctt
     2041 ggcagctcct cgcatcctga agagggcgcc acgtgcgcgc aatggtgcaa catcagtgac
     2101 ttggaccggc tgcagcgtga gtctcagcgg gaagtgctgc gcctgcaaag acagttgact
     2161 ctacatcaga gtaaagcagg cgcctgggca gacgcgggca gacccagcac accctcggag
     2221 ataactcggc accaggtgca ggcgctggaa cgcgagttgg gtttacagcg gcgggaatgc
     2281 gaggaactga gcgttcaggc agccgcagct gagcggcgct acgaggagac agaggcacaa
     2341 ctgcaggccg cgctgcacaa aggcgccagg ctgtcagagg agaatgcacg gctgcaggcc
     2401 ctggccaact ggatgaagaa gatggcagat gagaacagca atgtttcccg gcagcaaagt
     2461 cacacgaggc agaggcagga actcgaagcc actagcctgc tggctgagca gctgctgcaa
     2521 caagagggat atgcgcaaga caggcggcag cagctgcagc actacaagaa taaagcccta
     2581 agtgacctta ggacttccgg gaaagagatg caggggttgc aatttcagcc tggccacccc
     2641 tcagagacat cagagaccac ccaagcttca gagtcccaag ccagggatag cgggagaccc
     2701 acgttcaaaa caaaatctga agaacgtgta ttacctttgc ctaccaggga catacagcct
     2761 cctgcttgtc tctcccagca ggagaatcca gttatcgttg aggaaccagc tgctggcccc
     2821 caagtgtcag acagaaattc aactagtcag tctctggact ccaaaccgca agccaagaaa
     2881 accagttcac agtcaaattc ctcctcagag gtagagtcca tgtgggctac agtgccatct
     2941 tgcctttctt tggacatgga cacagcaagt gaagtggatg atttagaacc agacagtatg
     3001 tccactcccc tggaaatgag gagccttgag gctcccatca ttcccaagct caagctcttc
     3061 ttggctagat ctagctacaa tccatttgaa gggcctagtg agcattgtca aggcaagctg
     3121 cccctcacag ctggggacta tgtctatgtt tttggggaca tggatgagga tggcttctat
     3181 gaaggggagc ttgtgaatgg gcagcgaggg ctagtcccct ccaacttagt ggaaccgatt
     3241 tcaggaagcc ctattctgaa ccacctattc ctcaagtccc ctgacattgg tcccactgca
     3301 ctaccagctg ggcacagcaa agtcttgaag aaaggcagct tattacttgg ggaagtacag
     3361 gagagaggtc tgtgtcaggt aggaagggta gactctaaga cagatatggc agcagagagt
     3421 ttgaaaacca agacagaagc ctgttggctg ggcttgaaat caagcttgga ggagcagagc
     3481 ttctccagac ccctcctgga ggccaaaggc gcattctgtc tggcccccat ggaactacag
     3541 ctgcagaatg tcacggctac ctccgccacc attacctggg cctctggcag caatagatat
     3601 ccgcatgtgg tgtacctaga tgatgaagag catatcctga ctccctcagg tgtgaaccac
     3661 tacacctttc aaggcctaca tcctggcacg tgttaccggg tgagggtggg ggtacagcta
     3721 cctagggacc tactacaggt gctctgggaa acaacgtcct ccactctaac ttttgataca
     3781 cctttagcag gtccccctga cccccctctg gatgtgctgg tggaacacca tgcctctccg
     3841 ggtgtcctag tggtcagttg gctccctgtg accatagact cagctgggtc ctccaatgga
     3901 gtgcaggtca ctggctatgc tgtgtatgta gatggcttca aggtgaccga agttgccgac
     3961 gccactgctg gaaacaccct gttggaattt tctcagcttc aggttcccct atcctgccag
     4021 aaggtttcag tgagaaccat gtcactgtat ggcgagtctc tggattcagt accggctcaa
     4081 atccccgagg acttcttctc ctgctgccca ttcctaggag ctcctccctt taactacaca
     4141 gatggtaacc ctttccctgt ctgtcaccag aagctggtac aagcttctct gggtgccaag
     4201 tccagtcctc gtggccctgg aaactgtggg gagccccagg cgaagtttct agaagcattc
     4261 cctgaagaac atccaaggaa gcatttgtca ctgtccagcc tgagctcaga tggaacaaat
     4321 agccaagctc aggggcccac agaagcctgg aagggctacg agaaggacct gtcctttcag
     4381 aagagtcccc agaaccacaa gccacctctt ctctttggcc agtctggggt agaggaagga
     4441 catgccccac acatatgcat cagtgggagt cctgctccag gatttgtcca tctctcctca
     4501 gaaattggac atggaaaaat acgttgttgg gagaagcctg gccttgagaa agcccttctt
     4561 caaaatcaat atgccccgat ggtcccacct caccagcaag gctccagcca gtgccaacca
     4621 gctgacttcc atcatgtttt tgaggagaag gaggccctgt gtttggattc tcagggcaca
     4681 gagaagccag agcaaagaaa gaacaagtcc caaaatggac agagacaagg gactcccgga
     4741 agcaagagag agtgctcagt gctatgccca gcaccaacca acaaagtcat taagatgaca
     4801 agtggtagcc cagaccagct ggagactgac gcaaacaatc cagtcagggt cttcctggcc
     4861 ctctttgacc atagccccct tgtaatatct gtcaactcag aagctgcaga agaagagctg
     4921 gccttccaga aagggcagct gctgagggta tggggttcac tggatctcca tggcttctac
     4981 cacggagagt gcaatggaca cctgggcaaa atccccgggc acctggtagt tgaggtagag
     5041 gtgggcacac aacagactga tgggaggtgg catctgccag cacaaggcca tctgctttct
     5101 gagactcaac gtgaagactt ggagggtcta accaattccc agggatctta catgcctcaa
     5161 gggaactcca gaacacccac actgtggacc ccaaagacaa tggtggcagc tctggactac
     5221 gatcccaggg atggtagagc aggggtccag gcaaagggca agctggtatt gagagctgga
     5281 gatgtagtca cagtttatgg gcctgtggat gataagggat tctactatgg tgagtatggt
     5341 ggacacaggg gcctggtccc agcccacctg ctggatgact tgcctgtcca tggagagtaa
     5401 gcacgactcc cttggagggt agtggcatcc ggtggcccaa caccccttgg aaacagaagc
     5461 aagcacatga attttcacac agtatccctc ctccctagcc accgtaagca acactggctc
     5521 caggcaacat cacctgaaac tgacaacagt cctcagatgt tgtcctagta accaacagca
     5581 gcaggactta aatctgagtt gttccccaaa gaaaagtaaa ccagccaacc cctgagagtt
     5641 tgataggcta tttcaaagac acggataacc atgatgggta ttagagatgc ctttttctgt
     5701 ggtcagtatg ttttcgttag caggttaaca ttatccatcc attgcctgta tgaaagtctc
     5761 aagaaaattt aaaaagaaaa agcaatcaga aaatgctatt tttctatttt atgttcaacc
     5821 ctcattaaaa tgttcataga aaaagaat
//
