2024-11-01 08:16:36, GGRNA.v2 : RefSeq release 226 (Sep, 2024)
LOCUS XM_011243147 8620 bp mRNA linear ROD 07-FEB-2024 DEFINITION PREDICTED: Mus musculus Ros1 proto-oncogene (Ros1), transcript variant X1, mRNA. ACCESSION XM_011243147 VERSION XM_011243147.2 DBLINK BioProject: PRJNA169 KEYWORDS RefSeq. 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. COMMENT MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000076.7) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 22, 2016 this sequence version replaced XM_011243147.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI RefSeq Annotation Status :: Updated annotation Annotation Name :: GCF_000001635.27-RS_2024_02 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 10.2 Annotation Method :: Best-placed RefSeq; Gnomon; RefSeqFE; cmsearch; tRNAscan-SE Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Date :: 02/01/2024 ##Genome-Annotation-Data-END## FEATURES Location/Qualifiers source 1..8620 /organism="Mus musculus" /mol_type="mRNA" /strain="C57BL/6J" /db_xref="taxon:10090" /chromosome="10" gene 1..8620 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Ros1 proto-oncogene; Derived by automated computational analysis using gene prediction method: Gnomon. Supporting evidence includes similarity to: 1 Protein, and 100% coverage of the annotated genomic feature by RNAseq alignments, including 1 sample with support for all annotated introns" /db_xref="GeneID:19886" /db_xref="MGI:MGI:97999" CDS 443..7468 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /codon_start=1 /product="proto-oncogene tyrosine-protein kinase ROS isoform X1" /protein_id="XP_011241449.1" /db_xref="GeneID:19886" /db_xref="MGI:MGI:97999" /translation="
MKNICWLTLKLVKFVVLGCIIWISVAQSTVLSSCLTSCVTNLGRQLDSGTRYNLSEACIHGCQFWNSVDQETCALKCNDTYATICERESCEVGCSNAEGSYEEEVLESTELPTAPFASSIGSHGVTLRWNPANISGVKYIIQWKYAQLPGSWTFTETVSKLSYTVEPLHPFTEYIFRVVWIFTAQLHLYSPPSPSYRTHPYGVPETAPLILNMESWSPDTVEVSWAPPHFPGGPILGYNLRLISKNQKLDSGTQRTSFQFYSTLPNTTYRFSIAAVNEVGEGPEAESTVTTPSPSVQEEEQWLFLSRKTSLRKRSLKYLVDEAHCLWSDAIHHNITGISVYAQQQVVYFSEGTVIWMKGAANMSDVSDLRIFYQGSGLVSSISIDWLYQRMYFIMDKLVYVCELKNCSNLEEITPFSLIAPQKVVVDSYNGYLFYLLRDGIYRVNLPLPSGRDTKAVRIVESGTLKDFAVKPQSKRIIYFNDTMQLFMSTFLDGSAFHRVLPWVPLVTVKSFACENNDFLITDGKAIFQQDSLSFNEFIVGCDLSHIEEFGFGNLVIFGSSVQSYPLPGHPQEVSVLFGSREALIQWTPPALAIGASPSAWQNWTYEVKVYSQDILEITQVFSNISGTMLNVPELQSSTKYTVSVRASSPKGPGPWSAPSVGTTLVPATEPPFIMAVKEDGLWSKPLCSFGPGEFLSSDVGNVSDMDWYNNSLYYSDTKGNVYVRPLNGMDISENYHIPSIVGAGALAFEWLGHFLYWAGKTYVIQRQSVLTGHTDIVTHVKLLVNDMAVDSVGGYLYWTTLYSVESTRLNGESSLVLQAQPWLSGKKVIALTLDLSDGLLYWLVQDNQCIHLYTAVLRGWSGGDATITEFAAWSTSEISQNALMYYSGRLFWINGFRIITAQEIGQRTSVSVSEPAKFNQFTIIQTSLKPLPGNFSSTPKVIPDPVQESSFRIEGHTSSFQILWNEPPAVDWGIVFYSVEFSTHSKFLIIEQQSLPIFTVEGLEPYTLFNLSVTPYTYWGKGQKTSLSFRAPESVPSAPENPRIFILSSGRYTKKNEVVVEFRWNKPKHENGVLTKFEIFYHISKQSGTNRSTEDWMSASVIPPVMSFQLEAVSPEYTVAFQVRVFTSKGPGPFSDIVMSKTSEIKPCPYLISLLGNKIVFLDMDQNQVLWTFSLEGDVSTVGYTTDDEMGYFAQGDTLFLLNLRNHSSSKLFQDALVSDIRVIAVDWIARHLYFALKASQNGTQIFNVDLEHKVKSPREVKTCKAHTTIISFSIYPLLSRLYWTEVSDLGHQMFYCNISNHTSQHVLQPKASNQHGRSQCSCNVTESELSGAMTVDTSDPDRPWIYFTKRQEIWAMDLEGCQCWKVIMVPTIPAGKRIISLTVDGEFIYWIMKTKDDAQIYQAKKGSGAILSQVKASRSKHILAYSSALQPFPDKAYLSLASDMVEATILYATNTSLTLKLPPVKTNLTWHGITHPTSTYLIYYMEANRANSSDRRHKMLESQENVARIEGLQPFSMYMIQIAVKNYYSEPLEHLPLGKEIQGQTKSGVPGAVCHINATVLSDTSLHVFWTESHKPNGPKESVRYQLVMSYLAPIPETPLRQGEFPSAKLSLLITKLSGGQLYVMKVLACHPEEMWCTESHPVSVNMFDTPEKPSALVPENTSLQLDWKARSNVNLTGFWFELQKWKYNEFYHVKASCSQGPVYVCNITDLQPYTSYNIRVVVVYTTGENSSSIPESFKTKAGVPSKPGIPKLLEGSKNSIQWEKAEDNGSRLMYYTLEVRKGISNDSQNQSSRWKVVFNGSCSSICTWRSKNLKGTFQFRAVAANEIGLGEYSEISEDITLVEDGVWITETSFILTIIVGIFLVATVPLTFVWHRSLKSHKASKEGLSVLNDNDKELAELRGLAAGVGLANACYAVHTVPTQEEIENLPAFPREKLSLRLLLGSGAFGEVYEGTAIDILGVGSGEIKVAVKTLKKGSTDQEKIEFLKEAHLMSKFNHPNILKQLGVCLLGEPQYIILELMEGGDLLSYLRKARGTTFHGPSLTLLDLVELCVDISKGCVYLEQMHFIHRDLAARNCLVSVKDYTSPRVVKIGDFGLAREIYKNDYYRKRGEGLLPVRWMAPENLMDGIFTSQSDVWSFGILVWEILTLGHQPYPAHSNLDVLNYVQAGGRLEPPRNCPDDLWNLMSQCWAQEPDQRPTFHNIQNQLQLFRNVFLNNVSHCGEAAPTGGVINKGFEGEDDEMVTLNSDDTMPVALMETKNQEGLNYMVLATKCSQGEGSYEGPLGPKELGSCDLKKDKKQPQADKDFCQEPQVAYGSPGLSEGLNYACLAHSEHGDVSE"
misc_feature <740..>1330 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Fibronectin type 3 domain [General function prediction only]; Region: FN3; COG3401" /db_xref="CDD:442628" misc_feature 2144..2434 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Fibronectin type 3 domain; One of three types of internal repeats found in the plasma protein fibronectin. Its tenth fibronectin type III repeat contains an RGD cell recognition sequence in a flexible loop between 2 strands. Approximately 2% of all...; Region: FN3; cd00063" /db_xref="CDD:238020" misc_feature order(2144..2146,2351..2353,2396..2398) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Interdomain contacts [active]" /db_xref="CDD:238020" misc_feature order(2399..2404,2408..2413) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Cytokine receptor motif [active]" /db_xref="CDD:238020" misc_feature 3551..3871 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Fibronectin type 3 domain; One of three types of internal repeats found in the plasma protein fibronectin. Its tenth fibronectin type III repeat contains an RGD cell recognition sequence in a flexible loop between 2 strands. Approximately 2% of all...; Region: FN3; cd00063" /db_xref="CDD:238020" misc_feature order(3551..3553,3788..3790,3833..3835) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Interdomain contacts [active]" /db_xref="CDD:238020" misc_feature order(3836..3841,3845..3850) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Cytokine receptor motif [active]" /db_xref="CDD:238020" misc_feature <4946..>5701 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Fibronectin type 3 domain [General function prediction only]; Region: FN3; COG3401" /db_xref="CDD:442628" misc_feature 5393..5668 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Fibronectin type 3 domain; One of three types of internal repeats found in the plasma protein fibronectin. Its tenth fibronectin type III repeat contains an RGD cell recognition sequence in a flexible loop between 2 strands. Approximately 2% of all...; Region: FN3; cd00063" /db_xref="CDD:238020" misc_feature order(5633..5638,5642..5647) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Cytokine receptor motif [active]" /db_xref="CDD:238020" misc_feature 5681..5962 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Fibronectin type 3 domain; One of three types of internal repeats found in the plasma protein fibronectin. Its tenth fibronectin type III repeat contains an RGD cell recognition sequence in a flexible loop between 2 strands. Approximately 2% of all...; Region: FN3; cd00063" /db_xref="CDD:238020" misc_feature order(5936..5941,5945..5950) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Cytokine receptor motif [active]" /db_xref="CDD:238020" misc_feature 6287..7072 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="Catalytic domain of the Protein Tyrosine Kinase, C-ros; Region: PTKc_c-ros; cd05044" /db_xref="CDD:270640" misc_feature order(6287..6289,6299..6301,6356..6358,6362..6364, 6500..6511,6518..6523,6659..6661,6671..6676,6680..6682, 6728..6730,6782..6796,6821..6823,6923..6925) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="active site" /db_xref="CDD:270640" misc_feature order(6287..6289,6299..6301,6356..6358,6362..6364, 6500..6511,6518..6523,6671..6676,6680..6682,6728..6730) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="ATP binding site [chemical binding]; other site" /db_xref="CDD:270640" misc_feature order(6659..6661,6671..6673,6782..6796,6821..6823, 6923..6925) /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="polypeptide substrate binding site [polypeptide binding]; other site" /db_xref="CDD:270640" misc_feature 6725..6802 /gene="Ros1" /gene_synonym="c-ros; Ros-1" /note="activation loop (A-loop); other site" /db_xref="CDD:270640" ORIGIN
gcatagtcaaaacccaatttcctgcatagctcagtcaacctcaaagaagtgcggtggctgaccgacctaagtgtcctgtgtcaggattgtgtggcctggctcgctggaaagcaatctaagtttctcctgtttatttagcatgtgtagagctcttcctggatctaacttttagccagggaatgtcttttgttatgggagcaaaaggaagctaaactataaaatagccttgctgcgatgttctgggctatctaagatccaaaggtctaaactaatccaaaggcctcaatattctttttaaagagagaatgatattctaacattgcgaaagaaaacagaaaacctacttgtcacacttgcaactgaagtatgaagcctaaagagttcttaaagcaaggtggagctatgaggaccccagctgtgtaggaagccagccctcctgaggatgaagaacatctgctggctcaccctgaaacttgtgaagtttgtggtccttgggtgcatcatatggatttctgtggcacagagtacagttctgagcagctgcctaacgtcctgtgtaactaacctgggcaggcagcttgacagtggcacacggtacaatctgagtgaggcgtgcatccatggatgtcagttttggaactctgtagatcaggaaacgtgtgctttaaagtgtaatgacacctacgccaccatttgtgagagggagtcctgtgaggtcggctgcagcaatgcggagggtagctacgaagaggaagtgctggaaagcacagaacttcctacagcaccctttgcatcttccattggaagtcatggtgtgacattacgctggaaccctgccaacatctctggagtcaaatacataattcaatggaaatatgcccaacttccaggaagctggactttcacggagaccgtgtccaagctctcatacacggtggaacccctgcatccattcacagaatatatttttcgagtggtttggatcttcacagcccaactgcatctttattccccaccaagtcccagttacaggactcatccttatggagttccagaaactgcacctctcatcctgaacatggaaagctggagccctgatactgtggaggtcagctgggctccacctcatttcccaggtggacctattttgggttataatttaaggctcatcagtaaaaatcaaaaattagattcagggacacagagaaccagtttccagttttattctactctaccaaacaccacctacaggttttctatcgcagcagtcaatgaagttggtgaggggccagaagcagaatctacagttaccactccatccccatcagttcaagaagaagaacaatggctctttttatccagaaaaacttctctaagaaagaggtctttgaagtacttagtagatgaagcacattgcctttggtcagatgctatacaccataatattacaggaatatcagtctatgctcagcagcaagtggtttatttttcagaaggaactgtcatctggatgaagggggctgccaacatgtctgatgtgtctgacctgagaattttttaccaaggctcaggtctagtgtcttctatctccatagactggctgtaccaaaggatgtatttcatcatggataaactggtatatgtctgtgaattaaagaattgctcaaatttagaggaaatcactcccttctctcttattgcacctcagaaagttgtggttgactcctacaatgggtacctcttttatctcctgagagacggcatctacagagtcaatctccctttgccatctggcagggacaccaaagctgtgcgtattgtggagagtggcacattaaaggactttgcagtaaagccccaatccaagcgaatcatttacttcaatgacaccatgcaactcttcatgtcaacgtttctggatggctctgccttccaccgggtcctgccttgggtcccccttgtgactgtgaagagctttgcttgtgaaaacaatgacttcctcatcacagatggcaaggccatttttcagcaggactccctgtctttcaatgaattcatcgtgggatgtgacctgagtcacatagaagagtttgggtttggtaacttggtcatctttggctcctctgtccagtcataccctctgccaggacatccacaggaggtctcagtgctgtttggttctcgagaggcccttattcagtggacgcctcctgctctcgccataggagccagtccttccgcctggcagaactggacttatgaagtcaaagtttattcccaggacatccttgaaatcactcaagttttctcgaacataagcgggaccatgcttaatgtacccgaactgcagagttctacaaagtacactgtctctgtgagagcaagttctcctaaaggcccaggcccctggtcagcaccatcagtgggtaccaccttggtaccagctactgaaccaccattcatcatggctgtgaaagaagatgggctctggagcaaaccactctgtagttttggtccaggagaattcctgtcctctgatgtaggaaacgtgtcagatatggattggtacaacaacagcctctactacagtgacacaaaaggcaacgtttatgtgcggcctctgaatgggatggatatctcagagaattatcacatacccagcattgtaggagctggggctttggcctttgaatggctgggtcactttctctactgggctgggaagacatatgtgatccaaaggcagtctgtgttgacgggacacacggacattgtgactcatgtgaagctgttggtgaatgacatggctgtggattcagttggtggctatctctattggacaacactctactcagttgaaagcaccagactcaatggagaaagttctcttgtactacaggctcagccctggctctctggaaaaaaggttattgctctaacactagacctcagtgatgggctcctgtattggctggtgcaggacaatcagtgtattcatctgtacacagctgttcttcgaggatggagtggtggggatgctaccatcacagagtttgcagcctggagtacttctgaaatctcccagaatgcactgatgtactacagtggtagactcttctggatcaatggatttaggatcattacagcacaggaaataggtcagagaaccagtgtgtctgtttcggagccagcgaaattcaatcagttcacaattatacagacatctctcaagcctctgccaggaaacttttcctctactcccaaggttatcccagatcctgttcaggagtcttcatttcgaattgaaggacacacttcaagtttccaaatcctgtggaatgagccccctgcggtggactggggcatcgttttctacagtgtggaatttagcactcattccaagttcctgattattgaacaacagtctttacctatttttactgtggaaggactggagccctataccttatttaatctttctgtcactccttatacctactggggaaagggccaaaaaacatctctatcatttcgtgcacctgaatcagttccatcagcaccagaaaaccccagaatatttatattgtcaagcggaagatacaccaagaagaatgaagttgtggtagagttcaggtggaataaacctaagcatgaaaatggagtgctaaccaaatttgaaatcttctatcacatatctaaacaaagtggcacaaatagatcaactgaagactggatgtctgccagtgttatacccccagtgatgtcttttcaacttgaggctgtgagtcctgagtatactgttgccttccaggttagagtcttcacatccaaagggccagggccattttctgatatagtgatgtctaaaacatcagaaatcaagccatgtccgtatctcatatctcttctcggcaataagatcgtgtttctagacatggatcaaaatcaagttttgtggacattttccctggagggagacgtcagcacagtggggtacacaacagacgatgaaatggggtatttcgctcaaggagacacgctcttccttctgaatttgcgtaatcattccagttccaagcttttccaggatgcactggtttctgacattagagttattgctgttgattggattgcaaggcacctctactttgctctgaaagcatcacaaaacggaacacagatattcaatgttgaccttgaacacaaggtgaaatcccccagggaggtgaagacttgcaaagcacatacaacaataatttctttctctatatatcccctcttgagtcgcttgtattggacagaagtttcagatctgggccatcagatgttctactgcaatattagcaatcacacctcgcaacatgttctacaacccaaggcttcaaaccaacatggaaggagtcaatgttcttgtaatgtgacagaatctgagttaagtggggcaatgactgtggatacctctgacccagacagaccatggatatactttaccaaaaggcaagagatctgggccatggatctggaaggatgtcagtgttggaaagtcatcatggtacctactatccctgcaggaaaaagaatcattagcttaacagtggatggggagtttatatattggatcatgaaaacaaaggatgatgcccaaatttatcaagcaaagaagggaagcggggccatcctttcccaagtgaaggcctccaggagtaagcatatcttggcttacagttctgctctgcagccttttccagataaagcatatctgtctctagcttcagatatggtagaagcaactatattatatgccaccaacaccagcctcacactcaaattacctccagtcaagacaaacctcacgtggcatggtattacccaccccacgtcaacatacctgatttactatatggaagctaatagggcaaacagctctgacaggagacacaaaatgctggaatcacaggagaatgtagcccggattgaaggtctgcagccattttcaatgtacatgattcagatagctgtgaagaactattattcagagcctttagaacatttacctcttggaaaagagattcaaggacaaactaaaagtggagtgcctggggcagtttgtcatatcaacgcaactgtgttgtcggacaccagtctccatgtattctggacagaatcccataagccaaacggaccaaaagagtcagtccgctatcagctggttatgtcatacctggctcccattcctgagactcctctaagacagggtgaatttccaagtgccaagctttctctgctcatcactaaactatctggtggacagctctatgtgatgaaggttctggcgtgccaccctgaggaaatgtggtgtactgagagtcatcctgtcagtgtcaacatgtttgacacaccagagaaaccctctgccttggttccagagaacactagtctgcagttagattggaaggctcgatcaaacgttaacctcaccggattttggtttgaactccagaagtggaaatataatgagttttaccatgtcaaagcttcatgcagccaaggtccagtttatgtctgtaacatcacagatctacaaccttacacctcctataacattcgagtggtggtggtctatacgacaggagaaaatagctcctccattccagagagtttcaagacaaaagccggagtcccaagcaaaccaggtattcctaaattactagaagggagtaaaaattccatccagtgggaaaaagctgaagataatgggagcagattgatgtactacacccttgaggtcagaaaaggcatttcaaatgactcacagaaccagagttcaaggtggaaggtggtgtttaatgggtcctgcagtagcatttgcacatggagatcaaaaaacctaaaaggaacatttcagttcagagcagttgctgcaaatgaaattggacttggagaatatagtgaaatcagtgaagacattacattagtggaagatggtgtttggataacagaaacaagttttatacttactatcatagttgggatatttctggttgctacagtcccactgacctttgtctggcatagaagcttgaaaagtcacaaagcttccaaggaaggcctctcggttctcaacgacaacgacaaagagttggctgagcttcgaggtctggcggctggagtgggactggccaatgcctgctacgcagtacatactgttccaacccaagaagagattgaaaatcttcctgccttccctcgggagaagctgagcctgcgtcttttgttgggaagtggagcttttggagaagtgtatgaaggcacagctatagacatcctaggcgtgggaagtggagaaatcaaagtggcagtgaagaccttgaagaaaggttcaacagaccaggagaagattgagttcctgaaggaggcgcacctgatgagcaagtttaatcaccccaacattctgaagcagctgggagtctgtctgttaggcgaaccccagtacattattctggaactgatggaagggggagaccttctaagctatctgcgcaaagctcgggggacaacgtttcatggtccttcactcaccttgcttgaccttgtagagctgtgtgtagatatttcaaaaggctgcgtctacttggagcagatgcacttcattcacagggatctggcagctcggaattgccttgtatcagtgaaagactacaccagtcctcgggtagtcaagattggtgactttggattggcaagagaaatctataaaaatgattattatagaaagagaggggaaggcctgcttcctgttcggtggatggctcctgaaaacttgatggacggaatcttcacttctcagtctgatgtatggtcctttggaattttggtgtgggagattttaactctcggtcatcaaccttatccagcgcattccaaccttgatgttttaaactatgtgcaagcaggagggagactggagccaccaagaaattgtcctgatgatctgtggaatttaatgtcccaatgctgggctcaagaacctgaccaaagacccactttccataacattcaaaaccagcttcagttattcagaaatgttttcttaaacaatgtttctcattgtggagaagcagctcccaccggtggagtcatcaacaaaggctttgaaggtgaagatgatgaaatggtcactttgaactcagatgacacgatgccagttgccttgatggaaaccaagaaccaagaaggattaaattatatggtgcttgccacaaaatgtagccaaggtgaaggaagttatgagggtcctctaggccctaaggaacttgggtcatgtgatctgaagaaagacaagaagcaaccacaggcagacaaagatttctgccaggaaccacaggtggcttatggctctcctggcctgtctgaaggcctgaattatgcctgtcttgctcacagtgaacatggagatgtgtctgaataatagtgtctcgtaggaaatacagcactgagatcaacatcgtgttaagttacttgcagaaaagaataaagttgtggtggcagttgactctgaattgacacagtgaagttcctaagttctgatcttggttccaagagccatttggtttcactcagtgttctctttacctaaccttcagtggattatcagaggaacctttgcatacctggatatccctaagacaaatcctaagtctcggaagaaaacatcgctgttcctctcttctgaagtcctttacttcagagtactgcccaccctgatgtctgcggtgcagtaaaaacatctttgccaagtgggcagtgacaggaataggtccatgcaaggctgtgcgtgggggtggagtgggagtctgctgaggaccacctgaactgcagattaccttaaagaggatgcaggaaacaattagagacacatacaggaggggccagctcatgtgccatgaggaatcatctgtcacgctattattccaataaaatatcccctttaatcatcaccgtaaacccttttgtattttggaagcttggatgaacagctttaggcatagcaaaaatgggaccatgaaaatctctggatctcaaactttgacatttttgtggtctttaggtggcatacaaattatcttgtgatttaaaaaaatgatttttaatctattttttattttgtgtgtgtgagcgtttgcctgctggaggggagtgttggagctccgagaactggagttacaggtggctgtgaggtgccacagtgagttatgggaactgacctgcatccccctggaagaacagacagctcaccgaacccctgaccgtactcagctcctgtcttgtgatttttatgccaccatgaaaactggtgtaaggattgtttgggagaagacactgggatgtagctcaacaaagagcatttgactagcgtgaatgaaccccgtggttgtctccagcaccacacacacatgcgctcacactcactcatcattgtttcttgtcagacctattttatactaaaaatctagagtaaataatccttaaaatcagatgtaagtgactgtacacttttaattcaaaccgtgtaatttttatcacctgcatagaataataaacaattacatgaggacaattg
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Creative Commons Attribution 4.0 International License (CC BY 4.0).
If you use GGRNA in your work, please cite:
Naito Y, Bono H. (2012)
GGRNA: an ultrafast, transcript-oriented search engine for genes and transcripts.
Nucleic Acids Res., 40, W592-W596.
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