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Previous release (v1)
2025-08-18 16:38:15, GGRNA.v2 : RefSeq release 230 (May, 2025)
LOCUS XM_071984665 24493 bp mRNA linear INV 07-MAR-2025
DEFINITION PREDICTED: Apostichopus japonicus uncharacterized protein
(LOC139976171), transcript variant X4, mRNA.
ACCESSION XM_071984665
VERSION XM_071984665.1
DBLINK BioProject: PRJNA1228655
KEYWORDS RefSeq.
SOURCE Apostichopus japonicus (Japanese sea cucumber)
ORGANISM Apostichopus japonicus
Eukaryota; Metazoa; Echinodermata; Eleutherozoa; Echinozoa;
Holothuroidea; Aspidochirotacea; Aspidochirotida; Stichopodidae;
Apostichopus.
COMMENT MODEL REFSEQ: This record is predicted by automated computational
analysis. This record is derived from a genomic sequence
(NC_092571) annotated using gene prediction method: Gnomon,
supported by EST evidence.
Also see:
Documentation of NCBI's Annotation Process
##Genome-Annotation-Data-START##
Annotation Provider :: NCBI RefSeq
Annotation Status :: Full annotation
Annotation Name :: GCF_037975245.1-RS_2025_03
Annotation Pipeline :: NCBI eukaryotic genome annotation
pipeline
Annotation Software Version :: 10.3
Annotation Method :: Gnomon; cmsearch; tRNAscan-SE
Features Annotated :: Gene; mRNA; CDS; ncRNA
Annotation Date :: 03/05/2025
##Genome-Annotation-Data-END##
FEATURES Location/Qualifiers
source 1..24493
/organism="Apostichopus japonicus"
/mol_type="mRNA"
/isolate="1M-3"
/isolation_source="harbor with steady waves and no fresh
water injection"
/db_xref="taxon:307972"
/chromosome="11"
/sex="female"
/tissue_type="muscle"
/geo_loc_name="China: RuShan"
/collection_date="2021-04"
gene 1..24493
/gene="LOC139976171"
/note="uncharacterized LOC139976171; Derived by automated
computational analysis using gene prediction method:
Gnomon. Supporting evidence includes similarity to: 1 EST,
1 Protein"
/db_xref="GeneID:139976171"
CDS 399..19199
/gene="LOC139976171"
/codon_start=1
/product="uncharacterized protein isoform X4"
/protein_id="XP_071840766.1"
/db_xref="GeneID:139976171"
/translation="
MKIFCACKFRQLSQRRLGLIKLGIILTAFCLMQSSGNQDSDVCQSLPCQHNGTCISNNGSYTCHCASGWTSKDCAIDIDECLSFPCGNNGDCHNYGGGYNCSCDEGWSGTNCDEDIDECINFPCANNGTCHNFGGGYKCFCTEGWTRENCEQDLDECNRWPCEHNGVCQNFDGNFKCICVDGWSGDICDEDTDECIDSPCGKNGVCQNFAGGYRCGCVDGWDGEDCDEDIDECSTWPCENDGACLNSDGSYSCTCVEGWTGINCDKDQDECESFPCLHNGTCQNFEGGHRCTCEEGWTGENCNKDIDECTTYPCYNEAQCQNFDGGFRCVCEEGWIGENCDEDIDECSSFPCFNNGQCVNFDSGYLCSCQLGWDGQNCNQDIDECRTWPCVNNGLCENVDGSYNCTCEEGWTGKDCDESTTFLSTIDRKYRSIYGGTSSERTTEEHFKSTESTVTESSTAGTIFHSTTDDTIPPSPKISQEVASSTEGIITTEKPSSSAGSTDESTLISSTSEGSSTKVEIETDASTIPTTTVVTLEETTPESTSEVITSDVFSTEILASSEVTTQEYSTATESTVTESSTAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTNPTTTIVTLEEKTTESTSEVITSDVFSTGILASSEVTTQEYSTATESTVTESSTAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGIFISSTSEGSSTKVEIETDASTIPTRTIVSFEEKTTESTSEVITSDVFSTGILASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQDVASSTKGIITTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTTVVTLEETTPVSTSEVISSDVFSTGISASSEVTSQEHSTATESTVTESSIAATTFYSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTTVVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSPAESTEQGTLISSTSERSSTKVEIETDASTIPTTTVVTLEETTPVSTSEVISSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFYSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTVVTLEQKTPESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTLISSTTEGSSTKVEIETDASTTPARTIVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSPAESTEQGTLISSTSERSSTKVEIETDASTIPTTTVVTLEETTPVSTSEVISSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFYSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTVVTLEQKTPESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTTPARTIVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTLISSTSEGSSTIVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISSSSEVTTQEHSTATESTVTESSTAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGSSTIVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISSSSEVTTQEHSTATESTVTESSTAAATFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGSSTIVEIETDASTIPTTTALTLEERTTESTSQVITCDVLSTGISSSSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIVTTETPSSSAESTEQGTVISSTSEGGSTRVEIETDASTNPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQVTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFTTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTLISSTSEGSSTIVEIETDASTIPTTTALTLEEKTTESTSGVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIVTTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIVTTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSTAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFTTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGSSTKVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIVTTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTEVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFTAGISSSSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSSVESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFTTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTMSPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTRVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGSSTKVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIVTTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISARSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTEVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTKVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFTTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTRVEIETDASTNPTTTAVTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIVTTETPSSSAESTEQGTVISSTSEGGSTRVEIETDASTNPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIITTETPSSSAESTEQGTVISSTSEGGSTRVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSKAATTFHSTTDGTISPFTKISQEVASSTKGIVTTETPSSSAESTEQGTLISSTSEGSSTKVEIETDASTIPTTTALTLEEKTTESTSEVITSDVFSTGISASSEVTTQEHSTATESTVTESSTAATTFHSTADGTISPFTKISQEVASSTKGIITTETPSSPAESTEQGTLISSTSEGSSTKVEIETDASIEPATTVVTLEETGQCQVTLPNEYAYHISANSRVQREFYDHNETIHYGCINGYVLSESSIHKTVCCGGKLTPDRLPECQECNLECGPRRRCDIINGQPACVCDKRFWLDEECRETYHLKGSFIILLEDTLPAHLDSQCDVNGPDKVEKLTNEIRRGIETAVRNHSLTSQTYIRNEVLQLREGSIHVDYLLTLKNDAVNASTVNQIIINETRANGILNTLPSTNLTIDIQSFSMNDTANLDWCGFHIDTCSVLATCQNDGYRYTCECINGTEDFSPDGSRGRDCRFVQKPGQCQVTLPNEYAYHISANSRVQREFYDHNETIHYGCINGYVLSESSIHKTVCCGGKLTPDRLPECQECNLECGPRRRCDIINGQPACVCDKRFWLDEECRETYHLKGSFIILLEDTLPAHLDSQCDVNGPDKVEKLTNEIRRGIETAVRNHSLTSQTYIRNEVLQLREGSIHVDYLLTLKNDAVNASTVNQIIINETRANGILNTLPSTNLTIDIQSFSMNDTANLDWCGFHIDTCSVLATCQNDGYRYTCECINGTEDFSPDGSRGRDCRFVQKPAPFWKPVLAITLCAVFLPILLILICLYVLLACCKTPERSETYTPNDHPSVYLLNYKRQTTEEAKKDPEIPLFFEQDILDGEVAASVGSDSSSSSYNSEDDDRLQSLLEYLQRALPVDYHSTLSIAGSKESSTPERDHSSEEAAEVIPDNDRSLGQRMSYYLPQEERRGGSSAAIPAGRREGIRQRPTKPTAHRTSRADHQGIDNLYYIYEDDYGRRPPSILEPADTDDIDIRIQERDVHDIDEERSQRKPLDEKVRKVYCPHHKSSRSDCCLTYNLNDSASSSGQTDHNLKIPQTEL"
misc_feature 513..620
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(513..515,522..524,564..566)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 627..734
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(627..629,636..638,678..680)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 741..851
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(741..743,750..752,792..794)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 855..962
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(855..857,864..866,906..908)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 969..1076
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(969..971,978..980,1020..1022)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 1083..1190
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(1083..1085,1092..1094,1134..1136)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 1197..1304
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(1197..1199,1206..1208,1248..1250)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 1311..1418
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(1311..1313,1320..1322,1362..1364)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 1425..1532
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(1425..1427,1434..1436,1476..1478)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 1539..1646
/gene="LOC139976171"
/note="Calcium-binding EGF-like domain, present in a large
number of membrane-bound and extracellular (mostly animal)
proteins. Many of these proteins require calcium for their
biological function and calcium-binding sites have been
found to be located at the...; Region: EGF_CA; cd00054"
/db_xref="CDD:238011"
misc_feature order(1539..1541,1548..1550,1590..1592)
/gene="LOC139976171"
/note="Ca2+ binding site [ion binding]; other site"
/db_xref="CDD:238011"
misc_feature 2574..7637
/gene="LOC139976171"
/note="Large exoprotein involved in heme utilization or
adhesion [Intracellular trafficking, secretion, and
vesicular transport]; Region: FhaB; COG3210"
/db_xref="CDD:442443"
misc_feature 5718..10907
/gene="LOC139976171"
/note="Large exoprotein involved in heme utilization or
adhesion [Intracellular trafficking, secretion, and
vesicular transport]; Region: FhaB; COG3210"
/db_xref="CDD:442443"
misc_feature 10620..15665
/gene="LOC139976171"
/note="Large exoprotein involved in heme utilization or
adhesion [Intracellular trafficking, secretion, and
vesicular transport]; Region: FhaB; COG3210"
/db_xref="CDD:442443"
misc_feature <15213..>16211
/gene="LOC139976171"
/note="serine-rich protein; Region: ser_rich_anae_1;
NF033849"
/db_xref="CDD:468206"
polyA_site 24493
/gene="LOC139976171"
/experiment="COORDINATES: polyA evidence [ECO:0006239]"
ORIGIN
gcgacaccgtaaccatgacctgaaaaggaacccgtgtctatgaaatccgcccataataccacggtgttttcatattcccgtctggcttaggttacataaacagtttccttacgtgaccatactttggatgagcttatgtgaatgtgggatacttttttatggacaagaataccattttgaagacaagcttgaaagtaaatggtttttggaacatcgagatcggaatactttgataaacttggttactgtgcgttgctgcttgtttatcgaataacacgtgaatcattacaactttactactaaagactgcagtcacacgtgacgccgaaatatatgtaaacgaacatgaatcggttggaattttatctgattgcggatactaacagtgatttgaaaccatgaaaatattttgtgcctgcaaatttaggcaactttctcaaagaaggctggggttgatcaaattaggaataatattgacggcgttttgtcttatgcagtcatccggcaatcaggacagtgatgtttgccaatcattgccatgtcaacataatggaacatgtatttccaataatggctcttatacatgtcattgtgcgtcgggatggactagtaaggactgtgctatagacattgatgaatgcctgagctttccttgtggaaacaacggagattgtcacaactatggcggtggctacaattgctcctgtgatgagggatggtctggaactaattgtgatgaagacatcgatgagtgtattaattttccctgtgcaaacaatggaacttgccacaattttggaggtggttacaaatgcttttgcacagagggttggaccagagaaaactgtgaacaagatttggatgaatgcaaccgctggccttgtgagcacaatggggtctgtcagaactttgacggtaactttaagtgcatttgtgtagatggttggagtggagacatctgtgacgaagacactgacgaatgcatagactcaccttgcggaaagaatggagtttgtcagaatttcgcaggtggttacaggtgtggctgtgtcgacggatgggatggggaagactgtgatgaagatattgatgaatgcagtacttggccttgcgaaaatgatggggcttgtctcaattcagatggtagctacagttgcacctgtgtagagggttggactggcattaactgtgataaagaccaagatgaatgcgaaagctttccctgcctacacaatggaacctgtcagaattttgaaggtggacataggtgtacctgcgaagagggttggactggagaaaattgtaataaagacatagatgaatgcactacctatccttgttacaatgaggcacaatgtcagaattttgatggaggattcagatgtgtttgtgaagaaggttggataggagaaaactgtgatgaagacattgatgaatgtagcagctttccgtgcttcaacaatggacaatgtgtaaattttgactctggatacttgtgtagctgtcagttgggttgggatggacaaaactgtaatcaagacattgatgaatgcaggacctggccttgtgtaaacaatgggctgtgtgagaatgtagatggtagctacaactgcacatgtgaagagggttggactggaaaggactgcgatgaaagtaccacctttctatcaaccattgatagaaagtatagaagtatctatggaggtacaagttcggaaagaaccactgaggaacatttcaaatcaacagaaagtactgttacagagtcatctacagcaggtactatatttcattccactactgatgatacaatacctccttcgccaaaaataagtcaggaggttgcctctagtacagaagggatcatcaccactgagaaaccatcctcttctgcaggaagtactgatgaaagtactctaatttcatcaacaagtgaaggaagttccaccaaagtggaaatagagactgatgcatcaaccataccaacaacaactgtagtaactttggaagaaacaacacctgaatcaacatcagaggttataactagtgatgtgttttctactgagattttagcaagttccgaagtaaccactcaggaatattccactgcaacagaaagtactgttacagagtcatctacagcagctactacctttcattccactactgatggtacaatatctccttttacaaagataagtcaggaggttgcctccagtaccaaaggaatcatcaccactgagacaccatcctcttctgcagaaagtactgaacaaggtactctaatttcatcaacaagtgaaggaagttccaccaaagtggaaatagagacagatgcatcaaccaatccaacaacaactatagtaactttggaagaaaaaacaactgaatcaacatcagaggttataactagtgatgtgttttctactgggattttagcaagttcagaagtaaccactcaggaatattccactgcaacagaaagtactgttacagagtcatctacagcagctactacctttcattccactactgatggtacaatatctccttttacaaagataagtcaggaggttgcctccagtaccaaaggaatcatcaccactgagacaccatcctcttctgcagaaagtactgaacaaggtattttcatttcatcaacaagtgaaggaagttccaccaaagttgaaatagagacagatgcatcaaccataccaacaagaactatagtatcctttgaagaaaaaacaactgaatcaacatcagaggtcataactagtgatgtgttttctactgggattttagcaagttcagaagtaaccactcaggaacattcaactgcaacagaaagtactgttacagagtcatctaaagcagctactacctttcattccactactgatggtacaatatctccttttacaaagataagtcaggatgttgcctccagtaccaaaggaatcatcaccactgagacaccatcctcttctgcagaaagtactgaacaaggtactctcatttcatcaacaagtgaaggaagttccaccaaagttgaaatagagacagatgcatcaaccataccaacaacaactgtagtaactttggaagaaacaacacctgtatcaacatcagaggttatatctagtgatgtgttttctactgggatttcagcaagttcagaagtaacctctcaggaacattccactgcaacagaaagtactgttactgagtcatctatagcagctactaccttttattccactactgatggtacaatatctccttttacaaagataagtcaggaggttgcctccagtaccaaaggaatcatcaccactgagacaccatcctcttctgcagaaagtactgaacaaggtactctcatttcatcaacaagtgaaggaagttccaccaaagtggaaatagagacagatgcatcaaccataccaacaacaactgtagtaactttggaagaaaaaacaactgaatcaacatcagaggttataactagtgatgtgttttctactgggatttcagcaagttcagaagtaaccactcaggaacattccactgcaacagaaagtactgttacagagtcatctacagcagctactacctttcattccactactgatggtacaatatctccttttacaaagataagtcaggaggttgcctccagtaccaaaggaatcatcaccactgagacaccatcctctcctgcagaaagtactgaacaaggtactctcatttcatcaacaagtgaacgaagttccaccaaagttgaaatagagacagatgcatcaaccataccaacaacaactgtagtaactttggaagaaacaacacctgtatcaacatcagaggttatatctagtgatgtgttttctactgggatttcagcaagttcagaagtaaccactcaggaacattccactgcaacagaaagtactgttactgagtcatctacagcagctactaccttttattccactactgatggtacaatatctccttttacaaagataagtcaggaggttgcctccagtaccaaaggaatcatcaccactgagacaccgtcctcttctgcagaaagtactgaacaaggtactctaatttcatcaacaagtgaaggaagttccaccaaagtggaaatagagacagatgcatcaaccataccaacaactgtagtaactttggaacaaaaaacacctgaatcaacatcagaggttataactagtgatgtgttttctactgggatttcagcaagttcagaagtaaccactcaggaacattccactgcaacagaaagtactgttacagagtcatctacagcagctactacctttcattccactactgatggtacaatatctccttttacaaagataagtcaggaggttgcctccagtaccaaaggaatcatcaccactgagacaccatcctcttctgcagaaagtactgaacaaggtactctcatttcatcaacaactgaaggaagttccaccaaagttgaaatagagacagatgcatcaaccactccagcaagaactatagtaactttggaagaaaaaacaactgaatcaacatcagaggttataactagtgatgtgttttctactgggatttcagcaagttcagaagtaaccactcaggaacattccactgcaacagaaagtactgttacagagtcatctacagcagctactacctttcattccactgctgatggtacaatatctccttttacaaagataagtcaggaggttgcctccagtaccaaaggaatcatcaccactgagacaccatcctctcctgcagaaagtactgaacaaggtactctcatttcatcaacaagtgaacgaagttccaccaaagttgaaatagagacagatgcatcaaccataccaacaacaactgtagtaactttggaagaaacaacacctgtatcaacatcagaggttatatctagtgatgtgttttctactgggatttcagca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//
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@meso_cacase at
DBCLS
This page is licensed under a
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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