NCBI Summary
The product of this gene contains multiple epidermal growth factor (EGF)-like and LamG domains. The protein is expressed in the photoreceptor layer of the retina, and the gene is mutated in autosomal recessive retinitis pigmentosa. Multiple transcript variants encoding different isoforms have been found for this gene. [provided by RefSeq, Dec 2008].
Protein
Protein (NP_001278938)
Protein eyes shut homolog
Protein eyes shut homolog (Epidermal growth factor-like protein 10) (EGF-like protein 10) (Epidermal growth factor-like protein 11) (EGF-like protein 11) (Protein spacemaker homolog)
EYS
eyes shut homolog
Undefined
Very low evidence
Laminin G-like
Undefined
b-sandwich / ConA-like
GlcA(b1-3)Xyl(a1-4)GlcA / Matriglycan on alpha-dystroglycan
NP_001278938
346007
Q5T1H1
Undefined
Q5T1H1
0.177
10.1016/j.sbi.2018.11.007
neXtProt, PFAM, InterPro
Protein sequence and protein families (fasta) (3165 amino acids) Download
MTDKSIVILSLMVFHSSFINGKTCRRQLVEEWHPQPSSYVVNWTLTENICLDFYRDCWFLGVNTKIDTSGNQAVPQICPLQIQLGDILVISSEPSLQFPEINLMNVSETSFVGCVQNTTTEDQLLFGCRLKGMHTVNSKWLSVGTHYFITVMASGPSPCPLGLRLNVTVKQQFCQESLSSEFCSGHGKCLSEAWSKTYSCHCQPPFSGKYCQELDACSFKPCKNNGSCINKRENWDEQAYECVCHPPFTGKNCSEIIGQCQPHVCFHGNCSNITSNSFICECDEQFSGPFCEVSAKPCVSLLFWKRGICPNSSSAYTYECPKGSSSQNGETDVSEFSLVPCQNGTDCIKISNDVMCICSPIFTDLLCKSIQTSCESFPLRNNATCKKCEKDYPCSCISGFTEKNCEKAIDHCKLLSINCLNEEWCFNIIGRFKYVCIPGCTKNPCWFLKNVYLIHQHLCYCGVTFHGICQDKGPAQFEYVWQLGFAGSEGEKCQGVIDAYFFLAANCTEDATYVNDPEDNNSSCWFPHEGTKEICANGCSCLSEEDSQEYRYLCFLRWAGNMYLENTTDDQENECQHEAVCKDEINRPRCSCSLSYIGRLCVVNVDYCLGNHSISVHGLCLALSHNCNCSGLQRYERNICEIDTEDCKSASCKNGTTSTHLRGYFFRKCVPGFKGTQCEIDIDECASHPCKNGATCIDQPGNYFCQCVPPFKVVDGFSCLCNPGYVGIRCEQDIDDCILNACEHNSTCKDLHLSYQCVCLSDWEGNFCEQESNECKMNPCKNNSTCTDLYKSYRCECTSGWTGQNCSEEINECDSDPCMNGGLCHESTIPGQFVCLCPPLYTGQFCHQRYNLCDLLHNPCRNNSTCLALVDANQHCICREEFEGKNCEIDVKDCLFLSCQDYGDCEDMVNNFRCICRPGFSGSLCEIEINECSSEPCKNNGTCVDLTNRFFCNCEPEYHGPFCELDVNKCKISPCLDEENCVYRTDGYNCLCAPGYTGINCEINLDECLSEPCLHDGVCIDGINHYTCDCKSGFFGTHCETNANDCLSNPCLHGRCTELINEYPCSCDADGTSTQCKIKINDCTSIPCMNEGFCQKSAHGFTCICPRGYTGAYCEKSIDNCAEPELNSVICLNGGICVDGPGHTFDCRCLPGFSGQFCEININECSSSPCLHGADCEDHINGYVCKCQPGWSGHHCENELECIPNSCVHELCMENEPGSTCLCTPGFMTCSIGLLCGDEIRRITCLTPIFQRTDPISTQTYTIPPSETLVSSFPSIKATRIPAIMDTYPVDQGPKQTGIVKHDILPTTGLATLRISTPLESYLLQELIVTRELSAKHSLLSSADVSSSRFLNFGIRDPAQIVQDKTSVSHMPIRTSAATLGFFFPDRRARTPFIMSSLMSDFIFPTQSLLFENCQTVALSATPTTSVIRSIPGADIELNRQSLLSRGFLLIAASISATPVVSRGAQEDIEEYSADSLISRREHWRLLSPSMSPIFPAKVIISKQVTILNSSALHRFSTKAFNPSEYQAITEASSNQRLTNIKSQAADSLRELSQTCATCSMTEIKSSREFSDQVLHSKQSHFYETFWMNSAILASWYALMGAQTITSGHSFSSATEITPSVAFTEVPSLFPSKKSAKRTILSSSLEESITLSSNLDVNLCLDKTCLSIVPSQTISSDLMNSDLTSKMTTDELSVSENILKLLKIRQYGITMGPTEVLNQESLLDMEKSKGSHTLFKLHPSDSSLDFELNLQIYPDVTLKTYSEITHANDFKNNLPPLTGSVPDFSEVTTNVAFYTVSATPALSIQTSSSMSVIRPDWPYFTDYMTSLKKEVKTSSEWSKWELQPSVQYQEFPTASRHLPFTRSLTLSSLESILAPQRLMISDFSCVRYYGDSYLEFQNVALNPQNNISLEFQTFSSYGLLLYVKQDSNLVDGFFIQLFIENGTLKYHFYCPGEAKFKSINTTVRVDNGQKYTLLIRQELDPCNAELTILGRNTQICESINHVLGKPLPKSGSVFIGGFPDLHGKIQMPVPVKNFTGCIEVIEINNWRSFIPSKAVKNYHINNCRSQGFMLSPTASFVDASDVTQGVDTMWTSVSPSVAAPSVCQQDVCHNGGTCHAIFLSSGIVSFQCDCPLHFTGRFCEKDAGLFFPSFNGNSYLELPFLKFVLEKEHNRTVTIYLTIKTNSLNGTILYSNGNNCGKQFLHLFLVEGRPSVKYGCGNSQNILTVSANYSINTNAFTPITIRYTTPVGSPGVVCMIEMTADGKPPVQKKDTEISHASQAYFESMFLGHIPANVQIHKKAGPVYGFRGCILDLQVNNKEFFIIDEARHGKNIENCHVPWCAHHLCRNNGTCISDNENLFCECPRLYSGKLCQFASCENNPCGNGATCVPKSGTDIVCLCPYGRSGPLCTDAINITQPRFSGTDAFGYTSFLAYSRISDISFHYEFHLKFQLANNHSALQNNLIFFTGQKGHGLNGDDFLAVGLLNGSVVYSYNLGSGIASIRSEPLNLSLGVHTVHLGKFFQEGWLKVDDHKNKSIIAPGRLVGLNVFSQFYVGGYSEYTPDLLPNGADFKNGFQGCIFTLQVRTEKDGHFRGLGNPEGHPNAGRSVGQCHASPCSLMKCGNGGTCIESGTSVYCNCTTGWKGSFCTETVSTCDPEHDPPHHCSRGATCISLPHGYTCFCPLGTTGIYCEQALILIVILEKPKPAERKVKKEALSISDPSFRSNELSWMSFASFHVRKKTHIQLQFQPLAADGILFYAAQHLKAQSGDFLCISLVNSSVQLRYNLGDRTIILETLQKVTINGSTWHIIKAGRVGAEGYLDLDGINVTEKASTKMSSLDTNTDFYIGGVSSLNLVNPMAIENEPVGFQGCIRQVIINNQELQLTEFGAKGGSNVGDCDGTACGYNTCRNGGECTVNGTTFSCRCLPDWAGNTCNQSVSCLNNLCLHQSLCIPDQSFSYSCLCTLGWVGRYCENKTSFSTAKFMGNSYIKYIDPNYRMRNLQFTTISLNFSTTKTEGLIVWMGIAQNEENDFLAIGLHNQTLKIAVNLGERISVPMSYNNGTFCCNKWHHVVVIQNQTLIKAYINNSLILSEDIDPHKNFVALNYDGICYLGGFEYGRKVNIVTQEIFKTNFVGKIKDVVFFQEPKNIELIKLEGYNVYDGDEQNEVT
No structure currently available in the PDB RCSB Databank.
Structural models
No AlphaFold model available for Q5T1H1.
SWISS-MODEL structural models
SWISS-MODEL structural model
Modeller structural model (Homology modelling pipeline), Error: [1.59, 2.06] ÅDownload
The location of the lectin domain structural model is: 2717-2895
We infer [1.59, 2.06] Å as the interval of error of this structural model.
Template: 5IK4 chain: A, Q60675, NP_032507.2, sequence identity: 25.7%, coverage: 95.0%, location in sequence: 2740-3118, (2740-3118 in PDB).
Show the alignment used for the construction of the structural model, Download.
Show the plot of DOPE energy score, Download.
Ligand
Glycan ligands from structural data
No crystal structures of complexes with glycan ligand.
Expression
Human Protein Atlas
GeneCards
mRNA expression in normal human tissues for EYS Gene
ProteomicsDB
References
NCBI References (10 PubMed Identifiers)
  • EYS mutations and implementation of minigene assay for variant classification in EYS-associated retinitis pigmentosa in northern Sweden. [33833316]
  • A hypomorphic variant in EYS detected by genome-wide association study contributes toward retinitis pigmentosa. [33514863]
  • EYS is a major gene involved in retinitis pigmentosa in Japan: genetic landscapes revealed by stepwise genetic screening. [33247286]
  • Identification of Novel EYS Mutations by Targeted Sequencing Analysis. [33058741]
  • Identification of a 2 Mb human ortholog of Drosophila eyes shut/spacemaker that is mutated in patients with retinitis pigmentosa. [18976725]
  • Linkage validation of RP25 Using the 10K genechip array and further refinement of the locus by new linked families. [18510647]
  • Large-scale molecular analysis of a 34 Mb interval on chromosome 6q: major refinement of the RP25 interval. [18510646]
  • Refinement of the locus for autosomal recessive Retinitis pigmentosa (RP25) linked to chromosome 6q in a family of Pakistani origin. [10417302]
  • A major locus for autosomal recessive retinitis pigmentosa on 6q, determined by homozygosity mapping of chromosomal regions that contain gamma-aminobutyric acid-receptor clusters. [9585594]
  • Nonsyndromic Retinitis Pigmentosa Overview [20301590]
UniProt Main References (10 PubMed Identifiers)
  • EYS, encoding an ortholog of Drosophila spacemaker, is mutated in autosomal recessive retinitis pigmentosa. [18836446]
  • The secreted protein discovery initiative (SPDI), a large-scale effort to identify novel human secreted and transmembrane proteins: a bioinformatics assessment. [12975309]
  • The DNA sequence and analysis of human chromosome 6. [14574404]
  • The status, quality, and expansion of the NIH full-length cDNA project: the Mammalian Gene Collection (MGC). [15489334]
  • Identification of a novel homozygous nonsense mutation in EYS in a Chinese family with autosomal recessive retinitis pigmentosa. [20696082]
  • Eyes shut homolog is required for maintaining the ciliary pocket and survival of photoreceptors in zebrafish. [27737822]
  • EYS Is a Protein Associated with the Ciliary Axoneme in Rods and Cones. [27846257]
  • Mutation spectrum of EYS in Spanish patients with autosomal recessive retinitis pigmentosa. [21069908]
  • EYS is a major gene for rod-cone dystrophies in France. [20333770]
  • PEX6 is Expressed in Photoreceptor Cilia and Mutated in Deafblindness with Enamel Dysplasia and Microcephaly. [26593283]
All isoforms of this gene containing a lectin domain
NP_001136272.1, NP_001278938.1
RNA
RNA (Transcript ID: NM_001292009.2)
NM_001292009.2
eyes shut homolog, transcript variant 4
All isoforms of EYS containing a lectin domain
540..10037 (or 63720596.. 65495410)
63719980.. 65707226
NCBI Matured mRNA sequence 10653 NTPDownload 
m7G-5')ppp(5'-GAGAAACAAAGUGAUACACGCUAGGCAUGUCCAGACAUUAACCGUAAUCAGAAGCCUCCUAGGGUUGCAAGCCUCCUUGGCUAAUGGUUGGGCUUUGUGCCUCACUCUUCUCUUACACCUGGGGAGUCAAGUCUGGAUCCUCUGCUCCAUAUUUAUUUAGCAAAUAAAACACUGAUCUCAAACAGCAACGGAACCUGUGUACUUGAGGUGUUUUUUGAAAACUAAUCAGAAGAGGAAUGCUUAUCUCCCAAGAAAAUUGAAACCAUCUGUAAAAGAAUCUUGGCUGUGCUGUGUUUUGAUUAGAUUGAAGCUUGGUGUAAAGAGAAAACACAAAAGACCGCAGAAUAUUUACAACAUUUGAAUUCCUGUUUCUCCAUCAAAGCACAUUGUCAUCAAAGCUACUUUGGGUAUAGAAAAAAGGUCAAUUCCAAUUCCCAGGAAUCCUUAACCACAACUUUACUUGGAAAUUUCCGGUAAUACUUAAAACACCAUUUUGCAGCAAUUCUUUAUGAUAAACUGUAAAAUACAGCUACCCGAAAAUGACUGACAAAUCAAUCGUCAUUCUGAGCCUGAUGGUUUUUCACAGCUCUUUCAUAAAUGGAAAAACAUGUAGACGGCAAUUGGUGGAAGAAUGGCAUCCACAACCCUCAUCAUAUGUGGUAAAUUGGACACUAACAGAAAACAUCUGCUUGGACUUCUACAGAGAUUGCUGGUUUUUGGGUGUAAACACUAAAAUAGAUACUUCAGGCAAUCAAGCUGUUCCCCAGAUUUGCCCUUUGCAAAUUCAAUUAGGAGAUAUCCUUGUAAUUUCUUCUGAACCAUCUCUUCAAUUUCCAGAAAUAAAUUUGAUGAAUGUUUCUGAAACAUCUUUCGUUGGCUGUGUGCAAAAUACCACAACGGAAGAUCAGUUACUUUUUGGCUGCAGACUAAAAGGAAUGCACACUGUUAAUUCUAAGUGGCUGAGUGUUGGGACACAUUAUUUUAUCACAGUUAUGGCAAGUGGUCCAUCACCUUGUCCACUGGGACUUCGACUAAAUGUGACAGUGAAACAGCAGUUCUGCCAGGAAUCUCUGAGUUCAGAAUUUUGCUCUGGUCAUGGUAAAUGUCUUAGUGAAGCUUGGAGCAAGACAUAUAGCUGCCAUUGCCAGCCUCCAUUUUCUGGAAAAUACUGCCAGGAACUUGAUGCAUGUUCUUUUAAACCAUGUAAAAAUAAUGGCAGUUGCAUUAAUAAAAGAGAAAAUUGGGAUGAGCAAGCAUAUGAAUGUGUCUGUCACCCACCAUUUACAGGAAAGAAUUGCUCAGAAAUAAUUGGCCAGUGUCAACCACAUGUCUGUUUCCAUGGAAACUGCAGCAAUAUUACUUCAAAUAGUUUCAUUUGUGAAUGUGAUGAGCAAUUUUCAGGUCCAUUCUGUGAGGUGUCAGCAAAACCUUGUGUUUCUCUGCUUUUUUGGAAAAGAGGAAUUUGCCCAAAUAGCAGUUCUGCUUAUACUUAUGAAUGCCCAAAAGGAUCUUCCAGCCAAAAUGGUGAAACUGAUGUCAGUGAGUUUUCAUUAGUACCAUGUCAGAAUGGUACUGACUGCAUCAAAAUAUCAAAUGAUGUUAUGUGCAUCUGUUCACCAAUAUUUACAGAUUUGCUUUGUAAGAGCAUUCAAACAUCAUGUGAGUCAUUUCCUUUGAGGAAUAAUGCUACAUGUAAGAAAUGUGAGAAAGAUUAUCCUUGCAGCUGUAUAUCAGGAUUUACUGAAAAAAACUGUGAGAAAGCAAUUGACCACUGUAAACUGCUCAGCAUCAACUGUCUGAAUGAAGAAUGGUGUUUCAAUAUAAUUGGAAGAUUCAAAUAUGUAUGCAUUCCAGGGUGCACAAAAAAUCCAUGUUGGUUUUUGAAGAAUGUUUACCUAAUUCAUCAACACCUCUGCUACUGUGGAGUCACCUUCCAUGGUAUUUGCCAAGAUAAAGGUCCUGCUCAAUUUGAAUAUGUGUGGCAAUUGGGAUUUGCAGGAUCUGAAGGCGAAAAGUGCCAAGGGGUUAUUGAUGCCUAUUUCUUUCUGGCUGCAAACUGCACUGAAGAUGCAACCUAUGUGAACGAUCCUGAAGAUAAUAAUUCUUCAUGUUGGUUCCCACAUGAAGGCACAAAAGAGAUUUGUGCAAAUGGAUGCAGUUGUUUGAGUGAAGAAGACAGUCAGGAAUAUCGGUAUCUAUGUUUUCUCAGAUGGGCUGGCAACAUGUAUCUGGAAAAUACAACUGAUGAUCAAGAAAAUGAGUGUCAACAUGAAGCUGUUUGUAAAGAUGAAAUUAAUAGACCCAGAUGCAGCUGUUCUCUUAGUUACAUUGGCAGAUUGUGUGUUGUCAAUGUUGACUAUUGCUUAGGGAACCACAGUAUAUCAGUGCAUGGCCUCUGCCUGGCCCUUUCGCACAAUUGUAACUGUAGCGGUCUGCAAAGAUAUGAAAGGAACAUCUGUGAGAUAGAUACUGAAGACUGCAAAUCUGCGUCCUGCAAAAAUGGAACAACUAGUACACAUUUAAGGGGAUAUUUCUUCCGCAAGUGUGUCCCAGGAUUUAAAGGUACGCAAUGUGAAAUUGAUAUAGAUGAGUGUGCUUCACAUCCCUGCAAAAAUGGAGCCACCUGCAUUGACCAACCUGGUAAUUACUUCUGCCAGUGUGUGCCUCCAUUUAAAGUGGUUGAUGGCUUUUCCUGCUUAUGCAAUCCAGGCUAUGUUGGGAUAAGAUGUGAACAGGACAUUGAUGACUGCAUCCUGAAUGCCUGUGAGCACAAUUCUACCUGCAAAGACCUGCAUCUCAGCUACCAGUGUGUGUGCCUAUCUGAUUGGGAAGGAAAUUUUUGUGAACAAGAAUCCAAUGAGUGUAAAAUGAAUCCUUGCAAGAACAAUUCCACCUGUACUGACCUUUACAAAAGCUAUCGAUGUGAGUGUACAUCUGGAUGGACUGGACAGAACUGUAGUGAAGAAAUAAAUGAAUGCGACUCUGAUCCAUGCAUGAAUGGAGGUCUUUGUCAUGAAUCUACCAUCCCUGGACAAUUUGUAUGUCUGUGCCCACCCCUUUAUACUGGACAAUUUUGCCACCAACGCUAUAACCUUUGUGACCUACUUCAUAACCCUUGCAGAAACAACUCAACAUGCUUAGCUUUGGUAGACGCAAAUCAGCAUUGUAUUUGUAGAGAAGAAUUUGAAGGUAAAAACUGUGAAAUUGAUGUGAAAGACUGCCUCUUCCUUUCCUGCCAGGAUUAUGGUGACUGUGAAGAUAUGGUCAACAAUUUCAGGUGUAUUUGCAGACCUGGGUUUUCUGGAUCUCUGUGUGAAAUUGAAAUUAAUGAAUGUUCCUCUGAACCUUGCAAAAAUAAUGGAACAUGUGUGGAUCUGACAAACAGAUUUUUUUGUAAUUGUGAACCUGAGUACCAUGGGCCCUUCUGUGAACUUGAUGUAAAUAAAUGUAAAAUCUCACCUUGUCUAGAUGAAGAAAAUUGUGUCUACAGGACUGAUGGAUACAACUGCCUCUGUGCCCCUGGUUAUACAGGCAUCAACUGUGAAAUAAAUCUAGAUGAAUGCCUAUCAGAGCCCUGUCUCCAUGAUGGAGUUUGUAUCGAUGGCAUCAAUCAUUAUACCUGUGACUGCAAGAGUGGGUUUUUUGGAACACACUGUGAAACAAACGCCAAUGAUUGCCUUUCAAAUCCUUGUCUACAUGGAAGGUGCACAGAACUUAUUAAUGAAUAUCCAUGUUCAUGUGAUGCAGAUGGGACUAGCACACAAUGUAAGAUCAAAAUUAAUGACUGCACAUCAAUCCCUUGUAUGAAUGAAGGCUUCUGUCAGAAGUCAGCACAUGGAUUUACUUGCAUUUGCCCACGUGGAUACACUGGUGCAUACUGUGAAAAAAGCAUUGAUAAUUGUGCUGAGCCUGAACUUAAUUCAGUCAUCUGUCUUAAUGGAGGGAUCUGUGUUGAUGGGCCUGGACAUACUUUUGACUGCAGAUGUCUUCCUGGAUUUUCUGGUCAAUUUUGUGAAAUUAAUAUAAAUGAAUGCUCUUCAUCACCAUGUCUACAUGGUGCAGACUGUGAAGAUCACAUCAAUGGAUAUGUUUGCAAAUGCCAACCAGGAUGGUCUGGACACCACUGUGAGAAUGAGCUUGAGUGCAUUCCCAACUCAUGUGUUCAUGAACUCUGCAUGGAGAAUGAACCUGGCUCGACAUGUUUAUGCACACCUGGAUUUAUGACCUGCUCCAUUGGGCUUCUUUGUGGUGAUGAAAUAAGGAGAAUUACCUGUUUAACUCCCAUCUUUCAAAGAACAGAUCCCAUUUCCACACAGACAUAUACAAUUCCCCCUUCUGAGACUUUGGUCAGCAGCUUUCCAUCUAUAAAGGCUACUAGAAUACCAGCCAUAAUGGACACUUACCCAGUUGAUCAAGGUCCAAAACAGACAGGCAUUGUCAAGCACGACAUUCUCCCAACCACUGGUUUGGCAACAUUAAGAAUUAGCACACCCUUGGAAAGCUACUUACUCCAAGAACUGAUUGUCACUAGAGAGCUUUCAGCAAAACACAGUCUUCUUUCUUCCGCAGAUGUUUCCUCUUCUCGAUUCCUGAAUUUUGGUAUUCGUGACCCAGCACAAAUUGUCCAGGACAAAACAUCGGUAUCACAUAUGCCUAUUCGAACUUCAGCAGCCACACUAGGUUUCUUUUUUCCUGAUAGGAGAGCAAGGACCCCAUUUAUCAUGUCUUCCUUAAUGUCAGAUUUUAUUUUUCCUACACAAUCUUUAUUAUUUGAGAACUGUCAGACUGUUGCUUUAUCUGCUACCCCAACGACUUCAGUAAUUAGAAGCAUUCCAGGGGCUGAUAUUGAGCUAAACAGGCAGUCAUUACUCUCCCGUGGAUUCCUGCUUAUAGCUGCCUCCAUAAGUGCAACUCCAGUUGUCUCUAGGGGGGCUCAAGAGGAUAUUGAAGAAUAUUCAGCUGAUUCUUUAAUUUCAAGAAGAGAGCACUGGAGAUUGCUCAGCCCCUCGAUGUCUCCCAUUUUUCCUGCUAAGGUAAUUAUAUCUAAACAGGUAACCAUCUUAAACUCAUCAGCUCUGCACCGGUUCAGUACAAAAGCCUUCAAUCCCAGUGAAUAUCAGGCUAUUACUGAGGCUUCAAGCAACCAGAGACUCACAAACAUCAAAUCACAGGCUGCUGAUUCUUUAAGAGAAUUAAGCCAAACAUGUGCAACAUGUUCUAUGACUGAAAUAAAAUCCUCUCGUGAAUUCUCAGAUCAAGUUUUGCAUAGCAAACAGUCCCACUUUUAUGAGACAUUCUGGAUGAACUCAGCGAUAUUAGCCAGCUGGUAUGCACUAAUGGGAGCUCAAACUAUCACUUCUGGGCAUUCAUUUUCUUCUGCUACUGAAAUAACACCAUCAGUGGCAUUCACAGAAGUGCCAUCUUUAUUUCCUUCUAAAAAGAGUGCAAAAAGAACAAUUUUAUCCUCAUCCUUGGAAGAAUCCAUUACCCUAUCAAGUAAUUUGGAUGUUAAUUUAUGUUUGGAUAAGACUUGUUUAUCCAUUGUCCCUUCACAAACUAUCUCUUCAGACUUGAUGAAUUCUGAUUUGACUUCAAAAAUGACUACUGAUGAACUGUCAGUAUCAGAAAACAUUUUAAAACUAUUGAAAAUAAGACAAUAUGGCAUAACUAUGGGACCCACUGAGGUACUAAAUCAAGAGAGCUUAUUGGACAUGGAAAAAAGUAAAGGAUCUCAUACACUGUUCAAACUUCACCCAAGUGAUAGUUCUCUGGAUUUUGAGUUAAACUUACAAAUUUAUCCGGAUGUUACUUUAAAGACAUAUUCAGAAAUUACACAUGCAAAUGACUUCAAAAAUAAUCUGCCACCAUUGACAGGCUCAGUGCCUGAUUUUUCAGAAGUCACCACCAAUGUUGCAUUUUAUACAGUUUCAGCAACUCCAGCACUUUCAAUACAGACGUCUUCCUCCAUGUCUGUAAUUAGGCCAGAUUGGCCAUAUUUUACAGAUUAUAUGACCUCUCUUAAAAAAGAGGUCAAGACUUCUUCAGAAUGGUCCAAAUGGGAACUUCAGCCUAGUGUGCAAUAUCAGGAAUUUCCCACUGCAAGCCGGCAUCUUCCCUUCACUAGAUCUCUUACUUUGUCUUCACUGGAAUCCAUUCUGGCACCUCAACGGCUGAUGAUUUCUGAUUUCAGUUGUGUUCGUUAUUAUGGAGAUUCUUAUCUAGAAUUUCAGAAUGUGGCUUUAAAUCCACAAAAUAACAUCUCCCUAGAAUUUCAGACCUUCAGCUCCUAUGGACUUCUGCUGUAUGUCAAGCAAGACUCAAAUUUAGUAGAUGGAUUUUUUAUUCAAUUGUUUAUUGAAAAUGGUACUUUAAAGUACCACUUUUACUGUCCUGGUGAAGCAAAAUUUAAAAGCAUUAAUACUACUGUUAGAGUGGACAACGGGCAAAAGUAUACACUGCUUAUCAGGCAAGAAUUGGAUCCAUGUAACGCUGAGCUGACUAUUUUAGGGAGGAAUACACAAAUAUGCGAAUCUAUCAAUCAUGUACUCGGAAAACCCCUGCCAAAAUCAGGAUCUGUCUUCAUUGGUGGAUUUCCAGACCUUCAUGGGAAAAUCCAGAUGCCUGUACCAGUCAAGAAUUUUACUGGCUGCAUAGAAGUUAUAGAAAUAAAUAACUGGAGAUCUUUCAUUCCAUCCAAGGCAGUGAAAAACUAUCACAUUAACAAUUGCAGAUCCCAGGGAUUUAUGCUGUCUCCAACAGCCUCCUUUGUUGAUGCUUCUGAUGUGACACAAGGGGUUGAUACCAUGUGGACUUCUGUCAGCCCCUCUGUUGCAGCACCCUCUGUGUGCCAGCAGGAUGUAUGCCACAAUGGAGGCACAUGCCAUGCCAUCUUCCUCUCCAGUGGCAUAGUGUCAUUCCAAUGUGACUGUCCACUACAUUUCACUGGCCGCUUCUGUGAAAAAGAUGCAGGUUUAUUCUUUCCAUCUUUCAAUGGGAAUUCCUAUUUAGAACUGCCCUUUUUGAAGUUUGUCCUGGAGAAGGAACAUAACAGAACUGUUACCAUCUACUUGACUAUAAAAACAAACAGUUUAAAUGGAACUAUUCUUUACAGUAAUGGGAAUAAUUGUGGAAAGCAGUUUCUUCAUUUAUUUCUUGUGGAAGGAAGGCCAUCAGUUAAAUAUGGGUGUGGAAAUUCUCAAAAUAUUUUGACUGUUUCUGCUAAUUACAGCAUUAACACAAAUGCAUUCACCCCUAUCACAAUACGCUACACAACGCCUGUUGGCAGCCCUGGAGUUGUUUGUAUGAUUGAAAUGACUGCAGAUGGAAAACCUCCAGUACAGAAGAAAGACACAGAGAUUUCCCAUGCCUCUCAGGCAUAUUUUGAAUCAAUGUUCCUUGGCCAUAUUCCUGCAAAUGUUCAAAUUCAUAAGAAAGCAGGUCCUGUUUAUGGGUUCAGGGGCUGCAUUCUAGACCUUCAAGUAAACAACAAAGAAUUCUUCAUCAUCGAUGAAGCACGACAUGGAAAGAAUAUUGAGAACUGCCACGUCCCUUGGUGUGCUCAUCAUCUGUGCCGCAACAAUGGCACCUGCAUCAGUGAUAAUGAAAAUCUGUUUUGUGAGUGUCCAAGGCUGUAUUCAGGCAAGCUGUGCCAGUUUGCAAGUUGUGAAAACAACCCAUGUGGAAAUGGUGCCACCUGUGUUCCAAAAUCCGGAACAGAUAUUGUCUGCCUCUGCCCAUAUGGGAGGUCUGGACCCCUCUGCACUGAUGCUAUUAAUAUUACUCAGCCAAGGUUCAGUGGCACAGAUGCCUUUGGAUACACCUCAUUCCUGGCUUAUUCACGGAUCUCAGACAUCAGCUUCCAUUAUGAAUUCCACCUGAAGUUUCAGCUGGCAAACAACCACUCAGCACUGCAAAAUAACUUGAUAUUUUUUACUGGACAGAAAGGCCAUGGGUUGAAUGGCGAUGACUUCCUGGCUGUGGGCCUGCUCAAUGGCAGUGUGGUUUAUAGUUAUAACCUGGGGUCUGGCAUAGCAAGCAUCAGGAGCGAGCCCCUCAAUCUGAGCCUUGGAGUCCACACUGUUCAUCUGGGCAAGUUCUUCCAAGAGGGCUGGCUGAAGGUAGAUGAUCAUAAAAAUAAAUCCAUUAUCGCCCCAGGAAGACUGGUUGGUCUCAAUGUCUUCAGUCAGUUUUAUGUAGGUGGCUACAGUGAAUACACUCCAGAUCUCUUACCAAAUGGAGCAGAUUUUAAAAAUGGUUUUCAAGGCUGUAUUUUCACUCUUCAAGUUCGCACUGAGAAGGAUGGCCAUUUCAGAGGACUGGGAAAUCCUGAGGGCCACCCAAAUGCUGGACGCAGUGUUGGCCAGUGUCAUGCUUCUCCCUGCAGUUUAAUGAAAUGUGGCAAUGGUGGGACAUGCAUAGAGAGUGGAACUAGUGUUUACUGCAAUUGUACCACUGGGUGGAAAGGAUCAUUCUGCACAGAGACAGUUUCUACCUGUGAUCCUGAACAUGACCCUCCACACCACUGUAGCAGAGGAGCAACCUGCAUUUCAUUACCUCAUGGAUACACCUGUUUCUGUCCUCUAGGAACCACUGGAAUCUACUGUGAACAAGCACUUAUCCUCAUUGUGAUCUUGGAAAAGCCAAAACCAGCAGAACGGAAAGUGAAGAAGGAGGCUUUAUCCAUAAGUGAUCCAUCUUUCAGAAGCAAUGAGUUAUCCUGGAUGUCUUUUGCUUCCUUUCAUGUUCGAAAAAAGACACAUAUUCAAUUGCAGUUUCAGCCUCUCGCUGCAGAUGGUAUCCUAUUUUAUGCUGCACAACACUUAAAAGCCCAAUCAGGUGAUUUUUUAUGCAUCUCUUUAGUAAAUAGUUCCGUUCAACUUCGCUACAACCUUGGCGACAGAACUAUCAUUCUAGAAACUCUCCAAAAAGUAACUAUAAACGGAAGUACUUGGCAUAUAAUAAAAGCAGGAAGAGUUGGUGCAGAAGGCUACCUGGAUCUAGAUGGGAUAAAUGUAACAGAAAAGGCCUCCACUAAAAUGAGUUCUCUGGACACAAAUACAGACUUCUAUAUUGGAGGAGUAUCUUCUUUAAAUCUUGUAAAUCCCAUGGCAAUAGAAAAUGAACCUGUAGGUUUUCAAGGCUGUAUCCGACAAGUUAUCAUAAAUAAUCAAGAAUUACAAUUAACUGAAUUUGGAGCAAAAGGUGGCUCAAAUGUAGGUGACUGUGAUGGGACAGCCUGUGGGUACAACACAUGCAGAAAUGGAGGUGAAUGUACAGUAAAUGGCACAACUUUUUCUUGCAGAUGUUUGCCAGAUUGGGCUGGAAAUACAUGUAACCAGUCUGUGUCCUGUUUGAAUAAUCUUUGCCUCCACCAAUCUUUAUGUAUACCUGACCAAUCAUUUUCUUACAGUUGCCUGUGUACUUUGGGUUGGGUGGGAAGGUAUUGUGAAAACAAAACUUCAUUUUCAACUGCAAAAUUUAUGGGUAAUUCUUACAUUAAAUACAUUGAUCCAAAUUAUAGAAUGAGAAACCUCCAGUUCACUACUAUAUCCUUAAAUUUCAGUACCACUAAAACAGAAGGUCUAAUUGUAUGGAUGGGAAUAGCUCAAAAUGAAGAAAAUGAUUUUCUGGCAAUUGGUCUCCAUAAUCAGACCUUGAAAAUAGCAGUUAACUUGGGAGAAAGAAUCUCUGUGCCUAUGAGCUAUAACAAUGGCACAUUCUGUUGUAAUAAAUGGCACCAUGUAGUUGUAAUUCAAAAUCAGACUCUUAUCAAGGCCUACAUAAAUAACAGUCUAAUUCUUUCCGAGGAUAUUGAUCCACAUAAAAACUUUGUGGCUCUAAACUAUGAUGGCAUUUGUUAUCUAGGGGGCUUUGAAUAUGGUAGAAAGGUAAAUAUCGUUACUCAAGAGAUUUUUAAAACCAAUUUUGUUGGCAAAAUUAAAGAUGUUGUAUUUUUUCAGGAACCAAAAAACAUUGAACUAAUUAAAUUAGAAGGAUACAAUGUUUAUGAUGGAGAUGAACAAAAUGAGGUUACAUAAGUUAACACUAGAGAUUUUAGUACACACUAUACAUAAAUGCAGUUAUUUUGAUAGUUAUUUCUUUGAUACAUUGCUUACGGGGAAUCAACUGUUUACUAUAUUACCUGAAAUAGUCUAAAUGCUAACAUAUCUUUUUGAUAAGAUUGUAAAAUGUCACUGAAGGUUCUGAUUGUUUUUCCUACAUCUAAUUUAUCUGUAUAUAUUUUGAUUCAUGUUUUAACUCCAUUAGUUCAGUGCUUAUUCACAGAAUGUGCUUAUUCACUUUGCUUAUUCACUUUUUACCUAUCCCUAAUGCUUACAUUUUAAAAUCAACGUGUAAACACAAUUUUAAAAAUCAAUGUGUAAGCUGAACUUUAAAAUGUUUAAAAUUCAGUUGGGAAUGAAUUAGGGAUAGGUACAAAUAAGAAAAAAAUCAAGUUAUUAAUCAAAGGAAAAAUAAAAAUUAUACAAAGCAAUGUAACCAUAUUGUAUUACAUGGCUUAGCUACAACUUAUUUAUAUGAUUCAACAAUGUAAAACUUGAACAUAGAUUUAAACCAAAAAUUAUUGCAUGAAUGUAGAAAGAGAAGGUGAGAGGAGAGGAGAACAGGCUGGUAAGAGCUAAAUCCUUAUCUUUU-3'- Poly-A tail
  • Coding region
NCBI Matured mRNA sequence viewer
;
More about the NCBI sViewer.
DNA
DNA (Gene ID: 346007)
EYS
eyes shut homolog
NC_000006.12
6  63720596.. 65495410
63720596.. 65495410
strand -
CCDS78156.1
ClinVar, dbVar
ENSG00000188107
dJ1018A4.2, bA166P24.2, SPAM, bA307F22.3, dJ303F19.1, bA74E24.1
uc011dxu.1
INSDC:
21555
612424
OTTHUMG00000014971
ENA, DDBJ, Monarch
NCBI CDS Gene viewer
More about the NCBI sViewer.
NCBI CDS gene sequence (9498 bp)
5'-ATGACTGACAAATCAATCGTCATTCTGAGCCTGATGGTTTTTCACAGCTCTTTCATAAATGGAAAAACATGTAGACGGCAATTGGTGGAAGAATGGCATCCACAACCCTCATCATATGTGGTAAATTGGACACTAACAGAAAACATCTGCTTGGACTTCTACAGAGATTGCTGGTTTTTGGGTGTAAACACTAAAATAGATACTTCAGGCAATCAAGCTGTTCCCCAGATTTGCCCTTTGCAAATTCAATTAGGAGATATCCTTGTAATTTCTTCTGAACCATCTCTTCAATTTCCAGAAATAAATTTGATGAATGTTTCTGAAACATCTTTCGTTGGCTGTGTGCAAAATACCACAACGGAAGATCAGTTACTTTTTGGCTGCAGACTAAAAGGAATGCACACTGTTAATTCTAAGTGGCTGAGTGTTGGGACACATTATTTTATCACAGTTATGGCAAGTGGTCCATCACCTTGTCCACTGGGACTTCGACTAAATGTGACAGTGAAACAGCAGTTCTGCCAGGAATCTCTGAGTTCAGAATTTTGCTCTGGTCATGGTAAATGTCTTAGTGAAGCTTGGAGCAAGACATATAGCTGCCATTGCCAGCCTCCATTTTCTGGAAAATACTGCCAGGAACTTGATGCATGTTCTTTTAAACCATGTAAAAATAATGGCAGTTGCATTAATAAAAGAGAAAATTGGGATGAGCAAGCATATGAATGTGTCTGTCACCCACCATTTACAGGAAAGAATTGCTCAGAAATAATTGGCCAGTGTCAACCACATGTCTGTTTCCATGGAAACTGCAGCAATATTACTTCAAATAGTTTCATTTGTGAATGTGATGAGCAATTTTCAGGTCCATTCTGTGAGGTGTCAGCAAAACCTTGTGTTTCTCTGCTTTTTTGGAAAAGAGGAATTTGCCCAAATAGCAGTTCTGCTTATACTTATGAATGCCCAAAAGGATCTTCCAGCCAAAATGGTGAAACTGATGTCAGTGAGTTTTCATTAGTACCATGTCAGAATGGTACTGACTGCATCAAAATATCAAATGATGTTATGTGCATCTGTTCACCAATATTTACAGATTTGCTTTGTAAGAGCATTCAAACATCATGTGAGTCATTTCCTTTGAGGAATAATGCTACATGTAAGAAATGTGAGAAAGATTATCCTTGCAGCTGTATATCAGGATTTACTGAAAAAAACTGTGAGAAAGCAATTGACCACTGTAAACTGCTCAGCATCAACTGTCTGAATGAAGAATGGTGTTTCAATATAATTGGAAGATTCAAATATGTATGCATTCCAGGGTGCACAAAAAATCCATGTTGGTTTTTGAAGAATGTTTACCTAATTCATCAACACCTCTGCTACTGTGGAGTCACCTTCCATGGTATTTGCCAAGATAAAGGTCCTGCTCAATTTGAATATGTGTGGCAATTGGGATTTGCAGGATCTGAAGGCGAAAAGTGCCAAGGGGTTATTGATGCCTATTTCTTTCTGGCTGCAAACTGCACTGAAGATGCAACCTATGTGAACGATCCTGAAGATAATAATTCTTCATGTTGGTTCCCACATGAAGGCACAAAAGAGATTTGTGCAAATGGATGCAGTTGTTTGAGTGAAGAAGACAGTCAGGAATATCGGTATCTATGTTTTCTCAGATGGGCTGGCAACATGTATCTGGAAAATACAACTGATGATCAAGAAAATGAGTGTCAACATGAAGCTGTTTGTAAAGATGAAATTAATAGACCCAGATGCAGCTGTTCTCTTAGTTACATTGGCAGATTGTGTGTTGTCAATGTTGACTATTGCTTAGGGAACCACAGTATATCAGTGCATGGCCTCTGCCTGGCCCTTTCGCACAATTGTAACTGTAGCGGTCTGCAAAGATATGAAAGGAACATCTGTGAGATAGATACTGAAGACTGCAAATCTGCGTCCTGCAAAAATGGAACAACTAGTACACATTTAAGGGGATATTTCTTCCGCAAGTGTGTCCCAGGATTTAAAGGTACGCAATGTGAAATTGATATAGATGAGTGTGCTTCACATCCCTGCAAAAATGGAGCCACCTGCATTGACCAACCTGGTAATTACTTCTGCCAGTGTGTGCCTCCATTTAAAGTGGTTGATGGCTTTTCCTGCTTATGCAATCCAGGCTATGTTGGGATAAGATGTGAACAGGACATTGATGACTGCATCCTGAATGCCTGTGAGCACAATTCTACCTGCAAAGACCTGCATCTCAGCTACCAGTGTGTGTGCCTATCTGATTGGGAAGGAAATTTTTGTGAACAAGAATCCAATGAGTGTAAAATGAATCCTTGCAAGAACAATTCCACCTGTACTGACCTTTACAAAAGCTATCGATGTGAGTGTACATCTGGATGGACTGGACAGAACTGTAGTGAAGAAATAAATGAATGCGACTCTGATCCATGCATGAATGGAGGTCTTTGTCATGAATCTACCATCCCTGGACAATTTGTATGTCTGTGCCCACCCCTTTATACTGGACAATTTTGCCACCAACGCTATAACCTTTGTGACCTACTTCATAACCCTTGCAGAAACAACTCAACATGCTTAGCTTTGGTAGACGCAAATCAGCATTGTATTTGTAGAGAAGAATTTGAAGGTAAAAACTGTGAAATTGATGTGAAAGACTGCCTCTTCCTTTCCTGCCAGGATTATGGTGACTGTGAAGATATGGTCAACAATTTCAGGTGTATTTGCAGACCTGGGTTTTCTGGATCTCTGTGTGAAATTGAAATTAATGAATGTTCCTCTGAACCTTGCAAAAATAATGGAACATGTGTGGATCTGACAAACAGATTTTTTTGTAATTGTGAACCTGAGTACCATGGGCCCTTCTGTGAACTTGATGTAAATAAATGTAAAATCTCACCTTGTCTAGATGAAGAAAATTGTGTCTACAGGACTGATGGATACAACTGCCTCTGTGCCCCTGGTTATACAGGCATCAACTGTGAAATAAATCTAGATGAATGCCTATCAGAGCCCTGTCTCCATGATGGAGTTTGTATCGATGGCATCAATCATTATACCTGTGACTGCAAGAGTGGGTTTTTTGGAACACACTGTGAAACAAACGCCAATGATTGCCTTTCAAATCCTTGTCTACATGGAAGGTGCACAGAACTTATTAATGAATATCCATGTTCATGTGATGCAGATGGGACTAGCACACAATGTAAGATCAAAATTAATGACTGCACATCAATCCCTTGTATGAATGAAGGCTTCTGTCAGAAGTCAGCACATGGATTTACTTGCATTTGCCCACGTGGATACACTGGTGCATACTGTGAAAAAAGCATTGATAATTGTGCTGAGCCTGAACTTAATTCAGTCATCTGTCTTAATGGAGGGATCTGTGTTGATGGGCCTGGACATACTTTTGACTGCAGATGTCTTCCTGGATTTTCTGGTCAATTTTGTGAAATTAATATAAATGAATGCTCTTCATCACCATGTCTACATGGTGCAGACTGTGAAGATCACATCAATGGATATGTTTGCAAATGCCAACCAGGATGGTCTGGACACCACTGTGAGAATGAGCTTGAGTGCATTCCCAACTCATGTGTTCATGAACTCTGCATGGAGAATGAACCTGGCTCGACATGTTTATGCACACCTGGATTTATGACCTGCTCCATTGGGCTTCTTTGTGGTGATGAAATAAGGAGAATTACCTGTTTAACTCCCATCTTTCAAAGAACAGATCCCATTTCCACACAGACATATACAATTCCCCCTTCTGAGACTTTGGTCAGCAGCTTTCCATCTATAAAGGCTACTAGAATACCAGCCATAATGGACACTTACCCAGTTGATCAAGGTCCAAAACAGACAGGCATTGTCAAGCACGACATTCTCCCAACCACTGGTTTGGCAACATTAAGAATTAGCACACCCTTGGAAAGCTACTTACTCCAAGAACTGATTGTCACTAGAGAGCTTTCAGCAAAACACAGTCTTCTTTCTTCCGCAGATGTTTCCTCTTCTCGATTCCTGAATTTTGGTATTCGTGACCCAGCACAAATTGTCCAGGACAAAACATCGGTATCACATATGCCTATTCGAACTTCAGCAGCCACACTAGGTTTCTTTTTTCCTGATAGGAGAGCAAGGACCCCATTTATCATGTCTTCCTTAATGTCAGATTTTATTTTTCCTACACAATCTTTATTATTTGAGAACTGTCAGACTGTTGCTTTATCTGCTACCCCAACGACTTCAGTAATTAGAAGCATTCCAGGGGCTGATATTGAGCTAAACAGGCAGTCATTACTCTCCCGTGGATTCCTGCTTATAGCTGCCTCCATAAGTGCAACTCCAGTTGTCTCTAGGGGGGCTCAAGAGGATATTGAAGAATATTCAGCTGATTCTTTAATTTCAAGAAGAGAGCACTGGAGATTGCTCAGCCCCTCGATGTCTCCCATTTTTCCTGCTAAGGTAATTATATCTAAACAGGTAACCATCTTAAACTCATCAGCTCTGCACCGGTTCAGTACAAAAGCCTTCAATCCCAGTGAATATCAGGCTATTACTGAGGCTTCAAGCAACCAGAGACTCACAAACATCAAATCACAGGCTGCTGATTCTTTAAGAGAATTAAGCCAAACATGTGCAACATGTTCTATGACTGAAATAAAATCCTCTCGTGAATTCTCAGATCAAGTTTTGCATAGCAAACAGTCCCACTTTTATGAGACATTCTGGATGAACTCAGCGATATTAGCCAGCTGGTATGCACTAATGGGAGCTCAAACTATCACTTCTGGGCATTCATTTTCTTCTGCTACTGAAATAACACCATCAGTGGCATTCACAGAAGTGCCATCTTTATTTCCTTCTAAAAAGAGTGCAAAAAGAACAATTTTATCCTCATCCTTGGAAGAATCCATTACCCTATCAAGTAATTTGGATGTTAATTTATGTTTGGATAAGACTTGTTTATCCATTGTCCCTTCACAAACTATCTCTTCAGACTTGATGAATTCTGATTTGACTTCAAAAATGACTACTGATGAACTGTCAGTATCAGAAAACATTTTAAAACTATTGAAAATAAGACAATATGGCATAACTATGGGACCCACTGAGGTACTAAATCAAGAGAGCTTATTGGACATGGAAAAAAGTAAAGGATCTCATACACTGTTCAAACTTCACCCAAGTGATAGTTCTCTGGATTTTGAGTTAAACTTACAAATTTATCCGGATGTTACTTTAAAGACATATTCAGAAATTACACATGCAAATGACTTCAAAAATAATCTGCCACCATTGACAGGCTCAGTGCCTGATTTTTCAGAAGTCACCACCAATGTTGCATTTTATACAGTTTCAGCAACTCCAGCACTTTCAATACAGACGTCTTCCTCCATGTCTGTAATTAGGCCAGATTGGCCATATTTTACAGATTATATGACCTCTCTTAAAAAAGAGGTCAAGACTTCTTCAGAATGGTCCAAATGGGAACTTCAGCCTAGTGTGCAATATCAGGAATTTCCCACTGCAAGCCGGCATCTTCCCTTCACTAGATCTCTTACTTTGTCTTCACTGGAATCCATTCTGGCACCTCAACGGCTGATGATTTCTGATTTCAGTTGTGTTCGTTATTATGGAGATTCTTATCTAGAATTTCAGAATGTGGCTTTAAATCCACAAAATAACATCTCCCTAGAATTTCAGACCTTCAGCTCCTATGGACTTCTGCTGTATGTCAAGCAAGACTCAAATTTAGTAGATGGATTTTTTATTCAATTGTTTATTGAAAATGGTACTTTAAAGTACCACTTTTACTGTCCTGGTGAAGCAAAATTTAAAAGCATTAATACTACTGTTAGAGTGGACAACGGGCAAAAGTATACACTGCTTATCAGGCAAGAATTGGATCCATGTAACGCTGAGCTGACTATTTTAGGGAGGAATACACAAATATGCGAATCTATCAATCATGTACTCGGAAAACCCCTGCCAAAATCAGGATCTGTCTTCATTGGTGGATTTCCAGACCTTCATGGGAAAATCCAGATGCCTGTACCAGTCAAGAATTTTACTGGCTGCATAGAAGTTATAGAAATAAATAACTGGAGATCTTTCATTCCATCCAAGGCAGTGAAAAACTATCACATTAACAATTGCAGATCCCAGGGATTTATGCTGTCTCCAACAGCCTCCTTTGTTGATGCTTCTGATGTGACACAAGGGGTTGATACCATGTGGACTTCTGTCAGCCCCTCTGTTGCAGCACCCTCTGTGTGCCAGCAGGATGTATGCCACAATGGAGGCACATGCCATGCCATCTTCCTCTCCAGTGGCATAGTGTCATTCCAATGTGACTGTCCACTACATTTCACTGGCCGCTTCTGTGAAAAAGATGCAGGTTTATTCTTTCCATCTTTCAATGGGAATTCCTATTTAGAACTGCCCTTTTTGAAGTTTGTCCTGGAGAAGGAACATAACAGAACTGTTACCATCTACTTGACTATAAAAACAAACAGTTTAAATGGAACTATTCTTTACAGTAATGGGAATAATTGTGGAAAGCAGTTTCTTCATTTATTTCTTGTGGAAGGAAGGCCATCAGTTAAATATGGGTGTGGAAATTCTCAAAATATTTTGACTGTTTCTGCTAATTACAGCATTAACACAAATGCATTCACCCCTATCACAATACGCTACACAACGCCTGTTGGCAGCCCTGGAGTTGTTTGTATGATTGAAATGACTGCAGATGGAAAACCTCCAGTACAGAAGAAAGACACAGAGATTTCCCATGCCTCTCAGGCATATTTTGAATCAATGTTCCTTGGCCATATTCCTGCAAATGTTCAAATTCATAAGAAAGCAGGTCCTGTTTATGGGTTCAGGGGCTGCATTCTAGACCTTCAAGTAAACAACAAAGAATTCTTCATCATCGATGAAGCACGACATGGAAAGAATATTGAGAACTGCCACGTCCCTTGGTGTGCTCATCATCTGTGCCGCAACAATGGCACCTGCATCAGTGATAATGAAAATCTGTTTTGTGAGTGTCCAAGGCTGTATTCAGGCAAGCTGTGCCAGTTTGCAAGTTGTGAAAACAACCCATGTGGAAATGGTGCCACCTGTGTTCCAAAATCCGGAACAGATATTGTCTGCCTCTGCCCATATGGGAGGTCTGGACCCCTCTGCACTGATGCTATTAATATTACTCAGCCAAGGTTCAGTGGCACAGATGCCTTTGGATACACCTCATTCCTGGCTTATTCACGGATCTCAGACATCAGCTTCCATTATGAATTCCACCTGAAGTTTCAGCTGGCAAACAACCACTCAGCACTGCAAAATAACTTGATATTTTTTACTGGACAGAAAGGCCATGGGTTGAATGGCGATGACTTCCTGGCTGTGGGCCTGCTCAATGGCAGTGTGGTTTATAGTTATAACCTGGGGTCTGGCATAGCAAGCATCAGGAGCGAGCCCCTCAATCTGAGCCTTGGAGTCCACACTGTTCATCTGGGCAAGTTCTTCCAAGAGGGCTGGCTGAAGGTAGATGATCATAAAAATAAATCCATTATCGCCCCAGGAAGACTGGTTGGTCTCAATGTCTTCAGTCAGTTTTATGTAGGTGGCTACAGTGAATACACTCCAGATCTCTTACCAAATGGAGCAGATTTTAAAAATGGTTTTCAAGGCTGTATTTTCACTCTTCAAGTTCGCACTGAGAAGGATGGCCATTTCAGAGGACTGGGAAATCCTGAGGGCCACCCAAATGCTGGACGCAGTGTTGGCCAGTGTCATGCTTCTCCCTGCAGTTTAATGAAATGTGGCAATGGTGGGACATGCATAGAGAGTGGAACTAGTGTTTACTGCAATTGTACCACTGGGTGGAAAGGATCATTCTGCACAGAGACAGTTTCTACCTGTGATCCTGAACATGACCCTCCACACCACTGTAGCAGAGGAGCAACCTGCATTTCATTACCTCATGGATACACCTGTTTCTGTCCTCTAGGAACCACTGGAATCTACTGTGAACAAGCACTTATCCTCATTGTGATCTTGGAAAAGCCAAAACCAGCAGAACGGAAAGTGAAGAAGGAGGCTTTATCCATAAGTGATCCATCTTTCAGAAGCAATGAGTTATCCTGGATGTCTTTTGCTTCCTTTCATGTTCGAAAAAAGACACATATTCAATTGCAGTTTCAGCCTCTCGCTGCAGATGGTATCCTATTTTATGCTGCACAACACTTAAAAGCCCAATCAGGTGATTTTTTATGCATCTCTTTAGTAAATAGTTCCGTTCAACTTCGCTACAACCTTGGCGACAGAACTATCATTCTAGAAACTCTCCAAAAAGTAACTATAAACGGAAGTACTTGGCATATAATAAAAGCAGGAAGAGTTGGTGCAGAAGGCTACCTGGATCTAGATGGGATAAATGTAACAGAAAAGGCCTCCACTAAAATGAGTTCTCTGGACACAAATACAGACTTCTATATTGGAGGAGTATCTTCTTTAAATCTTGTAAATCCCATGGCAATAGAAAATGAACCTGTAGGTTTTCAAGGCTGTATCCGACAAGTTATCATAAATAATCAAGAATTACAATTAACTGAATTTGGAGCAAAAGGTGGCTCAAATGTAGGTGACTGTGATGGGACAGCCTGTGGGTACAACACATGCAGAAATGGAGGTGAATGTACAGTAAATGGCACAACTTTTTCTTGCAGATGTTTGCCAGATTGGGCTGGAAATACATGTAACCAGTCTGTGTCCTGTTTGAATAATCTTTGCCTCCACCAATCTTTATGTATACCTGACCAATCATTTTCTTACAGTTGCCTGTGTACTTTGGGTTGGGTGGGAAGGTATTGTGAAAACAAAACTTCATTTTCAACTGCAAAATTTATGGGTAATTCTTACATTAAATACATTGATCCAAATTATAGAATGAGAAACCTCCAGTTCACTACTATATCCTTAAATTTCAGTACCACTAAAACAGAAGGTCTAATTGTATGGATGGGAATAGCTCAAAATGAAGAAAATGATTTTCTGGCAATTGGTCTCCATAATCAGACCTTGAAAATAGCAGTTAACTTGGGAGAAAGAATCTCTGTGCCTATGAGCTATAACAATGGCACATTCTGTTGTAATAAATGGCACCATGTAGTTGTAATTCAAAATCAGACTCTTATCAAGGCCTACATAAATAACAGTCTAATTCTTTCCGAGGATATTGATCCACATAAAAACTTTGTGGCTCTAAACTATGATGGCATTTGTTATCTAGGGGGCTTTGAATATGGTAGAAAGGTAAATATCGTTACTCAAGAGATTTTTAAAACCAATTTTGTTGGCAAAATTAAAGATGTTGTATTTTTTCAGGAACCAAAAAACATTGAACTAATTAAATTAGAAGGATACAATGTTTATGATGGAGATGAACAAAATGAGGTTACATAA-3'
NCBI CDS gene sequence with introns (location: 63720596.. 65495410) (1774815 bp)Download
NCBI Gene Viewer (CDS + introns)
NCBI CDS gene sequence with introns, 5'UTR and 3'UTR (location: 63719980.. 65707226) (1987247 bp)Download
NCBI Gene Viewer (CDS + introns + Untranslated regions)
NCBI gene sequence (location: [63719980.. 65707226 + 1000]) (1988247 bp)Download
NCBI Gene Viewer (CDS + introns + Untranslated regions + 1000 dNTP to potentially reach the promotor)
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