Identifiers and Description

Gene Model Identifier

Contig588.g660

Standard Name

ATRL1 (serine threonine-protein kinase ATR-like)

Aliases

None

Description

serine threonine-protein kinase ATR-like

Genome Browser

Full Screen View

No Genome Browser Data Present

Gene Ontology Annotations

Cellular Component

• esterosome (IEA) | GO:0033117
• transcription elongation factor complex (IEA) | GO:0008023
• U4atac/U6atac snRNP (IEA) | GO:0071002

Molecular Function

• beta-adrenergic receptor activity (IEA) | GO:0004939
• crossover junction DNA endonuclease activity (IEA) | GO:0008821
• hydroxypyruvate isomerase activity (IEA) | GO:0008903
• JUN kinase activity (IEA) | GO:0004705
• nucleotidase activity (IEA) | GO:0008252

Biological Process

• C-terminal protein deglutamylation (IEA) | GO:0035609
• dicarboxylic acid transport (IEA) | GO:0006835
• negative regulation of DNA recombinase mediator complex assembly (IEA) | GO:1903873
• regulation of chemokine production (IEA) | GO:0032642
• regulation of quinolinate biosynthetic process (IEA) | GO:1904984

Domains

No Data fetched for Domains

Homologs

No Data fetched for Homologs

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig588.g660(coding)
atgccaggtgattaagatttttgtagtggactcatgccacaacagccactacattcatct
ctctttaccaaacttttataaactaaaaggaatgtaaatctaataactaaccctaataaa
tttaagcttgaaggcttaaattttgtgggaacttctggttaaaatatcaaagatatatag
agatatactaattattaggacccaactgaaatcatggagctaactttgaaaattagacat
ttgtgccctacttgtccagatactctgagatcatatccctttgttgaaaatgatccattt
gtgatttaagaaatccctcaagtttattttagtgggaatcaagatgtattccaataaaag
ctaattgttgatgaatattagacagatgagcaaaagaagtttattaagattttgagcatt
ccaaagtttagagaaactggttctcttgtcttactagatacaatttcaattcaagcctat
tagtacatattcgatcatgaaaaagctgaataataagcacaattgaagcttgttaaccta
gactttcaactattcctcgaggaccttgaaatcttaaacctttaagatgcaaatcctaca
tatgatgtggaaagatacttagatattctaaaaattataagaatgatgggtagaaataaa
agatctgtggcttaagtttaccacatgctcggggttatatttgttgtcagtgatgttgtt
gatttataaaaggatcgcgaaagataaatcgattgcattgtttagaaatttaagttatgc
catgatcttgcaaagactctcaggatatctatctaagatttactcataaattgcccaagc
gaaatttgtggcaaaattacttatattctgatctaaaatggagatgcagtttctgccatt
gaatactttatgggtgtcaatttttaccttcaaaatattctacctagatcctggtatttc
cttatctcagagaagggaataacatttgactaactttaaaagactttactagagtataaa
tggtataatgccaagctagaccttagaagaatcagggaaaatctctatgaatgtattgca
aaaattgcatttaatgataagttacaatatagccagaaaaagaatctacttgtgatgatg
aaaaataccttctcattcaaagatgactaagaactgattgacctaataaatagtttcata
aaatataaagaaaattaagcagcagcaacttttgagacaagactattatcgaccttaatg
aaaaaactatcatatggaaagaaatattaccttgaaaaacttatgagaagaaatgaaaaa
gctaagacgctaaggtaatttgacagaaagcaattttaaaaccaagaattttacaataaa
aaaggtacttaggcataaaagaagatttaaagattttaagatgctttggaattcatcaac
aaagaattaaagaaatgcagcgctctcgcaaaatcagattttatcattagctttttggag
actttcaaaactaattatcctgcatatataactgcagagaatgaaccaatgataagataa
aataagctaattcaattcataacaacagttgatttgctgatgaaaacaatggttgatgag
gagtatttccaacaagctctcataatgatgacaatctacgtcctaaagctaggtatcgaa
tatcaagatactgtggaaatatctatattttcaatgcaaattttattgaatgctattggt
ttgcgataagcttctccttacctaagtagatttttctcattagctgttctagcatatatg
aaatttccatagaaatcgaaaattaagaaatatactagcaagattgtaggtttctatgta
aaggaaaaaacaaaaattactaagtcatatttcaaggaatttcaatttttactgctcagt
aaactatcagaaatttctgctcttcatgaatcagtagctatcattagttctgagctctat
ggctcaatcgagaatattgaaacaagcttgaaaagtctagtggaataatttaaatatggc
aatgaggatataagactattgaacactacttatattcttgagctattggaaaatcaaggt
agctaggaagttagaaatgttttaatttaaccagaaaacttgaaaattgtttactaagga
gtcttggagataacttaaggctataaaacagagaaaagtattaagctatccattttaagt
gctaaagtaattgctgcgatcggaatatgctaaacttttgtcaatgacccaaagagctta
aaagccactaatcaaatgacattggtaggaaagaaagaataggaaatccaaaagtaagga
gatgactaaaatccaaatattattaggagtgactactataatcctcttactaatcttaga
tacaaaaatcaagagcaggataacaccttggagtaacttgctttcccatcatttttagaa
ctgcctatagaaagaaaagacataattaaatttggatcctagttgctgcttaagattatt
tcaatgactaatgttactgatcagaaaccctaagtctattattacacataatttctgata
gatagatttatttgctcacaaaaactaatttcgaataactagcaagactaaaatcagtat
gaataaattaaagaaaaactgtcaaaggtggaaaatctatctaagggagtttacagatat
ataaagcttgatctagacccagtcactactattgaggatcccaccaatggtttctcaaaa
tttaacattaagaggctggcattgtttctcattcacaaaataactgatagatcttggcaa
gaactatttgaggcatgcattccagcattaaaatcaagcaaccaagtgctagaattatta
ctaccttacctaatatactttgcaataagatttaacactgtcgatgataaattatgtgat
gatattggaaatctattcaataagattttagattcaaatggaataacatagataataata
actctgagggtataagattttctaaaaatatgcttgcaataagataagaaaatctttaag
acattcattgagaatgacactaagttcaagtatgttgagaaattattccatattgatatg
gatatatctagagtcaaagactagaatgtgatgaattttatcaaagttcttgatggtaat
atcaatgtaaaactatcatttctagcagtaaagaaaattaaaggtttacttagcaaaatt
gacaagatcaaaaagataaaggcatcaagaaaagtaaaagcttaccaacgctgtatttat
agctttgaagatcatttcagatctacacaaacttcagtgaaatcaagtgaaaaaggcttc
cttgatattcttacccctgatgacactattgacatagttaattttcatagacaactgaat
cctgaagattttgactatggaatttttaattagatttctgaaaaagatgtttactccaaa
agaagacactaatcagaggattaggaaatggtagatgaggaaagagttgaagaagaagct
tcgtaggtagattcaaaataatttaacaagaaatttgataagttaatggagaaaactcag
ttgattgaatactggaaaaatggttagtgggaatatgttcaagagtggctttctgaaata
gatatcacctagtttaactcagatatgatatttttagaaagagaaatagataatccaatt
cagaaattcgaaatgcttatcagtatttttgttggagagtatcataaaggattatagtgt
cttttaagaaatgatgatacatttgacaatcctgattatctcgcctcattagataaaatc
aataaattcttcaatcttttatacagtgaatttattctcagtcttgatggaatttaagga
gaaatatcctatcagtataaactatatctgcatgtgatttatgagcttgactctgcagtc
cacttcttaaaagatgcaatgttcttagaaagagataaaatctcagaaatcattagaaag
gaagttaatagagataagagaagatttgaaaaggtgtactatgaatttgatatgaaaaac
attttcgagaaactactctcatggtttgaagaaagatcatcaatgctgcaaagttcaact
gagtctcttaaactaatatactatataagaagaatgattttcaaactttacgatagagag
catgagtatgctttctatctaatgaaacttgctaaaatttatagaaagactagcaatgat
atactgctaatcaattctttgttcaaagaatgctaggaatataagcatatgatagtggat
tatgaccttgaatatgcgaagtatatgctcaaaactaaaaatgctcatgaagcatattag
tatttgatttaggcataggagagcataaagtagcaatgcgataatatgtacaagagcacc
aaattcaattggatgccatagagagtatatgagaaagctatattattaagtattgaacta
tagattaagctggaccctcacaaccaaaatattcttaaaagatttgatgaattcctaaaa
ataatgggtaagaattcttgggaaaagccagtttttagatatgcctagtacttagatgag
ttggataataaaaatataggaactcctaactaaggtacactcgatcttaatgattagagg
aagagataaatttagaagatattctactatatcaatagtctaaagcatgggtataaatat
atttggtaaagtttcccgagagcattagaattgtggtttgaatacaatgaaaaagatcaa
gactcagaaaaaattaatcattttatgagacaagaactagccaaattagaagtattcaag
ttagcttcagtactttaaattctactctcaagatatggacatcctaaggatcaagtaaga
gaagtcattattctagtattatctaaggtggcagctcagttccctgggcaatgcgcatgg
tggatattccatttcttgcactttgaataagaatctgcaccaggaataaagaagaactaa
gtatctacaaaactctaagctatcagtagagcagattttgccaaataattacttggtaaa
attatgggattcgatgagcaagcttacaaaaaaattatagaaggcgaaaagattttctta
gagctaaagaaactatcagagagaagtccaccttaaccaaacagtacaacaatggaactt
ccctaagctttgcaaaaagtttaaaccagcagtcttgtaatgccaattgaagaaaattta
tcaccttaactgccgccttaaaactttagagttaatttcaagtaaagctgcctagttagt
acgacttagaaaataacagagctaaacaggtttaatgcagaaattataaattcaaaggat
gcttttgaccatcagcacttgaatgatgaaagtgcaatggaggaagctaaaaatgcttaa
aaagaatacccagcctataaactgcatcctgtatttatagctggtttcttgaacgaagca
acaattatgatgtctaaagaaaaaccaaagaagataggaataattgggtctaacaaataa
gtctataacttcttgcttaaatgtgataagtttggcgatctcagaaaagaacagagattt
attgattttgcagtactttgtaataaaatgcttgagaacgacgctgagagtagaaaaaga
aatcttagattgcgaacaaatgcgatagttcctctaagcagaaatacaggattaatcgag
tggatttagaatacaagtactctcaaaacaatagtcggcgattattggaaaaagaacaac
attaagggggaaatgtaggatattaagcaaaaagctatcagccttaaaatgggagaaact
cacactcaaatctggcaatatgttaaagaagacattaaaccagttttaggaacctggatg
gctgatcatttccctagccccgagacttggtatgaggccagaataaatttcattaggtct
actgcgatttggtctatgattggatatgtaattggactaggagatagacatggtgataac
atcctaattcatatgcatacaggagaagtaacccatgttgatttcgactgtatatttgaa
aaaggagcaaagcttaagattccagagatagtgccctttagactgacttagaacataatg
gatgcatttggaattttcaaagaaaaaggagtttactaaagaacttgcgaagtagtagag
agagtattgagaaagaatgctaagaatatcatatcattcttggactctttcattcatgat
ccacttattgaaagcactcagaacattaaagttgagattaaatctgctcttgatgttgtt
aaatagaaactatatggctagattaaaggagaccagggtggtagtgtctcagtggaggat
caagtcgagactgtgattttacatgcaattaatgatgaatcattgtcaaaaatgtatatt
ggctggatgccttggctatga

>Contig588.g660(protein)
MPGDQDFCSGLMPQQPLHSSLFTKLLQTKRNVNLITNPNKFKLEGLNFVGTSGQNIKDIQ
RYTNYQDPTEIMELTLKIRHLCPTCPDTLRSYPFVENDPFVIQEIPQVYFSGNQDVFQQK
LIVDEYQTDEQKKFIKILSIPKFRETGSLVLLDTISIQAYQYIFDHEKAEQQAQLKLVNL
DFQLFLEDLEILNLQDANPTYDVERYLDILKIIRMMGRNKRSVAQVYHMLGVIFVVSDVV
DLQKDRERQIDCIVQKFKLCHDLAKTLRISIQDLLINCPSEICGKITYILIQNGDAVSAI
EYFMGVNFYLQNILPRSWYFLISEKGITFDQLQKTLLEYKWYNAKLDLRRIRENLYECIA
KIAFNDKLQYSQKKNLLVMMKNTFSFKDDQELIDLINSFIKYKENQAAATFETRLLSTLM
KKLSYGKKYYLEKLMRRNEKAKTLRQFDRKQFQNQEFYNKKGTQAQKKIQRFQDALEFIN
KELKKCSALAKSDFIISFLETFKTNYPAYITAENEPMIRQNKLIQFITTVDLLMKTMVDE
EYFQQALIMMTIYVLKLGIEYQDTVEISIFSMQILLNAIGLRQASPYLSRFFSLAVLAYM
KFPQKSKIKKYTSKIVGFYVKEKTKITKSYFKEFQFLLLSKLSEISALHESVAIISSELY
GSIENIETSLKSLVEQFKYGNEDIRLLNTTYILELLENQGSQEVRNVLIQPENLKIVYQG
VLEITQGYKTEKSIKLSILSAKVIAAIGICQTFVNDPKSLKATNQMTLVGKKEQEIQKQG
DDQNPNIIRSDYYNPLTNLRYKNQEQDNTLEQLAFPSFLELPIERKDIIKFGSQLLLKII
SMTNVTDQKPQVYYYTQFLIDRFICSQKLISNNQQDQNQYEQIKEKLSKVENLSKGVYRY
IKLDLDPVTTIEDPTNGFSKFNIKRLALFLIHKITDRSWQELFEACIPALKSSNQVLELL
LPYLIYFAIRFNTVDDKLCDDIGNLFNKILDSNGITQIIITLRVQDFLKICLQQDKKIFK
TFIENDTKFKYVEKLFHIDMDISRVKDQNVMNFIKVLDGNINVKLSFLAVKKIKGLLSKI
DKIKKIKASRKVKAYQRCIYSFEDHFRSTQTSVKSSEKGFLDILTPDDTIDIVNFHRQLN
PEDFDYGIFNQISEKDVYSKRRHQSEDQEMVDEERVEEEASQVDSKQFNKKFDKLMEKTQ
LIEYWKNGQWEYVQEWLSEIDITQFNSDMIFLEREIDNPIQKFEMLISIFVGEYHKGLQC
LLRNDDTFDNPDYLASLDKINKFFNLLYSEFILSLDGIQGEISYQYKLYLHVIYELDSAV
HFLKDAMFLERDKISEIIRKEVNRDKRRFEKVYYEFDMKNIFEKLLSWFEERSSMLQSST
ESLKLIYYIRRMIFKLYDREHEYAFYLMKLAKIYRKTSNDILLINSLFKECQEYKHMIVD
YDLEYAKYMLKTKNAHEAYQYLIQAQESIKQQCDNMYKSTKFNWMPQRVYEKAILLSIEL
QIKLDPHNQNILKRFDEFLKIMGKNSWEKPVFRYAQYLDELDNKNIGTPNQGTLDLNDQR
KRQIQKIFYYINSLKHGYKYIWQSFPRALELWFEYNEKDQDSEKINHFMRQELAKLEVFK
LASVLQILLSRYGHPKDQVREVIILVLSKVAAQFPGQCAWWIFHFLHFEQESAPGIKKNQ
VSTKLQAISRADFAKQLLGKIMGFDEQAYKKIIEGEKIFLELKKLSERSPPQPNSTTMEL
PQALQKVQTSSLVMPIEENLSPQLPPQNFRVNFKQSCLVSTTQKITELNRFNAEIINSKD
AFDHQHLNDESAMEEAKNAQKEYPAYKLHPVFIAGFLNEATIMMSKEKPKKIGIIGSNKQ
VYNFLLKCDKFGDLRKEQRFIDFAVLCNKMLENDAESRKRNLRLRTNAIVPLSRNTGLIE
WIQNTSTLKTIVGDYWKKNNIKGEMQDIKQKAISLKMGETHTQIWQYVKEDIKPVLGTWM
ADHFPSPETWYEARINFIRSTAIWSMIGYVIGLGDRHGDNILIHMHTGEVTHVDFDCIFE
KGAKLKIPEIVPFRLTQNIMDAFGIFKEKGVYQRTCEVVERVLRKNAKNIISFLDSFIHD
PLIESTQNIKVEIKSALDVVKQKLYGQIKGDQGGSVSVEDQVETVILHAINDESLSKMYI
GWMPWL