Entry LACAL01281 (F2M0S9)

B Lactobacillus amylovorus (strain GRL 1118)


General Information

Description
serine-threonine protein kinase COG0515 Serine/threonine protein kinase
Organism
LACAL - Lactobacillus amylovorus (strain GRL 1118) (Taxon-ID: 695562)
Locus
Acomplement(1330459..1332486)
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MIDKGYLLGE RYRIIDTLGE GGMANVYLAE DIILQRKVAV KILRLDLQNE PQTQARFQRE    60
ALATSELSHP NIVSVLDVGT DHGLPYMVME YVDGPDLKEY IRENSPLDLR EVIRIMDQIL   120
SAVALAHKHN VIHRDLKPQN ILMDKRGNIK IADFGIAVAL NQSSITQTNS VMGSVHYMSP   180
EQTRGGLVTK QSDIYSLGII LYELITGTVP FNGDTPVSVA LKHAQEPIPS IRKKDKSVPQ   240
ALENVVLKAT AKDPRDRYAS AQVMKADLDS SLDPERSDEP IFVPNHGNSD DKTIVLPGFK   300
PQKTTAEESK KEEKSEVEET PKKEKKSFWQ NVKAHKWWWI FSVIAAGLII FIMIFALSGN   360
NQPKQVNVPD VTNIAENAAE RRLEAAGLQV GKIIRRQSDD VKKGYVIATN PTAGNSLDRG   420
KSVNLIVSSG SSMVKVPDVV GDDYDKAAEK LENQGFDVVR EDQFSSKITQ GNIISQSIAA   480
GVEVKPTQTT ITLVVSRGKA PRQRSNTVTL KDLHNYSLKS AQDYARDHGL TLQINQEYSD   540
DVEKGLIISM DPGPGTKVDR GSTIAIKVSR GPKEEKETTI TKNFTVNYVG TADDSAGETD   600
NNKDEDSSSS KSSSTKGDHV QIYIKDDDHY LSNIYRDLYI KRDMSFSIPF SIKNGAGQLR   660
VVRNGETILN EKVTK                                                    675

Coding Sequence

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GTGATCGATA AAGGTTATCT GCTTGGAGAG CGCTATCGCA TTATTGATAC TTTAGGCGAA    60
GGCGGGATGG CCAATGTTTA TCTGGCTGAA GATATTATTT TACAGCGTAA AGTTGCTGTT   120
AAAATCTTGC GCTTAGATTT GCAAAATGAA CCTCAAACGC AAGCTCGCTT CCAAAGAGAA   180
GCATTAGCTA CCAGTGAGCT AAGTCATCCT AATATTGTCT CAGTTCTTGA TGTTGGTACG   240
GATCATGGAC TTCCTTATAT GGTAATGGAA TATGTCGACG GTCCTGATTT AAAAGAATAT   300
ATCCGTGAAA ATTCTCCATT AGATTTGCGT GAAGTAATTC GCATCATGGA TCAAATTTTA   360
AGTGCGGTAG CTCTTGCTCA CAAGCATAAT GTGATTCACC GAGACTTAAA GCCACAAAAT   420
ATCTTAATGG ATAAAAGAGG TAATATTAAA ATCGCCGATT TTGGTATTGC AGTAGCGCTT   480
AACCAAAGCT CAATTACGCA AACTAATTCA GTGATGGGTT CTGTCCATTA CATGTCACCA   540
GAACAAACAA GAGGAGGATT GGTTACTAAG CAATCCGACA TTTATTCTCT TGGGATCATT   600
CTTTATGAAT TGATTACAGG TACTGTGCCA TTTAATGGGG ATACGCCTGT TTCTGTTGCT   660
TTAAAACATG CTCAAGAACC TATTCCTTCA ATTAGAAAGA AAGACAAGAG CGTTCCGCAA   720
GCATTAGAGA ATGTCGTTTT AAAGGCGACA GCTAAGGATC CACGTGATCG TTACGCTTCT   780
GCTCAAGTAA TGAAGGCAGA TCTTGATAGC AGTCTTGATC CCGAACGAAG CGATGAACCA   840
ATCTTTGTTC CGAATCACGG CAATAGCGAT GATAAAACCA TCGTTTTACC AGGATTTAAA   900
CCACAAAAGA CTACTGCTGA GGAATCCAAG AAAGAGGAAA AATCAGAGGT AGAAGAAACA   960
CCTAAGAAAG AAAAAAAGAG CTTTTGGCAG AATGTTAAAG CTCATAAATG GTGGTGGATC  1020
TTTTCTGTGA TTGCCGCTGG GTTGATTATT TTCATTATGA TTTTTGCTTT AAGCGGCAAT  1080
AATCAACCCA AGCAAGTCAA TGTCCCTGAT GTAACCAACA TTGCTGAGAA TGCAGCGGAG  1140
AGAAGGTTAG AAGCTGCTGG CTTGCAAGTG GGTAAAATTA TTCGACGTCA ATCTGATGAT  1200
GTTAAAAAGG GCTATGTCAT TGCCACTAAT CCGACGGCTG GCAATTCTCT TGATCGAGGA  1260
AAATCTGTCA ATTTGATCGT TTCTAGCGGT TCAAGCATGG TAAAGGTGCC TGACGTAGTA  1320
GGCGATGATT ATGATAAGGC CGCTGAGAAG TTAGAAAATC AGGGCTTCGA TGTGGTTAGA  1380
GAAGATCAAT TCTCAAGCAA GATTACTCAA GGCAACATCA TTTCGCAAAG TATTGCTGCC  1440
GGGGTTGAAG TTAAGCCAAC GCAAACTACA ATTACTTTGG TAGTTTCTAG AGGTAAGGCT  1500
CCACGTCAAA GAAGTAATAC GGTGACATTG AAAGATTTGC ATAATTACTC ATTAAAGAGT  1560
GCTCAAGATT ATGCAAGAGA TCATGGTTTA ACTTTGCAGA TTAATCAAGA GTACTCTGAT  1620
GATGTCGAAA AAGGCTTAAT CATTTCAATG GATCCAGGTC CTGGAACAAA AGTTGATCGT  1680
GGCTCAACCA TTGCAATTAA GGTTTCTCGT GGACCCAAGG AAGAAAAAGA GACCACAATA  1740
ACTAAGAACT TTACCGTAAA CTATGTTGGG ACAGCAGACG ACAGTGCTGG AGAAACAGAT  1800
AATAATAAAG ATGAAGACAG TTCATCCAGC AAGTCAAGTT CTACTAAGGG CGATCATGTT  1860
CAGATCTATA TTAAGGACGA CGATCACTAC TTAAGCAATA TTTACCGTGA TCTTTATATT  1920
AAACGTGATA TGAGCTTCTC AATTCCATTT TCAATTAAGA ATGGTGCAGG ACAATTAAGA  1980
GTAGTCCGCA ATGGAGAAAC TATCTTGAAT GAAAAGGTGA CTAAATAA               2028