Theileria annulata: TA12745
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Entry
TA12745 CDS
T00253
Name
(RefSeq) Lon protease homolog 2, mitochondrial precursor, putative
KO
K08675
ATP-dependent Lon protease [EC:
3.4.21.53
]
Organism
tan
Theileria annulata
Brite
KEGG Orthology (KO) [BR:
tan00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
tan01002
]
TA12745
09182 Protein families: genetic information processing
03029 Mitochondrial biogenesis [BR:
tan03029
]
TA12745
Enzymes [BR:
tan01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.21 Serine endopeptidases
3.4.21.53 endopeptidase La
TA12745
Peptidases and inhibitors [BR:
tan01002
]
Serine peptidases
Family S16: lon protease family
TA12745
Mitochondrial biogenesis [BR:
tan03029
]
Mitochondrial quality control factors
Regulator of mitochondrial biogenesis
Other regulator of mitochondrial biogenesis
TA12745
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Lon_C
LON_substr_bdg
AAA
AAA_5
AAA_16
ChlI
TIP49
AAA_22
IstB_IS21
RuvB_N
AAA_2
AAA_PrkA
AAA_18
AAA_14
nSTAND3
ABC_tran
AAA_25
AAA_24
AAA_19
AAA_28
RNA_helicase
PhoH
AAA_3
bpMoxR
RsgA_GTPase
Motif
Other DBs
NCBI-GeneID:
3862133
NCBI-ProteinID:
XP_952358
UniProt:
Q4UE63
LinkDB
All DBs
Position
2:complement(1256651..1259962)
Genome browser
AA seq
1103 aa
AA seq
DB search
MPLSKTFLTAKGSILNLARSISYSSSCIIRNKGYNPVYLQLQDIQSAKISWNSEKLAKSV
LLRGYSTKRGGKDSKTQEIHEDLSCKEDEIEDIQEKEKLSDYDDTNEIVKKPSTIIYDVL
NASKPKNKYGRQAQTGKIRRKPIPLYISHSSTTYNTTKEKPYISTEQTSSQTSIFKEEDE
DAKDKGDNEKPPRTDKSDSGDHSDHLISAQFTLPIIHFSNSKRVHALPALALFRKPAFPG
FYQVLQVQDQAVIKCLSNVKQNSGHDYVGGFLTKAERPNDVNNSNNLPMLRDDAGSVSSC
DEMHVYGTLLQIITITPNLSFQGGQVILMPHKRIKMTGIHAEPSESNPLYRVAVEYVEDT
PKHFEDSSVTKALHLEIIATVKELIKTSHFYKEHFDQIIRFYNLDYPTRLADLIAGISLA
KRDQLQNILAELNIDKRLTMVLEIAKNDLEFARVQNEVNTQLEEKLSKDQRKYILTEQMK
MIKKELGMDSDDKSNVIDQFESEFEKVKMHMSDEAISSFNSGISRLKHLESSSAEFGVWR
SYLEWLVGLPWGKTTEESKDIHRAKEILDSHHFGLNDVKTRLLEFMATTILNGQTSGKII
CLIGPPGVGKTSIAMAMAESLNRKLYRFSLGGLFDIAEIKGHRRTYVGSLPGKFVQALKY
TNTLNPLIILDEIDKLGRDTRGDPASALLEALDPSQNMNFRDFYLDIPVDLSQVLFVCTA
NSSDTIPTPLLDRMELITIPGYLPEEKLLISKNFLIPQTQKNTGLTPKVIEIQDSAIECI
IKQYSREAGVRNLLKCIEKIHRKVALDLVMKHTKTTSSEASDSSSQSTDSSETSSDPSHD
EKLNPNQVEDVKSALENISKCTVVKSEDVQSYLGVPIYTKETLHPYPLPYGVVLGLAWTN
AGGATMYVEAHGQMLDKKGNLIEPDRTPAKDLLGSTDTKEPADTTGIEALKGGSLKVTGH
LGTVMTESSQIALTYCKTFIRKHQPNNIFLDEANIHIHVPEGATPKDGPSGGITMASALI
SIAAKKRIKPSIAMTGELTISGKVLRVGGIKEKLIAAIREDISTVIMPVGNKPDFEELDA
SIKDKLSIIFVDTFDDVYHHAFE
NT seq
3312 nt
NT seq
+upstream
nt +downstream
nt
atgcctttaagtaaaacatttttgaccgccaaaggatcgattctaaacctcgcgagatct
atttcatacagttcaagttgtattattagaaataaaggatataatccagtatatctacaa
ttacaagatattcaatcagcaaaaatatcatggaattctgagaaattagctaaatctgta
ctattaagagggtattcaactaaaagaggaggtaaagattccaaaactcaggaaattcac
gaagatttgagttgtaaagaagatgagatagaagatattcaggaaaaggagaaactgtca
gattatgatgatacgaatgagattgtaaagaagccgtcgacgatcatttacgatgttctg
aacgcatcaaagccgaaaaataagtacggaagacaggctcaaactggtaaaattcgtaga
aaaccaatacctctgtatatttcccacagtagtacaacatataatactactaaggaaaaa
ccatatatatcaactgaacagactagttctcaaacatctatatttaaggaggaagatgag
gatgcgaaggataagggtgacaatgagaaaccgcctaggactgataaaagtgacagtgga
gatcattcggatcacctaatatctgcacagtttacactgcccattattcatttctcaaat
tccaagagagtacacgcattgccagcactagcactttttagaaagccagcatttccaggg
ttctaccaagtcttgcaagtacaggaccaagcagtgatcaagtgcctatcaaatgtaaag
cagaattcaggccacgattacgtgggagggtttctgactaaagccgaaagaccaaatgat
gtcaacaactcaaataacctgccaatgctaagagatgatgcaggatcggtgtcatcgtgc
gatgaaatgcacgtctacgggacactcctccaaataataacaataacaccaaacctgagt
ttccaaggaggacaggtgatattgatgccgcacaagaggattaaaatgactggaattcac
gcagaaccgtcagaatcaaaccctctgtacagagtagcagttgaatacgtggaggacaca
ccgaagcactttgaggactcctcagtgacaaaagcacttcacttggaaataatagcaaca
gtaaaagagttgataaagacgtctcacttctataaggagcattttgaccagattatcagg
ttctataacctggattacccaacgagactggcggatttgattgcaggaatttcactggcc
aagagagaccagcttcaaaatatactcgctgaactaaacatcgataaacgacttacaatg
gtgcttgaaattgcgaaaaacgacctcgaatttgcacgcgtccagaacgaagtgaacacc
cagttggaggagaagctgtctaaggaccagcgcaagtacattttgaccgaacaaatgaaa
atgatcaagaaggaattggggatggactcagatgataagtcgaacgtgattgaccagttt
gagagcgagtttgagaaagttaagatgcatatgtcagatgaagcaatctcgtcattcaac
agtggtatttcgagactgaaacacttagagtcgtctagtgcagagtttggagtttggaga
tcatatcttgagtggttagtaggtcttccatggggaaaaactaccgaagagtccaaggat
atccacagagctaaggagatattagattcacaccattttggactaaatgacgtaaaaaca
agactgttggagttcatggcgacaacaatactcaacggtcaaactagcggcaaaatcatt
tgcctaataggaccaccgggagtgggaaaaacatcaattgcaatggcaatggcagagtcg
ctgaacaggaagttgtacaggttttcattgggaggattgtttgacattgcagaaataaaa
ggtcatcgtcgaacatacgtgggatcacttccaggcaagtttgtacaagccctaaagtac
accaacacacttaacccgctgattatcctggatgagattgacaagttgggcagagacacg
aggggagaccctgcatctgcacttctcgaggctctggacccttctcagaacatgaacttc
cgtgacttttatttggacataccagttgacctctcccaagtcctgttcgtatgtacagca
aactcaagtgacactataccgacaccgctcttggacagaatggagcttataacaatacca
ggatacctgcctgaggagaagttgctgatatcaaagaactttctaataccgcagacacaa
aaaaatacgggactgacaccaaaagttattgagatccaagacagtgcaattgagtgcata
attaagcagtactcgagggaggccggagtgaggaacttgttgaagtgcatcgaaaaaata
caccggaaagttgcactcgacctcgttatgaaacacaccaaaaccacaagctcagaagca
tctgatagctctagccaatcaacagattctagcgaaaccagttctgatccaagccatgat
gaaaaattaaatccaaaccaggttgaggatgtcaaaagtgctctggaaaacatttcaaag
tgcacagttgtgaagtctgaggatgttcagtcgtatttaggtgttccaatatataccaag
gagacacttcatccatatcctctgccgtacggagtcgtcctcggtctggcctggactaac
gcaggaggggcaacaatgtacgttgaagcccacggacaaatgctcgacaagaaaggaaac
ttgatagaacctgaccgcactcctgcaaaagatttattaggatcaacagatacaaaagag
ccagccgatactactggtattgaagctctaaagggcggaagcctgaaggtcactgggcac
ttgggaactgtcatgactgaaagctcacaaatagcactgacctactgcaagactttcatt
agaaaacaccaacccaataacatattcctagacgaggcaaatatacacattcacgtgccg
gaaggagcaacacccaaggacggcccaagcggcggaatcacaatggcttctgctttgata
tccatagctgccaaaaagaggattaagccttcaattgcaatgactggagagttgacgata
tcaggtaaggttctcagggtcggtggaattaaggagaagctcattgccgccatcagggag
gacattagcactgtgataatgcccgttggaaataagcctgacttcgaggaactcgatgct
agcattaaggacaaactgtccatcattttcgtagacactttcgacgacgtttaccatcac
gcctttgagtaa
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