Candidatus Mycoplasma haematolamae: MHLP_01060
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Entry
MHLP_01060 CDS
T02329
Name
(GenBank) ATP-dependent protease La
KO
K01338
ATP-dependent Lon protease [EC:
3.4.21.53
]
Organism
mhl
Candidatus Mycoplasma haematolamae
Brite
KEGG Orthology (KO) [BR:
mhl00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
mhl01002
]
MHLP_01060
Enzymes [BR:
mhl01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.21 Serine endopeptidases
3.4.21.53 endopeptidase La
MHLP_01060
Peptidases and inhibitors [BR:
mhl01002
]
Serine peptidases
Family S16: lon protease family
MHLP_01060
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Lon_C
AAA
LON_substr_bdg
Lon_lid
AAA_2
AAA_5
ChlI
AAA_22
AAA_PrkA
RuvB_N
ABC_tran
AAA_14
AAA_16
NPHP3_N
AAA_18
NB-ARC
Viral_helicase1
NACHT
RNA_helicase
RsgA_GTPase
NTPase_1
AAA_17
AAA_3
TsaE
IstB_IS21
AAA_28
nSTAND3
Parvo_NS1
TIP49
bpMoxR
AAA_24
AAA_25
ATP-synt_ab
AAA_33
MCM
AAA_7
Mg_chelatase
AAA_19
Motif
Other DBs
NCBI-ProteinID:
AFO51792
UniProt:
I7C5K7
LinkDB
All DBs
Position
215808..218270
Genome browser
AA seq
820 aa
AA seq
DB search
MSDLVATELFSNSLPLLISRNLVVFPNSKNIIEIGRECSLASIKCSISDYKGEIVVVAQK
DYDVDFPLPSDLYKVGTLCKVTVLKQNKDESLTVEVEGFQRVKVSSVKLVKLAGQEELGQ
MWISEYELLKEKNTSLVKNRADIDQLFKYFEELFEVEGEDYTELKKLFSTDEAGKGSDLD
SCSVLIDKLCSIWPQNEKDGVDVKQKWLEELNLTKRISLMLDYEYLSEAEKDEINSSITK
KVNKNISKQQREFYLRERIKVIKEELGESVTRDGELQKFKEWLKKEKAPEHIRNRVQEEV
KKLEYSGSISTNESLIIHNYLNWIISLPWSKSSKDQKNVWKVKEELNKNHFGLEKVKERI
LEHVSVQKRTKNPQGTIICLVGPPGVGKTSLAQSIAKGLNKVCIKISLGGMSDEAEIRGH
RRTYVGSLPGKIIQSLKKAKVNNPVILLDEIDKVASHRHGDPFSALLEVLDPKQNKQFSD
NYIEEEVDLSKIMFIATANYEEEIPDALSDRLEMIRLSSYTEKEKLEIARNSLVAEVLAE
NGLKPEELVFDEDSLRYIIQRYTREPGVRALKQVIARIARKFVMKQEENKDLTAEVLNEE
KIRGYLGKEDFDVTIKDTTPVPGRVNGMAYTASGGDLLPVEVNIFPAGKGELSRTGNLKE
TIVESVEVAKNYIRKNSEAFNLKDIKWTDLDIHLHVPQGGVPKDGPSAGVTIATALLSEL
LQISIPSEVAMTGEITTKGIVEPIGGLKEKILSAVRGGVNTVFFPKKNEKDLEDIPKDVL
EKITLKPVEYYTEIFDELFASKLIISSAGTNPKVANNQYS
NT seq
2463 nt
NT seq
+upstream
nt +downstream
nt
atgtctgatctggtagcaacagaacttttttctaattctttacctctattaatctccaga
aacttagttgtttttcccaactcaaagaacatcatcgagataggtagagaatgctcacta
gcttctatcaagtgttctatttctgactacaagggagaaatagtggtagttgctcaaaag
gattatgatgttgactttcctctaccttctgatctatataaggtaggtactctttgcaag
gtaactgtccttaagcaaaacaaagatgaatctttaacagtagaggtagaaggatttcaa
agggtcaaggtatctagcgtcaaattagttaagttagcaggtcaagaagagttaggtcaa
atgtgaatttctgaatacgaactacttaaggaaaaaaacacttcacttgtaaagaacagg
gcagatatagaccaactgtttaagtactttgaagaactatttgaggtagagggagaggac
tatacagaactaaagaaactcttttctacagatgaagcaggaaaaggttcggacctcgac
tcttgttctgttctaattgacaaactgtgcagcatttgacctcaaaacgaaaaagatggt
gtagatgtcaagcaaaagtgattagaggagttgaacttaacaaagagaatctccctaatg
cttgactatgaatatctatctgaagctgaaaaagatgagattaacagctctattaccaag
aaggtcaacaaaaacatatctaaacaacaaagagagttctacctaagagaaaggattaag
gtaatcaaggaagagttaggagagagtgttactcgagatggagaacttcagaaatttaag
gaatgactaaagaaggaaaaagctcctgagcacataagaaatagggttcaagaagaggta
aagaagctggagtattctggttctatttctaccaatgaatctctgatcattcacaactac
ctaaattggatcatctctcttccctgatctaagagctcaaaagaccaaaagaatgtctga
aaggtcaaggaagaactaaataagaatcactttggacttgagaaggttaaggagagaatc
ttagaacatgtctctgtacagaagagaactaagaatcctcagggaacaatcatctgtcta
gtaggtccccctggagtaggtaaaacctctttggctcaatcaattgctaaaggtctgaat
aaggtatgcataaagatctccctaggaggtatgagcgatgaagctgagattagaggacac
agacgtacctatgtagggtctttgccaggaaagatcattcagtctctaaagaaagctaag
gtcaataatcctgtaattctcctggacgagatagataaggtagctagtcacagacacgga
gatcccttctcagctttactggaggttctcgatcctaagcaaaataagcaattctctgac
aactatatagaggaagaagtagacctgtccaagatcatgtttatagctacagctaactat
gaggaagagatacctgatgctctgtcagacagactagagatgattcgtctaagctcctac
acagaaaaggaaaagttagagatagctagaaatagcttggtagctgaagttcttgcagag
aatggacttaagccagaggagttagtttttgatgaagattcacttagatacatcattcag
agatacactagagaacctggagtaagagcattaaaacaggttatagctaggatagctaga
aagtttgtgatgaagcaagaggaaaataaggatttaactgcagaagtcttaaatgaggaa
aagatacgaggctatctaggtaaggaagactttgatgtaaccattaaagacacaacacct
gtacctggaagagtgaatggtatggcctacacagcttcaggaggtgaccttcttcctgtg
gaggtcaatatcttccctgcaggaaaaggagaactttctagaacagggaacctaaaagag
acaatagttgagtctgtagaggtagctaagaactatataagaaagaattcagaggctttc
aacctaaaagacattaagtgaacagacttagatattcaccttcacgtacctcaaggggga
gtgcccaaagatggaccctctgcaggagtaacaatagctacagctttactctctgagtta
cttcaaatctctattccttccgaagtagctatgacaggagaaattaccactaaagggata
gtagagcctataggaggactgaaagaaaagatcctttcggctgttcgaggaggagtaaat
actgttttcttccctaagaagaatgaaaaggacctagaggatattcctaaagatgtgttg
gaaaagataactctgaagcctgtagagtactacacagagatctttgatgaactctttgct
tccaagttgatcatctcttctgcagggactaaccctaaagtggctaacaatcagtattcc
taa
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