Xiphophorus maculatus (southern platyfish): 102219683
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Entry
102219683 CDS
T02923
Symbol
lonp1
Name
(RefSeq) lon protease homolog, mitochondrial isoform X1
KO
K08675
ATP-dependent Lon protease [EC:
3.4.21.53
]
Organism
xma
Xiphophorus maculatus (southern platyfish)
Brite
KEGG Orthology (KO) [BR:
xma00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
xma01002
]
102219683 (lonp1)
09182 Protein families: genetic information processing
03029 Mitochondrial biogenesis [BR:
xma03029
]
102219683 (lonp1)
Enzymes [BR:
xma01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.21 Serine endopeptidases
3.4.21.53 endopeptidase La
102219683 (lonp1)
Peptidases and inhibitors [BR:
xma01002
]
Serine peptidases
Family S16: lon protease family
102219683 (lonp1)
Mitochondrial biogenesis [BR:
xma03029
]
Mitochondrial quality control factors
Regulator of mitochondrial biogenesis
Other regulator of mitochondrial biogenesis
102219683 (lonp1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Lon_C
LON_substr_bdg
AAA
Lon_lid
AAA_5
AAA_2
RuvB_N
ChlI
AAA_22
AAA_PrkA
AAA_16
AAA_14
bpMoxR
ATPase_2
RNA_helicase
NPHP3_N
nSTAND3
Viral_helicase1
AAA_17
RsgA_GTPase
NB-ARC
AAA_18
Parvo_NS1
NTPase_1
TsaE
IstB_IS21
AAA_28
AAA_3
AAA_24
AAA_19
NACHT
ABC_tran
AAA_7
AAA_30
Motif
Other DBs
NCBI-GeneID:
102219683
NCBI-ProteinID:
XP_005812940
Ensembl:
ENSXMAG00000007990
UniProt:
A0A3B5PPN8
LinkDB
All DBs
Position
9:60941..90512
Genome browser
AA seq
990 aa
AA seq
DB search
MGACLKMAGTVQRIHRTPYKPGQLFRSGAIPYLTEATGQLRLQPSSRFNTLSSVGSTPVT
TGCRLTRHHRWVRVAGVPLAHTATNTSLCGLSVPARFLGNRASGAGFSGEDGGENAASGG
DESGGDGEAPYSGPQMTALTPMMVPEVFPNVPLIAVSRNPVFPRFIKIIEVKNKALMELL
RRKVRLAQPYAGVFMKKDDNNESDVVESLDSIHSTGTFVQIHEMQDLGDKLRMIVMGHRR
IRITRQLEVEAEDMLASSDWSESEPEPQVKATARRKSKRSRKDQPTSLAEQLENKVSEAD
LSPELQPLPYSNILMVEVDNVQHEEFTVTEEVKALTAEIVKTIRDIIALNPLYRESVLQM
MQAGQRVVDNPIYLSDMGAALTGAESQELQDVLEETNIPKRLYKALSLLKKEYELSKLQH
RLGREVEEKIKQTHRKYLLQEQLKIIKKELGLEKDDKEAIEDKFRERLKDQNVPQHIMDV
INEELNKLGLLDNHSSEFNVTRNYLDWLTSMPWGTNSEENLSLYRAREVLEEDHYGMDDV
KKRILEFIAVSQLRGSTQGKILCFYGPPGVGKTSIARSIARALNRQYFRFSVGGMTDVAE
IKGHRRTYVGAMPGKIIQCLKKTKTENPLVLIDEVDKIGRGYQGDPSSALLELLDPEQNS
NFLDHYLDVPVDLSKVLFICTANVTDTIPEPLRDRMEMINVSGYVAQEKLAIAERYLVPQ
LRTLCGLTEEKASISPDALGLLIRQYCRESGVRNLQKQIEKVFRKVAFHIVSGAEDSVAV
SSDNLHDYVGKPVFTVDRMYDLTPPGVVMGLAWTALGGSTLFIETSLCRPQGGAEAKGEG
TLEVTGQLGDVMKESAKIASTFARAFLMTKEPENNFLVSSHLHLHVPEGATPKDGPSAGC
TIVTALLSLATNRSVRQNVAMTGEVSLTGKILPVGGIKEKTIAARRAGVTCMVIPAENRK
DFSDLPDYIREGLEVHFVDHYSQIYPIVFP
NT seq
2973 nt
NT seq
+upstream
nt +downstream
nt
atgggcgcctgtttgaagatggctggtactgttcagcggatccacagaactccttataag
cctggacagctgttcaggagcggagcgattccgtatctgaccgaggccaccggtcagctc
cggctccagccgtcatcgcgcttcaacaccctgtcttccgtcggcagcactccggtgacc
acgggctgcaggcttacccgacaccaccgctgggttcgggtcgcgggggtacccctagct
catacagctaccaacacgtccctttgtggactaagcgtaccagctcggtttttgggtaac
cgggccagtggggcaggtttctctggggaggacggtggggagaacgcggcttctggagga
gatgagtctggaggggatggagaagctccctacagcggaccgcagatgacggctctcacc
cccatgatggtcccggaggtgtttcccaacgtcccgctgatcgctgtgagcaggaacccg
gtgtttccccgtttcataaagataatcgaggtgaagaacaaggccctgatggagctgctg
aggaggaaggtgcgcctcgctcagccttacgctggagtctttatgaagaaggatgataat
aatgagtcggatgtggtcgaatccctggactccatccactccactgggacctttgttcag
atccatgagatgcaggatttaggagacaagctgaggatgatcgttatgggccaccgcagg
attcggataacaagacaactggaagtggaagctgaggacatgttggcgtcctctgactgg
tcagagtctgaaccagagcctcaggtcaaagctacggcaagacggaagtccaaacgcagt
cgtaaggaccagccgacctccctggcagagcagctggagaacaaggtttcagaagctgac
ctgagtccagagcttcagcctttgccttactccaacattctgatggttgaggtggataac
gttcagcatgaggagttcacggtcactgaagaggtcaaggcactgacggctgaaattgtg
aagaccatcagggacatcattgccctcaaccccctctacagagagtcggtgcttcagatg
atgcaggctggtcaacgggtggtcgataaccccatctacttgagtgacatgggggccgca
ctgacgggagctgagtcccaggagctgcaggatgtcttggaggagacaaatattccaaaa
cgtctttacaaggctctgtctcttctaaagaaggagtatgaactgagtaaactgcagcac
cgtctgggccgtgaggtggaggagaagatcaaacagacccacagaaagtatcttctccag
gagcagctgaagatcatcaagaaggagctgggtctggaaaaagatgacaaagaagccatt
gaggataaatttagggagagacttaaagaccagaatgttcctcagcacatcatggatgta
atcaatgaagagctgaacaagctggggctgctggacaaccactcatctgagttcaatgta
actcgcaactacctggactggctaaccagcatgccgtggggcaccaacagtgaagaaaac
ctgtcattatacagggccagggaggttctggaagaagaccattatggaatggatgatgtt
aaaaaacgcatattggagttcattgcagtgagccagctccgaggttccacccaggggaag
atcctgtgtttctatggccctcctggtgtagggaagacctccattgcccgctccattgcc
agagcacttaacagacagtacttcaggttcagtgtaggaggaatgaccgacgtggctgag
atcaaaggtcacaggagaacatatgttggagcgatgcctgggaagattattcagtgtctg
aagaaaaccaagacggagaaccctttggtgttgatagatgaggtggataaaattggccgt
ggttaccagggtgacccatcctctgctcttctggagcttctggatcctgaacagaattca
aacttccttgaccattacctggatgtcccagtggacctgtctaaagttctgtttatctgc
acagccaatgtgactgacaccatcccagaaccacttagagacaggatggagatgatcaat
gtgtccggatacgtggcccaggaaaaactggctattgctgagcgttacctggtccctcag
ctgcgaacactctgtggcctgactgaagagaaggcctccatctcccccgacgctctaggt
ctgctcatcagacagtactgcagagagtctggagtgaggaacctgcagaaacagatagaa
aaggtgttccgtaaagtagcatttcatattgtgagtggagccgaggactctgtggccgtc
tcatctgacaatctgcatgattacgtgggtaaaccagttttcacagtggatcgtatgtat
gacttgaccccaccaggagtggtgatgggcctggcatggaccgctctggggggctccaca
ctgttcattgagacatcactctgccgaccacaaggaggggcagaagctaaaggagaggga
accttggaggtcacaggtcagcttggtgatgtcatgaaggaaagtgcaaagattgcttca
acatttgccagggccttcctcatgactaaagaaccggaaaataacttcctggtcagctcc
cacctgcacctgcatgttcccgagggagctactcccaaggatggacccagtgctggttgc
acaatagtcactgcattgttgtccctggcaaccaatcggtcagtgcgtcagaatgtggcg
atgactggggaggtgtcactaactggcaaaatcctgccagtaggaggaattaaagagaaa
actattgctgcccgccgtgctggtgtaacctgcatggttattccagctgagaacaggaag
gacttctccgacctgccagactacatcagagaaggactggaggttcattttgtggaccac
tacagccagatctaccccatagtcttcccatag
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