Leptidea sinapis (Wood White): 126967148
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Entry
126967148 CDS
T09272
Name
(RefSeq) aminopeptidase N-like
KO
K11140
aminopeptidase N [EC:
3.4.11.2
]
Organism
lsin
Leptidea sinapis (Wood White)
Pathway
lsin00480
Glutathione metabolism
lsin01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
lsin00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00480 Glutathione metabolism
126967148
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
lsin01002
]
126967148
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
lsin04131
]
126967148
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
lsin04147
]
126967148
04090 CD molecules [BR:
lsin04090
]
126967148
Enzymes [BR:
lsin01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.11 Aminopeptidases
3.4.11.2 membrane alanyl aminopeptidase
126967148
Peptidases and inhibitors [BR:
lsin01002
]
Metallo peptidases
Family M1
126967148
Membrane trafficking [BR:
lsin04131
]
Endoplasmic reticulum (ER) - Golgi transport
Forward pathways
ER-Golgi intermediate compartment (ERGIC) proteins
126967148
Exosome [BR:
lsin04147
]
Exosomal proteins
Exosomal proteins of microglial cells
126967148
CD molecules [BR:
lsin04090
]
Proteins
126967148
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ERAP1_C
Peptidase_M1_N
Peptidase_M1
Motif
Other DBs
NCBI-GeneID:
126967148
NCBI-ProteinID:
XP_050667552
LinkDB
All DBs
Position
12:10294383..10322286
Genome browser
AA seq
986 aa
AA seq
DB search
MGVHNIICVLLAIVVSITSLPLRTQIETVTELSDSLKVIHLEETINNKPDDNKSKLHSDL
QHEENHNISDEILVSRNLQRNNIRPGMTIFSNEITLTPDLNAGTFTGVAEIDVRLSSDTS
EDEVVFSFDGLNVDSILQSVGGGTTYEQPAGFDTEDGLLTIFTGRNSVRFNFIINYSGSL
DSWGNGLYRGNYGTDTYLAMNLHPTNARRVFPCFDDITVPANTFSLNVAGLNYQNMASNT
AVQSVEDGVTKFTPMINSFPYLWGLVAHNMNAVSIQFQNVIFYVRQGVMNQDALSSSAIN
SFFSTLTEWTKKPYEEIFNGQEERLHILAVPDVDRDWYALSTISIWEPYVLMELGSPASQ
RKTGLMKLAQALARRWFGYVLMPESWNSQWVISGLGTTAAFEAFRIFQTDPSGADVTLLD
ADAIFLSDIIQESLYMDGYPTINPILTSEEDFEEDWVRSHVNGPLRFKAPAIIRMLQLTM
STTTDYIQQSAAQMLSTNSLEIVSSSAFYSALEGAYGQEPNRLIGDIADFLSPWIENSHY
PMVRVTIDRTIISLSQVRFSFAAVSDIAYPIPITYTTSINPNFDNLRPELIMENSHQIIN
PGLSTEEGEEDWIIFNIQGQGYYRVNYPTEMWEVFAQVLADPERRAAIHPLNRATLIDDA
LNLARGGHIGYEVAMPIVLGMELETEYVVWKAFVRNMEFLKRFLLALVEEDEDLDPDIYL
RMIRRTVVGLEQELTFTPELNVNEPAMTSLVRGLVMDHACRSNYDPCIAAAVDWFRDPND
NTIVNPNIPADLRPAVYCTSVMIGGEEERELLFNRLSLITNGYERLVILESLACSQDTGF
ILTYLQETLGDTYFVEERSRIFKAVVQSSRQNLATALQFISINTNNIRQAYGGSDKLEDI
IAVLAGNIPDEDLTRNFVEWVNNRNNELDDSILSAERARDRVIQDNIWRMTNLQDLYEWI
DENDAPTLMISMFLISVSLFIALFNH
NT seq
2961 nt
NT seq
+upstream
nt +downstream
nt
atgggggttcataatattatatgtgtgcttcttgctattgttgtatctataacatcatta
ccattaagaactcaaatagaaacagtgacggaattaagtgattcactaaaagtgatacat
ttagaagaaacaattaataacaaaccagatgataataaatcaaaactacatagtgactta
caacatgaagaaaatcataatatatctgatgaaatactcgtttcaagaaatctacaacga
aacaacataagaccaggaatgacaatttttagtaatgagataacattaacgcctgatttg
aatgcaggaacatttactggcgttgctgaaatagatgtgagactatccagcgatacatcc
gaagatgaagtcgtttttagttttgatggtctaaatgtagattcaattttacaatcagtt
ggtggaggaacaacgtacgaacaaccagctgggttcgacactgaagatggcttgttgacc
atttttacgggtagaaattctgtacgatttaattttattataaactattccggctcctta
gattcatggggaaatggattatatcgtggaaattatggaactgacacctacttagccatg
aatttacatccaacaaatgcacggcgcgtattcccgtgctttgatgacatcacagttcct
gcaaatacattttctttaaatgtagctggtctcaattaccaaaatatggcatcaaatact
gcggtgcaatcagttgaagatggcgtgacaaaatttacaccgatgattaattcattcccc
tatctttggggtctcgttgctcataatatgaatgcagtcagtattcaattccaaaatgtt
atattttatgtccgacaaggggtaatgaatcaagatgccctctcaagttcagcaataaac
agcttcttcagcactttaactgaatggacgaaaaagccgtatgaagagatatttaatggt
caagaagaaagactgcacatattggcagtacccgatgtggatcgggattggtacgcacta
tcgactatctccatttgggaaccatacgtcttgatggaacttggaagtcccgcttctcag
agaaaaacaggtttgatgaaactggctcaggccttggcaagacgttggtttggatatgta
ttgatgccggagtcctggaatagtcaatgggtcatttctggacttggtaccacagctgcc
tttgaagcattcagaatttttcaaactgatccgagtggggctgatgtgactttgttagac
gcagatgcaatatttctaagtgatataatacaagaaagtttatatatggatggatatcca
actattaatccaattctgacaagcgaagaagacttcgaagaagattgggtcagaagtcac
gtaaacggaccattaagattcaaagctcctgcaataataagaatgttacagttaacaatg
tcaacaacaactgactatattcagcaaagtgcagctcagatgcttagtaccaactcatta
gaaattgtaagttcttcggcgttttactctgccctcgaaggtgcatatggacaagaacca
aatagattgattggtgatatagccgactttttatcaccatggattgagaactctcactat
ccaatggtcagagtaaccatagatagaacaattattagtttgtcccaggtgcgtttttcg
tttgccgccgtgtcagatatagcttatccgatacctatcacgtatacgaccagtataaac
cccaattttgacaacttacgtcccgagcttataatggaaaatagccaccagattatcaac
cctggtctgagcaccgaggaaggtgaagaagactggattattttcaatattcaaggccaa
ggctactaccgtgttaattatccgacggaaatgtgggaagtatttgctcaagtattggct
gaccctgagagaagagctgctatacatcctttaaatcgagctactcttatcgatgatgca
ttgaaccttgcacgtggtgggcacataggttatgaggtcgctatgccaattgtgcttggt
atggagcttgaaaccgaatatgtcgtgtggaaggcctttgtccgcaacatggaattccta
aagagattcctattagcacttgttgaagaggatgaagacttggatccagatatatacctg
agaatgattcgcagaacggtagtaggccttgagcaagaattgaccttcactccagagctg
aatgtgaatgaaccagctatgacgtcactggtgcgaggtctggtcatggaccacgcttgt
aggagcaactatgacccttgcattgcagccgctgttgattggttccgtgatcccaacgac
aatacaatcgtgaaccctaacatcccagctgacctaagaccagcagtatactgcaccagc
gtcatgataggtggcgaagaagagagggaactacttttcaaccgcttgagtttaatcaca
aatggctacgagcgcttggtcattctggagtctttggcctgttctcaagatacgggcttc
atcctaacttacctccaggagaccctaggagatacgtattttgttgaagaaagatcgaga
attttcaaggcagtggtccagtccagccgacagaacttggcaacagccttacagtttata
tccataaatacaaataacatccgacaagcgtatggtggtagtgacaaattggaggatata
atcgccgtattggctggaaacattcccgatgaagatttaacgagaaacttcgtggagtgg
gttaacaataggaataacgaattagacgactcaatactatctgccgagagagcaagggac
cgagtgattcaggataatatttggcgtatgacgaacttgcaggatctttacgaatggatt
gacgaaaatgacgccccaaccctaatgatatctatgtttttaattagtgtatcattattt
atagctttgtttaaccattaa
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