KEGG T09957: 106130359

Amyelois transitella (navel orangeworm): 106130359

Entry

106130359         CDS       T09957

Name

(RefSeq) membrane alanyl aminopeptidase isoform X1

K11140

aminopeptidase N [EC:3.4.11.2]

Organism

atra Amyelois transitella (navel orangeworm)

Pathway

atra00480

Glutathione metabolism

atra01100

Metabolic pathways

Brite

KEGG Orthology (KO) [BR:atra00001]
09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    106130359
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:atra01002]
    106130359
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:atra04131]
    106130359
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:atra04147]
    106130359
   04090 CD molecules [BR:atra04090]
    106130359
Enzymes [BR:atra01000]
3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.11  Aminopeptidases
    3.4.11.2  membrane alanyl aminopeptidase
     106130359
Peptidases and inhibitors [BR:atra01002]
Metallo peptidases
  Family M1
   106130359
Membrane trafficking [BR:atra04131]
Endoplasmic reticulum (ER) - Golgi transport
  Forward pathways
   ER-Golgi intermediate compartment (ERGIC) proteins
    106130359
Exosome [BR:atra04147]
Exosomal proteins
  Exosomal proteins of microglial cells
   106130359
CD molecules [BR:atra04090]
Proteins
  106130359

SSDB

Motif

Pfam:

ERAP1_C Peptidase_M1_N Peptidase_M1

Other DBs

NCBI-GeneID:

106130359

NCBI-ProteinID:

XP_013184637

LinkDB

Position

9:complement(join(1868950..1869162,1869593..1869671,1870382..1870528,1870893..1871069,1871617..1871810,1872254..1872448,1873281..1873384,1874061..1874238,1874634..1874802,1875541..1875818,1876418..1876598,1876862..1877146,1877714..1877866,1878861..1879426))

AA seq 972 aa
MVWSKCKWKFLLLLHFAFFNVFECLPISVKTMDANEIISKDVSEIIPKLNEEKVAIENVQ
GNHNFTVPLNATRSSIRQDLRPGQMVRQYAVELTVNGDSFSGRVVMNVELVTATREDPIL
LHCDGLNIENVLADGINSADPDSAEFSVDDGILEIVPARVFSSYTVIIEYSGSLGDAGVG
FFLGEYPGNTYVAMNLYPTNARRVFPCMDEPTEASVISFTFNNLNYNHLISNSMLEENSQ
NQFRALQGPPQVWGMVAHNFESVLIPTPGVQVYGRVGLTNQDAQAVAINFFFNTLNAWTN
KEYSDIDDNQDGRMVILALPDVDIEWSALSTVAIWEPYVIMATQQSVKQRSTALVKVAEA
MARQWFGYVIYPENWKHEWVVSGLGSYAAWEILREFQEPTGGATDISLLDINTLFVTEII
QESLLRDASLSSRILEPNNDIFDVNEIRDHRKSIEFKSVALMRMLRLLLGDEEQDFMQVA
AQNLLNSRSLQTVNSINFYDAINSEFGGNDFIEDIEEYMEQWLKNTGYPSIFVSLRSGGL
VLTQERFSFSSLPQMGFEIPISYTTSMDPDFDNIYPESMTDGTLMLDRVLGDDDWILFNI
QGQGYYRVNYADDLWERIIEALNDPDQREVIHPLNRGTLVDDALNLARANRVGYDIAFTV
VLAMEHEKEYAPWKAFVRNMDFLRKRLVALVTEDEDLDPDIYLRMVRRTIGSIENELGFY
PDPLLSEPAMDSLTRGLVMDHACRANYQPCIAAAVDWFYASGTDEPTVNPDIPQDLRPAV
YCTMVREGDNTVIEALERRMEIEPTQYERIVIMESLGCSRDMDYINVLLETTIADNSPYL
VEERFRILSSVIESSYENALVALNFMSRRTNEIRNMYGGPGKLEELIFLLAANMANDVLA
TEFNNWRSDRNNNLDDSQDAADRAYEIIVQNLEWDELHMDFVYEWIDENDAPTLVVSLLL
LCVTTFMTLFNQ

NT seq 2919 nt +upstreamnt +downstreamnt
atggtctggtcaaaatgtaaatggaagtttctcttgttgttgcatttcgcatttttcaat
gtgtttgagtgtctaccaatcagcgtgaaaactatggacgctaatgaaattatttcaaaa
gacgttagtgaaattataccaaaattgaatgaagaaaaagtggccatcgaaaatgttcaa
ggaaatcacaattttactgtacctttgaatgcaacaagaagttcaataagacaagattta
agacctggccaaatggttaggcagtatgccgttgaattaactgtgaatggcgattcgttt
agtggcagagttgtgatgaatgtcgaacttgtaacagctactcgtgaagatcccatttta
cttcattgtgatggtctaaatattgagaatgtattagctgatggtattaatagtgcagat
cctgactctgctgagttttcggttgatgacggaattttggaaattgttccagctcgtgtt
ttttcgtcttatactgttattattgaatactcagggtcattaggcgacgctggcgttggt
tttttcttaggagaatatccgggaaatacatatgttgcgatgaacttatacccgacgaac
gcgagaagagtgttcccgtgtatggacgagccaacagaagcatctgttatatctttcaca
ttcaataatctgaactacaaccacttgatttccaactccatgctagaagagaacagtcaa
aatcagttccgtgctttgcaaggcccgcctcaagtttggggtatggtcgctcacaatttc
gaaagtgtgctcatcccgactccaggagttcaagtttacggtcgtgtagggctcaccaat
caagacgctcaggcagtagccataaacttcttcttcaacaccctcaacgcttggactaat
aaagagtattcagatattgacgataaccaagacggaagaatggttatattggcactaccc
gatgtggatattgagtggagtgctctgtctactgttgctatttgggagccttatgtcatt
atggcaacccagcaatcagtaaagcaaagatccacggctttggtgaaggtggcggaggcg
atggcgagacaatggttcggctatgtgatatacccagaaaattggaagcacgagtgggtt
gtgtctggattgggatcatatgcggcgtgggagatcttaagagaatttcaagaaccaacc
ggaggagccacggatatatctctattagatatcaacacattatttgtaactgaaataatc
caagaaagtctattgagagacgcgtctttgagctccagaatcttagagccaaataatgat
atatttgatgtaaatgaaataagagatcacagaaagagtatagagttcaaatcagtggcc
cttatgaggatgttaagattattgttgggagacgaagaacaagatttcatgcaagttgca
gctcagaacttgctcaattccaggtcactgcaaactgtaaactcaatcaacttctatgat
gcgatcaatagcgaattcggaggaaatgatttcattgaggatatagaggagtacatggaa
caatggcttaaaaataccggctatcccagtatcttcgtcagtcttaggtctggaggtctt
gttttgactcaggagcggttctcattcagttcattaccacaaatgggcttcgaaataccc
ataagttacactacgagtatggatcctgacttcgacaacatatatcccgagtcaatgaca
gacggcacattgatgctggaccgggttttgggtgacgatgactggatactcttcaacata
cagggacaaggttactaccgtgtgaactacgctgacgatctatgggagagaatcattgag
gcgcttaacgaccccgaccaaagagaagtcatccatccgttgaaccgtggcactcttgta
gatgacgcattgaacctggcacgagcgaacagagtgggttacgatatagcattcacggtg
gtgctggccatggagcatgagaaagagtacgcaccttggaaagccttcgtgaggaacatg
gactttttgaggaaacgactggtggctctggtaacagaggacgaagatctggatcctgat
atttatctgcgaatggtccgaagaacaattgggagtattgaaaacgaactcgggttttat
cctgatccgttgctatcggaaccagcaatggattctctcactagaggtcttgtaatggac
cacgcgtgtcgtgccaactaccagccatgtatagcggccgctgttgattggttttacgct
tctggtactgacgaacctacagtaaatcccgatatcccacaagacctaagaccagcagtc
tactgcaccatggtcagggagggagacaatactgtcattgaagccctggagaggagaatg
gagattgagccgacgcagtacgaacgcattgtaattatggagtctttgggctgttcacgc
gatatggactatatcaatgtgctcttagaaaccacaatagctgacaacagcccgtatttg
gttgaagagagattcagaatcttgtcgtcagtaatagagagcagttatgaaaatgctttg
gttgctctcaactttatgtcgagacgtactaacgaaataagaaacatgtacggcggtccg
ggaaaattggaagaactaatatttttactagctgcgaatatggctaacgatgtcctcgcg
acagaattcaacaactggagaagcgacaggaacaataatttggacgactcacaagatgca
gccgacagggcttatgagataattgtgcagaatctggaatgggacgaacttcatatggat
ttcgtctacgagtggatagatgaaaatgacgcccccacattagtcgtttcactgttattg
ctttgtgtaacgacttttatgactttgtttaaccaatag

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