KEGG T09957: 106140535

Amyelois transitella (navel orangeworm): 106140535

Entry

106140535         CDS       T09957

Name

(RefSeq) ATP-dependent translocase ABCB1

K05658

ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:7.6.2.2]

Organism

atra Amyelois transitella (navel orangeworm)

Pathway

atra02010

ABC transporters

Brite

KEGG Orthology (KO) [BR:atra00001]
09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    106140535
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:atra02000]
    106140535
   04147 Exosome [BR:atra04147]
    106140535
   04090 CD molecules [BR:atra04090]
    106140535
Enzymes [BR:atra01000]
7. Translocases
  7.6  Catalysing the translocation of other compounds
   7.6.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.6.2.2  ABC-type xenobiotic transporter
     106140535
Transporters [BR:atra02000]
ABC transporters, eukaryotic type
  ABCB (MDR/TAP) subfamily
   ABCB1, 4, 5 subgroups
    106140535
Exosome [BR:atra04147]
Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   106140535
CD molecules [BR:atra04090]
Proteins
  106140535

SSDB

Motif

Other DBs

NCBI-GeneID:

106140535

NCBI-ProteinID:

XP_060800671

EnsemblRapid:

LOC106140535

LinkDB

Position

6:join(10129575..10129717,10130001..10130067,10130524..10130802,10131146..10131246,10131332..10131503,10131757..10131928,10132072..10132202,10132382..10132606,10132784..10132909,10133233..10133436,10133676..10133846,10133963..10134152,10134231..10134307,10134555..10134716,10135020..10135124,10135341..10135502,10135825..10136028,10136250..10136491,10136641..10136797,10136978..10137172,10137266..10137472,10137557..10137703,10138226..10138420)

AA seq 1277 aa
MSQTYNGNGDASFVKHEKLDNNLAVDEPNEIFNMGVISKTDKTINENDKSKDKNDENIKE
EVPSVSFFTLYRFASCSDIFFVTIAMLCSILAGCSMPFSTLLFAWLLQAMVDYGVSLTQG
TPGNDEFLEQMKFFAIWNVVAGVLVVILSYIATVLMNIVAYNQVYKIRQEYLKAALNQDF
EYFDTHKTGDFASKMTSDVVKLEEGIGEKLATFVYFQASFVSSIIMTFVKGWKLTLLCLI
SFPVTLFLVGIAGFIASRLTKKEAILSGKAGAVAEEVISAVRTVYAFSGQRKEIERYQSF
LGKSRSINIKKGFFNGIAMGTLYLCIFASYALSFWFGYKLMVDEPENYDVSTMIAVFFGV
MMGSANFGMSSTLMEVFGVAKGAGAQIFNLIDNVPVINPLLNKGIVPKFIEGNIELKNVV
FRYPSRPDVTVLKGVSLNIKRGQSVALVGHSGCGKSTIIQLLSRYYDTLEGSVTLDGKNV
RDISVQWLRKQIGLVGQEPVLFNTTVRENIRYGRQDADDAAIEECARQANAHQFIMKLPM
GYDTLVGERGASLSGGQKQRIAIARALVRNPSILLLDEATSALDTSSEAKVQKALDKAQE
GRTTIVVAHRLSTIRNVDTIYVFKAGEVIESGNHIELMKKKGHYYDMVMIQGISGVDEEG
DITLTRQVSVKSEKDDEEEIIIPERKDSEDIGEKKTEVSFWQVIRLNSPEWKSISIASLC
SLLSGFAMPVLAIILGDFVGILSGNDQEAIQAEVRRFAIIFIAIGVFSGVTNFLTVFFYG
VAGEYLTERLRRQMFEKLLQQEIGFYDDKENTTGALCARLSGEGAAVQGATGQRIGTVLQ
AIGTFGFSLVLSLVYEWRVGLVALAFVPLLVIILYKEGRMVSAESFGTAKTMEASSKIAV
EAVSNVRTVASLGREETFCKDYADLLLPALKSAKKTAHVRGIVFGCSRGLFNFVYAAAMY
YGGTLIMYNGVNYSLILKSAEALIMGASTAAQAFAFAPDFQKGIKAAGRVITLLNKESKI
TDPSQPIKGFEGSGAASLKNINFRYPTRPMIQVLQNLNLDIERGKTVALVGSSGCGKSTI
IQLLERYYDPDTGIVTQDGVSISMLRLEDARRPIGFVQQEPVLFDRTIGENIAYGDNSRN
PSNDEIIAAAQQANIHKFIISLPMGYDTNIGSKGTQLSGGQKQRLAIARALLRKPRLLLL
DEATSALDTESEKIVQEALDAAKAGRTCVMIAHRLSTVKDADVICVLKDGQVVERGNHAE
LMDLKGIYYNMHRTGHA

NT seq 3834 nt +upstreamnt +downstreamnt
atgtctcaaacttataatgggaatggagatgcaagttttgtgaagcacgaaaaattagac
aataatctagcggtagatgaaccaaacgaaattttcaatatgggtgtaatttctaaaacg
gataaaacgataaatgaaaatgacaaatccaaagataagaacgatgaaaatattaaggaa
gaagtacccagtgtatctttttttacattgtataggtttgcttcatgttctgacatattc
ttcgtaacgattgcgatgttatgctccatactggctggctgttcgatgccattcagtaca
ctgctttttgcatggctactacaagctatggttgattatggggtgtcattgactcaaggt
accccgggcaatgatgagttcttagaacaaatgaaatttttcgccatctggaatgttgtc
gctggtgtcctagtggtaattttgtcgtacatagccacagtactcatgaacatagtagca
tataatcaggtttacaaaatacgacaagagtatttgaaagcagctttaaatcaagatttt
gaatattttgatactcataaaactggagattttgcttctaaaatgaccagcgatgttgtc
aaattagaagaaggcataggagagaagttggcgacatttgtttacttccaggctagtttt
gttagttccattattatgacatttgtgaaaggatggaaactaactctactgtgtttgata
tctttcccagttacattgtttttagttggaatagctggattcatagcatccaggttaaca
aaaaaagaggcaattttatcaggaaaagcgggtgcagtagcagaagaggttatatcagct
gtacggactgtgtacgcgtttagtggccaacgaaaggagatcgaaagataccagtcattt
ttgggaaaatcacggagcataaatataaagaaaggtttcttcaatggtattgctatggga
actctttatctctgtattttcgcttcatacgctttatctttctggtttgggtacaaatta
atggtagacgaaccagagaactacgacgtttcgacaatgattgcagtattttttggagtg
atgatgggctcagccaattttggtatgtcatcgacactgatggaggtatttggagttgcc
aaaggagctggggctcaaatctttaatttgatcgacaatgttcctgttatcaatccctta
ctaaataagggtatcgttcccaaatttatcgaaggcaatatagaactgaaaaacgtagtg
tttcgttatccttcaaggccagatgtgaccgtactaaaaggagtaagtttaaatattaaa
cgaggtcaatcagtggcattagtaggtcattctggctgtgggaagtctacaatcattcaa
cttttatctcgatactatgatacacttgaaggcagtgtgactttggatggtaagaatgta
agagacatttctgttcaatggctacgcaaacaaatcggcttggttggtcaggagcccgtt
ctattcaatacaacagtaagggagaacataagatatgggagacaagatgctgatgatgct
gcaattgaagagtgtgccagacaagctaacgcgcatcagttcatcatgaagctaccgatg
ggatacgacactctagtcggtgaacgtggagcatctctgtcaggtggacagaaacaacgt
attgctatagctagggctctagtacgtaatccaagcatactgttgcttgacgaagccact
agtgctctagatacttcttcggaagctaaagttcaaaaggcactggataaggcccaagaa
ggaagaacaactatagtcgtagcccatagactttctacgattagaaacgtcgatacaatt
tatgtttttaaagctggagaagttatagaatcgggaaatcacattgaactaatgaaaaag
aaaggacactattacgatatggtcatgattcagggtatatcaggggttgatgaagaaggc
gacatcacactcactcgacaagtttctgtgaaaagtgaaaaagacgatgaagaggaaatt
attatacccgaaagaaaagatagcgaagatattggagaaaaaaagactgaagtgtcattt
tggcaagtgatccgactgaacagccctgagtggaagtctatatcaattgcgagtttatgt
tcgctgttgagcggttttgcaatgccagtgttagctattatacttggtgactttgttggg
attctgtccggtaacgatcaagaagctatacaagccgaagttcgcagatttgctataata
ttcattgcaattggggtgttttctggagtaacaaatttcttaacggtcttcttctacggc
gtagctggtgaatatttgactgagagacttaggcgtcagatgtttgagaaacttctccag
caggagattggtttctatgatgataaggaaaatactacaggcgctttgtgtgctcgcttg
tctggtgaaggagctgctgtgcaaggagcaaccgggcaaagaattggtactgtcctccaa
gcaataggaacttttggattttctctagttctatctttggtctacgaatggagagttgga
ttggttgcattagcattcgttccgttacttgtaatcattctatacaaggaaggtagaatg
gtcagcgcggagtcatttggcactgcaaaaactatggaagctagttcaaagattgctgta
gaggcagtctcaaatgtacgaactgtagcatctttggggagagaagaaactttctgtaaa
gactatgctgatctattgttaccagcgctaaaatcagcaaagaaaacggcacatgttcgg
ggaattgtttttggttgttcccgaggtctttttaactttgtgtatgcggctgctatgtac
tacggtggaacgctcatcatgtataatggtgtaaattactccttgatactgaaatcagct
gaggctttgattatgggtgcatctacagcggctcaagcatttgcatttgctcctgatttc
caaaagggaatcaaggcagctgggcgagtgataaccctattaaataaagaatccaaaatt
actgatccgtctcaacctattaagggattcgagggctcaggagcagctagtcttaaaaac
atcaacttcaggtatccgactagaccgatgatacaagttttgcagaatttaaatttggat
attgagcgaggaaaaaccgttgctctggtgggatcaagcggatgtggtaaaagtacaata
atacaattattggagagatattatgatcctgacactgggatagtaactcaagatggcgta
tccatatcaatgcttcgtctagaagatgccagaaggcctataggatttgttcagcaagag
cccgtactatttgacagaactataggagagaacatagcatatggagataactcaagaaac
ccaagcaatgatgaaattatagcagctgctcaacaagcgaacatccacaaatttattatt
tcattgcctatgggttatgatacaaacataggatcaaaaggtacgcaattatctggtggg
cagaagcaaaggcttgccattgcaagagcattattacgaaaaccaagattgctgctttta
gatgaagcaaccagtgctcttgatacagagagtgaaaagattgtccaagaagccttagat
gcagccaaagcgggacgtacatgcgtcatgatcgctcatcggttgagtacggtaaaggat
gctgatgttatctgtgtactcaaagatgggcaagtcgtcgaaagagggaatcatgctgaa
cttatggacctgaaaggaatttactacaacatgcatagaactggacatgcgtag

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