Cicer arietinum (chickpea): 101507239
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Entry
101507239 CDS
T02819
Name
(RefSeq) ABC transporter B family member 19-like
KO
K05658
ATP-binding cassette, subfamily B (MDR/TAP), member 1 [EC:
7.6.2.2
]
Organism
cam
Cicer arietinum (chickpea)
Pathway
cam02010
ABC transporters
Brite
KEGG Orthology (KO) [BR:
cam00001
]
09130 Environmental Information Processing
09131 Membrane transport
02010 ABC transporters
101507239
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
cam02000
]
101507239
04147 Exosome [BR:
cam04147
]
101507239
04090 CD molecules [BR:
cam04090
]
101507239
Enzymes [BR:
cam01000
]
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
101507239
Transporters [BR:
cam02000
]
ABC transporters, eukaryotic type
ABCB (MDR/TAP) subfamily
ABCB1, 4, 5 subgroups
101507239
Exosome [BR:
cam04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
101507239
CD molecules [BR:
cam04090
]
Proteins
101507239
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ABC_membrane
ABC_tran
SMC_N
ABC_ATPase
AAA_29
AAA_16
AAA_22
AAA_5
Zeta_toxin
AAA_33
RuvX
AAA_24
Motif
Other DBs
NCBI-GeneID:
101507239
NCBI-ProteinID:
XP_004510541
UniProt:
A0A1S2YVD9
LinkDB
All DBs
Position
Ca7:complement(33453073..33461157)
Genome browser
AA seq
1500 aa
AA seq
DB search
MADSSFEIDYNSSTNHTRHYPTPVSYHSVSGSSSFIHSTSRSNATPTTRRTRHNKVPSTP
FASDDDRSWQGEVSWKFKPIGLREYSTDFGSVLSPWPTNSISNHSHVFSRSANDYYLSRI
GGFRDIKNSSHEHSSYGRVELRSHVARDNNDHSYFDQYSGFSKLGIIKKGVSGNRNISNK
TSPLAEEDELSAVDYSISDERVISPYRINDHGLDELSYVKHDHGVPSYGSKPPSQIYGGY
SNYESKMVSEYEEDMDEEDGAGPPKTVGLFSLFRYTRKWDWLLVFVGCLGALINGGSLPW
YSYLFGKLVNKLSGEAKNDKDLMMKDVEKICEFMAGLAAVVVIGAYMEITCWRLVGERSA
QRIRTEYLRAILRQDISFFDTEINTGDIMHGIASDVAQIQEVMGEKMAHFIHHVFTFICG
YAVGFRRSWKVSLVVFSVTPLTMFCGMAYKALYGGLTAKEEASYRKAGSIAEQAISSIRT
VFSFVAESQLGEKYSEQLQKSAPIGAKIGFAKGAGMGVIYLVTYSTWALAFWYGSILIAK
GELDGGSAIACFFGVNVGGRGLALALSYFAQFAQGTVAASRVFFIIERVPEIDPYNPEGG
KLSSVRGRIELKNVSFAYPSRPDSLILNSINLVFPSSKTLALVGASGGGKSTIFALIERF
YDPIEGIITLDGHDLRTLQVKWLRDQIGMVGQEPILFATSILENVMMGKDNATKEEAISA
CIAADAHNFISNLPLRYDTQAGDRGTKLSGGQKQRIALARAMIKNPKILLLDEPTSALDA
ESESAVQRAIDKISAGRTTIVIAHRIATVKNADAIVVLEHGSVTEIGDHRQLMAKAGTYY
NLVKLATESISKPLLPIENGIQKTNDLSSINYKSAPDITRSRYLVDISRSKTVDSMQDKE
QEDMEDKQYKKPRKYRLSEVWKLQKPEFMMLFSGLVMGMFAGAFLSLFPLVLGISLGVYF
GNDTSKMKRDVGYLCLVLVGLGFGCILSMTGQQGLCGWAGSKLTLRVRNLLFQSILRQEP
GWFDFDENSTGVLVSRLSIDSVSFRSVLGDRFSVLLMGLSSAAVGLGVSFVFNWKLTLVA
AAVTPLTLGASYINLIINIGPKVDNNSYAKASNIASGAVSNIRTVATFSAQEQIVNSFDR
ALSEPRKKSLKSSQLQGLVFGFFQGAMYAAYTLTLWFGAYLVKLNKGDFEDVYKIFLILV
LSSFSVGQLAGLAPDTSMAATAIPSVQDVINRKPLIGNDGRKSRKVDRSKPFKIEFKMVT
FAYPSRPEVTVLRDFCLKVKGGSTVALVGPSGSGKSTVVWLTQRFYDPDQGNVMMGGVDL
REIDVKWLRRQIGLVGQEPALFAGSIRENIAFGDQSASWAEIEAAAKEAYIHKFISGLPQ
GYETQVGESGVQLSGGQKQRIAIARAILKKSKVLLLDEASSALDLESEKHIQEALKNVSK
EATTIIVAHRLSTIRDADKIAVMRNGEVVEYGSHDTLISSIQNGLYASLVRAETEANAFS
NT seq
4503 nt
NT seq
+upstream
nt +downstream
nt
atggctgattcttcctttgagatagactacaactcttcaaccaatcatacaagacactat
ccaactcctgtgagttaccacagtgtatccggctctagctccttcatacattcaacttct
cgaagcaatgcaactccgacaacacgaagaactcgccacaacaaagttccatccacaccc
tttgcttcagatgatgaccgatcatggcaaggagaagtttcttggaagtttaagccaatt
gggctgcgcgaatatagcacagactttggttctgttcttagtccatggccaaccaactcc
atctctaatcatagccatgtgtttagccgatcggctaatgactattacctttcgcgaata
ggtggttttagagacatcaaaaactcgtcgcacgaacattcttcctatggaagagttgaa
ctaaggagtcatgttgctagagacaacaatgatcatagctactttgatcaatatagtgga
ttctcaaaattgggaatcataaaaaaaggggttagtggaaatcgaaatattagtaataag
actagtccattagctgaggaagacgaacttagcgcggtagattacagtataagtgatgaa
cgtgttatttcaccttataggattaatgatcatggtcttgatgagttgtcatatgttaaa
catgatcatggagtgccatcatatggtagtaaaccacctagccaaatttatggtggttat
agtaactatgagagtaaaatggtatcagaatatgaggaagatatggatgaagaagatggt
gctggtcctcctaagacagttgggttgtttagtttgtttaggtatacaagaaagtgggat
tggttacttgtgtttgttggttgtttaggtgctcttataaatggaggatcacttccttgg
tattcttatctttttggtaaattggttaataagctttcaggagaagctaaaaatgacaaa
gatctgatgatgaaggatgtagagaagatatgtgaatttatggctggcttagctgcagtt
gtggtaattggagcatatatggagatcacatgttggaggttagtaggggagagatcagct
caaagaataagaactgagtatctaagagcaattcttagacaagacataagtttttttgat
acagagataaatactggtgatattatgcatggaattgctagtgatgttgcacaaattcaa
gaagttatgggagagaagatggctcacttcattcatcatgtatttacattcatatgtgga
tatgcagttgggtttagaagatcatggaaagtctcattggttgtattctcagtcactcca
ttaacaatgttctgtggtatggcttacaaagcactttatggtggtcttacagcaaaagag
gaagcttcttatagaaaagctggtagcattgcagaacaagccataagttcaattaggaca
gtgttttcatttgtagctgagagccagctgggtgaaaaatattcagaacaacttcaaaaa
tcagctccaattggagctaaaattggttttgctaaaggtgcaggcatgggtgttatttac
ttagtaacatattcaacatgggctttggctttttggtatggctctatcttaattgccaag
ggtgaacttgatggaggttcagctattgcttgtttctttggtgtcaatgttgggggaaga
ggcttggcactagcactatcatattttgcacaatttgcacaaggaactgttgcagcaagc
cgtgtattctttatcatagagagagttcctgagattgatccctataatcctgagggtggg
aaactttcctcagttcgtggaaggattgagttaaagaatgttagttttgcatatccatct
cgtcctgattcacttatacttaattccattaatttggtatttccatcttcaaaaactttg
gcattggttggtgcaagtggtggtggaaagtcaactatctttgctctcatagagaggttt
tatgatcctatagaagggattattaccttggatggtcatgatttgaggacactgcaagtg
aagtggttaagggatcagattgggatggttggccaggagccaattctgtttgctacatct
atacttgaaaatgtgatgatggggaaggataatgccaccaaggaagaggcaatatctgct
tgtattgctgctgatgctcacaacttcatttctaacctcccactacgctatgacactcag
gctggtgataggggtacaaaactttcaggaggtcaaaagcagagaattgcattggctaga
gcaatgataaagaatcctaaaatccttcttttagatgaacctactagtgctcttgatgct
gagtcagagtctgcagtccaaagggccattgacaagatttcagcaggcagaacaaccatt
gtcattgctcacaggatagcaacagtgaagaatgctgatgccattgtagttcttgaacat
ggttctgtcactgagatcggcgaccatcgccagcttatggcgaaagccggaacctactac
aaccttgtcaagcttgcaactgaatccatttcaaaacctcttcttcctatagaaaatggc
attcaaaaaaccaatgatttatcatccatcaattataaatctgctcctgatataacaaga
tcaagatatctagtcgatatctcgaggtctaaaacagtggattcaatgcaggataaagaa
caagaagatatggaagataaacaatacaaaaaaccaagaaaatacagactttctgaggta
tggaaattgcaaaagccagagtttatgatgctattttcaggccttgttatgggaatgttt
gcaggtgcttttctgtccctttttccattggttttaggcatatcccttggagtatatttt
ggcaatgacacttccaaaatgaaaagagatgtagggtacctttgtttagtacttgttggc
cttggatttggttgtatactttccatgacaggacaacaaggtttgtgtggttgggcagga
tcaaagctaacactaagggttagaaacctcttgtttcaatccattcttagacaagaacct
ggatggtttgattttgatgaaaactccaccggtgtattggtttcaaggctctcgatagac
tcagttagttttcgttcggtactcggcgacagattctcagtccttcttatggggttaagt
tcagcagctgttggacttggtgtttcctttgtatttaattggaaactaacccttgttgca
gctgctgtaacccctttaactcttggtgcaagttacataaacttgatcataaacattggt
ccaaaagttgataacaactcttatgcaaaagctagcaacattgcttctggtgcagtttca
aatataaggacagttgctacattttcagctcaggaacaaatagtcaattcctttgataga
gccttatcagaacctaggaaaaagtccttaaaaagttcacagcttcaaggtcttgtattt
ggattctttcaaggtgcaatgtatgcagcatacaccttaactctttggtttggtgcatac
cttgtaaaacttaacaaaggtgattttgaagatgtttataagatttttctcattcttgtt
ttgagttcattttctgttggacaactagctggtttagcaccagatacttctatggctgct
acagcaattccatcagttcaagatgttataaacagaaaaccattgatagggaatgatgga
agaaaaagtaggaaagttgacagatcaaagccttttaaaatagaattcaaaatggtgaca
tttgcatatccatcaaggcctgaggtaactgtgttgagggatttctgtttgaaggttaaa
ggtggaagcacagtggctttggtgggaccaagtggatcaggaaaatcaacagttgtgtgg
ctgacacagaggttctatgatcctgatcaaggaaatgtgatgatgggtggtgtggatttg
agggagattgatgtgaagtggttgaggagacaaataggtttagttggtcaagaacctgca
ttgtttgctgggagcataagggaaaatattgcatttggagaccaaagtgcttcatgggct
gaaattgaagctgctgcaaaagaggcttacatccacaagttcatcagtggccttcctcag
ggttatgaaactcaggttggtgaaagtggggtccaattatcaggtggacagaaacaaagg
attgctatagcaagggccatattgaagaaatcaaaggtgcttttgcttgatgaagcaagc
agtgcattggacttggaatcagagaaacacattcaagaagctcttaagaatgtttcaaaa
gaggcaacaacaataatagttgcacaccgtctttccacaataagagatgctgataaaatt
gcagtcatgagaaatggagaagtggttgagtatggaagccatgacactctcatttcttcc
attcaaaatggtttgtatgctagccttgttcgagctgagactgaagccaatgccttttct
tga
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