KEGG   Amborella trichopoda: 18443565
Entry
18443565          CDS       T02990                                 
Name
(RefSeq) ABC transporter C family member 8
Organism
atr  Amborella trichopoda
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N AAA_29 AAA_21 MMR_HSR1 AAA_16 T2SSE AAA_23 AAA_22 Dynamin_N RsgA_GTPase NB-ARC DO-GTPase2 nSTAND1 DUF87 FKBP_N_2 bCoV_Orf14
Other DBs
NCBI-GeneID: 18443565
NCBI-ProteinID: XP_020528665
Position
Unknown
AA seq 1460 aa
MMALWEGLQEELSWICNLELDSGSTCIERGVIDGLNIFFVVLFIIASAVSGFRNCLIRDD
RARSWLFIAVAVLCAITSALHFGAGVWPLIRKKNAPMNLNWIIHLVHGLIWMVLAISLYI
QRLKWVRILSLVWWVSFSLLVSAINVMILVSGHTLRILDLVSWPANLLLLLCSLQLFRIL
ISQKTLYGNLSESLLNKNMERERTRNRIGFFSRLTFSWINPLLRLGHRKPLTLRDIPPLP
SEDEAHLAYEAFSQAWEAHRKENPSSKSSVLKTLIACYFREMMVVGIYALVRTISIAVAP
FLLYSFVEFTGQEYHKNKYQGLFLVGCLVVSKVAESLSQRHWFFDSRRVGMKMRSALMAA
VYQKQLKLSSLARMQHSTGEIVNYIAVDAYRFGEFPWWFHTTWCSLLQLILAIVILFLTV
GWGALPGLVPIIILSLLNIPIAKILQNCQTQFMGAQDERLRATSEILNNIKIIKLQAWEE
KFRGLILSLRDHEFKWLASAQIKKSYGSVLYWMSPIFVSAVVFAGCLAMGTAPLNATTIF
TVLVTLRVMSEPVRVLPEAFSILIQVKISLDRLDRFLLDDELRPENVKRCPVQETEYNIR
ICGGNFSWDPDSHNHTLRDVNLEVIKGKKVAVCGPVGAGKSSLLYAVLGEIPKVSGTVEA
YGSIAYVAQTAWVQSGTVQDNILYGKPMNKTRYDEAIRSCALDKDLENFDHGDLTEIGER
GLNLSGGQKQRIQLARAVYNDANIYLLDDPFSAVDAHTAAILFNDCVKKALAKKTVVLVT
HQVEFLAEVDEILVLEGGQITQSGSYDDILRAGMAFEKLVNAHQEAMTALDLSRERNLIQ
GHRETADSTNGFLTSKSNSEGEISAKGISNIQLTEDEEMEIGNMGWKPYIDYISVSKGWF
LFSSIIVGQCIFVLFQVASTYWLAIAILIPQISSGVVVGVYAIVSISCTFFVYLRSWITA
HLGLRASKAFFYGFMDSVFRAPMSFFDSTPVGRILTRASSDMSLLDFDIPYSISFALCPL
IELISTLIIMCTVTWQVLFAAIPVILITYYIQGYYQSSARELVRINGTTKAPVMNCAAET
SLGVVTIRAFSAMERFIYHNLRLIDTDARLFFYTNTALEWVLLRVEALQNIVLFTATIFL
VLVPPGTITPGFAGLSLSYALSLTSCQAFLTRWQCQLANYIISVERIKQFMNLPLEPPAI
IDENKPPDTWPVNGQIDLQDLKIRYRPNSPLVLKGITCTFEAGKRVGVVGRTGSGKTTLI
SALFRLVDPFSGKILIDGLDICSIGLRDLRTKLSIIPQEPTLFKGTIRSNLDPLGLYSDH
EIWEAIEKCQLMATIRSLPNRLDSSVSDEGGNWSAGQRQLFCLGRVLLRKNRILVLDEAT
ASIDSATDAVLQKVIRKEFSNCTVITVAHRVPTVTDSDRVMVLSYGKLVEYDKPSRLMET
NSSFAKLVAEYWANCTKNAL
NT seq 4383 nt   +upstreamnt  +downstreamnt
atgatggccctgtgggagggtctgcaagaggaactctcatggatatgtaacttggagtta
gactcaggctcaacatgtattgagagaggtgtaatagatggtctcaatatcttctttgtc
gttcttttcattattgcttctgcagtttctggatttcgcaattgcttaatccgtgacgat
agagcaagatcttggcttttcatagctgttgcagtactatgtgctataacaagtgctctt
cattttggtgctggtgtttggcctctaatacggaagaaaaatgcaccaatgaatttaaat
tggattatccatctagttcacggattgatttggatggtcttagcaatctccctctacatt
cagaggctcaaatgggtaagaattttgagtctggtttggtgggtctctttctctctcctc
gtatcagccataaatgttatgattctcgtgagcggccatacacttcgtatactggacttg
gtctcatggcctgcgaacttattgcttctcctctgttctctgcaacttttcagaattttg
atctctcaaaagacattatatggcaatctatccgagtccctgttgaacaaaaacatggaa
agagaaagaacaagaaacaggataggcttctttagccgccttaccttctcttggatcaat
cctttgttgcgtttaggccacagaaaacccttaactcttagagatatcccacctttacca
tccgaggacgaggcgcaccttgcttatgaggccttctctcaagcttgggaagctcacaga
aaagaaaacccaagttccaaaagctctgttctcaaaaccttaattgcctgttattttaga
gaaatgatggtggtgggaatctatgcattggttcgaacaatctcaattgcagttgccccc
ttcttactctattcctttgtagagtttacaggccaagaataccataaaaacaagtaccag
ggtttatttttagtaggatgcttagttgtttcaaaagttgcagagtctctatctcaaagg
cattggtttttcgattctagaagagtgggtatgaagatgaggtcagctttaatggctgct
gtctatcaaaaacaacttaagctctctagtttggctagaatgcagcattctactggggaa
attgtgaattatatagcggttgacgcctatcgatttggggagtttccatggtggttccac
accacgtggtgctccctcctccaattgatccttgctatagtgattctctttctaactgta
ggttggggtgctcttcctggcctagttccaattataattctctctctactaaacataccc
attgctaagattctccaaaattgtcagacacaattcatgggagcccaagatgagaggctt
cgggccacttctgagatcttaaacaacatcaagataataaagttgcaggcttgggaagag
aagttcaggggtttgattctctctttaagagatcatgaattcaaatggttggcttctgcc
caaattaagaagtcctacggaagtgtactctattggatgtctcccatttttgtttctgca
gtggtatttgcaggttgtttggcaatgggaactgcccctcttaatgctacaacgattttc
acagttttagttactcttagggtcatgtctgaaccagtgagagtgttacctgaagctttc
tctatcttaattcaggttaagatatctttggatcgattagatcgattcttgttagatgac
gaactcaggcctgagaatgtgaagaggtgtcctgttcaggaaactgagtataacataagg
atttgtggtggaaattttagttgggaccctgattcacataatcatacattgagagacgtt
aacttagaggtaattaagggaaagaaggttgcggtttgtggacctgttggtgctggaaaa
tcatctcttttgtatgcagtgcttggtgagatacccaaagtctctggaacagttgaagct
tatggatccattgcttatgttgcccaaacagcttgggtacaaagtgggacagttcaagat
aatattctctatggaaaaccaatgaataaaaccagatatgatgaggccataagatcttgt
gctttggataaagatcttgaaaattttgatcatggagaccttactgagattggagagaga
ggactcaacttgagtggtggtcagaaacaaaggattcagcttgctagagcagtctataat
gatgctaatatctacctcctagatgatccttttagtgcagttgatgcccatactgctgca
attcttttcaatgactgtgtcaaaaaagctctagcgaagaaaactgtggttctcgtgact
catcaagtcgagtttcttgcagaagttgatgaaattttggtcttagaaggtggacaaatc
acacaatcagggagctatgatgacatcttaagggccggcatggcttttgaaaaactcgtg
aatgctcatcaagaagcaatgacagctttagacctttcaagagaaaggaatttgattcaa
ggacacagagaaactgcagactcaacaaatgggttcttgacttctaaatcgaacagcgaa
ggggagatctcagccaaggggatctcaaatatccagctcactgaagatgaagagatggag
attggcaatatgggttggaagccatacatagattatataagtgtttctaagggatggttt
cttttctcttccattattgtaggtcaatgtatatttgtactcttccaagtagcatcaaca
tactggctcgcaatagctattcttatacctcagattagcagtggagttgtggttggagta
tacgccatagtgtcaatctcttgcaccttcttcgtttacttgagatcatggatcactgcc
catcttgggcttagagcttcaaaagccttcttttatggcttcatggattcagtgttcaga
gctccaatgtcattctttgattccacaccagttggaagaattttaacccgggcatcctct
gatatgagtttgctggactttgacataccatactcaatcagtttcgcattgtgtcccttg
atcgagctgatatcaactcttatcataatgtgtacagtaacatggcaagttctatttgca
gccattcccgtcatcttgattacatactatatccagggttactaccaatcctctgcaagg
gaattagttaggattaatggaacaacaaaggctcctgttatgaactgtgcagctgaaaca
tctcttggtgtggtaacaataagagctttctcagcaatggagaggttcatctatcataat
ctaagacttatagacacagatgcaaggctattcttttatacaaatacagccttagagtgg
gtgctattgagagttgaagcactccaaaacatagtcttattcactgccaccattttccta
gttttggttcctcctggtaccattactcctggatttgcaggactatcactctcttatgcc
ctgagcctgaccagttgccaagcttttctaactcgatggcaatgccaacttgccaattac
atcatctcagtagagcgcataaagcaattcatgaatctacctttagaaccaccagcaatc
attgatgaaaacaagcccccagatacttggcctgtcaatggccagattgatttacaggat
ctaaagataaggtatcgaccgaattctcctcttgttctcaaagggattacatgcacattt
gaggcaggcaagagagtgggagttgttggaagaactggcagcggcaagacaaccttgata
agtgccttgtttcgtcttgtcgatccttttagtggaaaaatcctcatagatggactggac
atttgctccattggtctcagggacctaagaactaagctcagcattataccccaagagccg
actcttttcaagggtaccataaggagtaacttggatcctctaggcctatacagtgaccat
gagatatgggaggccatagaaaaatgccagttgatggccactatccgcagcctccccaac
cggcttgattcatctgtaagcgatgaaggagggaattggagtgctgggcaaaggcagctc
ttttgcctcggcagggtccttctaagaaagaataggatattggttcttgatgaggcaact
gcatccattgactcagcaactgatgctgttctccaaaaggttataagaaaggaattctca
aactgtacagtgataacagtcgctcacagggtgcccactgtcacagatagcgatcgtgtc
atggttctttcttatgggaaacttgtggaatacgacaagccatcaagactcatggaaacc
aactcttcctttgctaaacttgtggctgaatactgggctaactgcaccaagaacgcccta
tag

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Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (18)   
   Pfam (18)   
All databases (52)   

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