Cryptococcus deuterogattii: CNBG_2020
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Entry
CNBG_2020 CDS
T09796
Name
(RefSeq) ATP-dependent permease
KO
K05681
ATP-binding cassette, subfamily G (WHITE), member 2
Organism
cdeu
Cryptococcus deuterogattii
Pathway
cdeu02010
ABC transporters
cdeu04981
Folate transport and metabolism
Brite
KEGG Orthology (KO) [BR:
cdeu00001
]
09130 Environmental Information Processing
09131 Membrane transport
02010 ABC transporters
CNBG_2020
09150 Organismal Systems
09154 Digestive system
04981 Folate transport and metabolism
CNBG_2020
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
cdeu02000
]
CNBG_2020
04147 Exosome [BR:
cdeu04147
]
CNBG_2020
04090 CD molecules [BR:
cdeu04090
]
CNBG_2020
Transporters [BR:
cdeu02000
]
ABC transporters, eukaryotic type
ABCG (White) subfamily
ABCG2, 3 subgroups
CNBG_2020
Exosome [BR:
cdeu04147
]
Exosomal proteins
Exosomal proteins of breast milk
CNBG_2020
CD molecules [BR:
cdeu04090
]
Proteins
CNBG_2020
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ABC_tran
ABC2_membrane
ABC2_membrane_7
AAA_21
EGF_TEN
AAA_29
SMC_N
PTS_EIIC_2
RsgA_GTPase
AAA_16
NACHT
AAA_25
nSTAND6
AAA_18
AAA_22
AAA_28
nSTAND1
nSTAND3
MMR_HSR1
Motif
Other DBs
NCBI-GeneID:
88178399
NCBI-ProteinID:
XP_062882080
LinkDB
All DBs
Position
5:33027..37099
Genome browser
AA seq
1125 aa
AA seq
DB search
MIRRLCLPLLFLALPLLATDALAASQEILELRDMTVPSSLLRTVPPRRRPNDPSRPPECP
PCFNCLLPAFNCGNSGECNPYDGQCKCPPGFGGQDCLTPLCGALSDGDERFPRPKGELCE
CKDGWGGINCNLCKDDRACAAFRPRSADAKETKEEGEEENEMVCYKGGLAVEQNFQMCDV
TNRKIIDTIPDNKPPQVTFSCLANGPSSNSSSFTPNPNFFSSFDDPLAGGDRDAFGTCNF
QFWVDRIESFHCELSGCNWESKGSFDTNQTSYQCEKIECACIPGRFLCGEDGSVNIDDFL
NEEVKGPGSFSCATGRGCSFSEPAMNQLINDIFGDKSITLDCESGECLHYTQVPGYITPE
KPDNRSLVALSAAGAAVIFILACILFWYFGRTHRHPSGFGSIHLPSDEASKLMSDHVPAT
LHFNNLSYTLPSGKRVLSHITGTVRPGELLAIMGASGAGKSTLLDILARKAKSGKVRGDT
YLNSRPITDGSTFRRVIGYVDQEDTLLPTLTVYETVLFSALLRLPREMSYDAKVYRTLET
MNELGILGIKDARIGESGKRSISGGEKRRVSIACELVTGPSILFLDEPTSGLDSYNAQNV
IQSLHTLAQRYKRTVIFTIHQPQSNIVNLFDRLVLLAKGQMVYSGEAAKVKSHFEGIGYQ
CPEGWNTADWLIDLTVDAAGDHRGSRSGHHHGNGNGNGNMNGGTRTGGIYTERNGHDSSR
LDPEAGFPTTSHSPSSLLDAADDSSSSTSPAPGARSPGGGVLGEIKARAHNLLGALISPS
SVPSSSSPTPIGSTTPTPRDTSTAKAVDNIPEKLASLVLASKASDDAKIVEAEISRIQHG
ETADGGYPHPSTTISASADSSIIADQRDVEEETGLMKGYQKAGLWEQFKLLSSRTFKNLY
RNPLLMATHYAVAIIAALLCGFFFYQVTNDIPGFQANGYYSPITYFLAKLLFDIIPLRVI
PPFILGSIVYGLAGLNAEVSAFWKFIMTLVLFNLTASSIVLFLSVAISDLGVANLLGSLI
MLYNLLFAGLLMNYDRVPNSLKWMLTTSFFHAGYEALLVNELRYLQLVERKFGLDIQVPS
ATILSSFGFHAQAFWWPDIALMAIVFGSFTVLSYLVLEFWVKERR
NT seq
3378 nt
NT seq
+upstream
nt +downstream
nt
atgatacggcgcctgtgcctccctctccttttcctcgccctccccctcctcgccacagac
gcgttagccgcgagccaagagatactagagcttagagatatgaccgtgcccagctcgtta
ctgcggacagtcccgcccaggcgacgtcccaacgacccctcgcgcccgcccgaatgccct
ccctgcttcaactgtctcctcccagcgttcaactgcgggaattcaggcgaatgcaatcct
tacgatggacaatgcaaatgtccaccaggttttggaggtcaagattgtctgacaccgctc
tgcggtgcgctgtctgacggcgatgaacgtttccctcggcctaagggtgaattatgtgaa
tgtaaagacggatggggaggaatcaactgtaacctctgtaaggacgaccgcgcgtgcgcc
gcattccggcctcgctcagcagacgccaaagaaaccaaagaagaaggagaagaagaaaac
gaaatggtttgttacaagggtggtttggccgtagaacaaaactttcagatgtgcgacgtt
acaaatcgaaaaatcattgatacgatccccgacaacaagcctccccaagtgacattctcc
tgcttagccaacggcccttcttccaactcatcgtcttttactcccaaccccaacttcttt
tcctctttcgacgaccctctcgcaggcggcgatagggatgctttcggcacatgtaatttc
caattctgggtcgaccgtattgagagttttcactgtgaactctcggggtgtaactgggag
agtaaaggaagctttgatactaaccaaaccagctatcaatgtgaaaaaattgaatgtgcc
tgtatccccggacgattcttatgtggcgaggacgggagcgtcaacattgacgactttctg
aacgaagaagtcaaaggccctggctcattctcctgcgccaccggccgaggttgctcgttc
tccgaaccggctatgaaccagctcatcaacgacattttcggcgacaaatccatcacactc
gactgtgagagtggagaatgcttacattatacccaagtacctggttatattacccctgaa
aaaccggacaatcgatcgttggtcgctttgagtgcagcaggtgctgctgtgattttcatt
ttggcgtgtatcttattttggtactttggacgaacccaccgccacccttccggctttgga
tccatccacctcccatccgacgaagcgtccaaactcatgtcggaccacgtccccgccact
ctccattttaacaacctctcctacacgcttccttctggcaaacgcgtcctttcccatatc
accggtacagtccgccccggcgaactgttagccattatgggcgcctctggcgccggcaaa
tccaccctgctcgacattctcgcacgtaaagccaaatccggcaaggtccgcggcgacaca
tacctcaacagccggcccatcaccgacggatccacctttcgccgcgtcatcgggtacgtc
gaccaggaagacaccctcctccccaccttgaccgtctacgaaaccgtcctcttctccgcc
ctcctccgtctcccccgcgaaatgtcctacgacgccaaagtctaccgcacactcgaaacc
atgaacgagctcgggatcctcgggatcaaggacgcgcggattggcgaatcggggaaacga
agcatctcgggcggcgagaaacgccgtgtgtccatcgcgtgcgagctcgtgaccggaccg
tccatcttgttcctcgacgaacccacctccggactcgactcttacaatgcccaaaacgtc
attcagtcgctgcacacactcgctcagcggtacaagcgcaccgtcatctttaccatccac
caaccccaatccaacattgtcaatctctttgaccgtctcgtcctcctcgccaagggacag
atggtgtactcgggcgaagcggcaaaagtcaagtcacattttgaagggatagggtaccag
tgtcccgaagggtggaatacggcggattggttgattgatctcacagtggacgctgctggc
gatcatcgcggtagtcgcagtggtcatcatcatgggaatgggaatgggaatgggaacatg
aatggagggacgaggacggggggcatctacaccgagcgcaatggccatgacagtagcagg
ctagaccccgaagctggtttccccactacttcccattcaccttcctccctccttgacgcc
gccgatgactcctcttcttccacctcacctgccccaggggcgcgatcacccggcggcggg
gtcctcggcgagatcaaggccagagctcacaatctactcggcgcattgatatccccttcc
tccgtcccttcctcctcttccccaacacccattgggtccaccaccccgactccgcgcgac
acctccacggcaaaggcggttgacaacatccctgaaaaactcgcttccctcgtattggct
tcaaaggcaagtgatgatgccaaaatcgtagaagccgaaatttcgaggatccaacatggc
gagactgccgatggcgggtatccccatcccagcaccaccatcagcgccagtgccgattcg
agtatcatcgcggatcagagggatgtagaggaagaaaccgggttgatgaaaggttatcaa
aaagcagggttatgggagcaattcaagttgttgagcagtcgaacgtttaaaaatctctac
aggaatccgttgcttatggcgacgcactatgcagtggccatcatcgccgcgttactctgt
ggattctttttctaccaagtcaccaatgacattccaggtttccaagccaacgggtactac
tcccccatcacctactttctcgccaaactcttattcgacatcatccctctccgtgtcatt
ccgcccttcatcctcggctccatcgtgtacggcttggcgggtttgaatgctgaagtatca
gccttttggaaatttatcatgactctggtgcttttcaatttgacagcctcgagtatcgtg
ttgttcttgagtgtggcgatttcggatttaggagtggccaacctgttggggagcttgatc
atgctttacaacctactcttcgccggtcttcttatgaactatgaccgagttccgaatagc
ttaaagtggatgctcaccacttccttcttccatgcgggttatgaagcgcttctcgtgaac
gagctgaggtaccttcagctagtggaaagaaagtttggcttggatatccaagtacctagt
gctacgatcctctcatcattcggtttccacgcgcaagcattttggtggccagatattgct
ttgatggcgattgtgtttgggtcgtttacagtgttgagctatcttgttttggaattttgg
gtcaaggagcgacgatga
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