Niabella soli: NIASO_06985
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Entry
NIASO_06985 CDS
T03682
Name
(GenBank) protein translocase subunit secD
KO
K12257
SecD/SecF fusion protein
Organism
nso
Niabella soli
Pathway
nso02024
Quorum sensing
nso03060
Protein export
nso03070
Bacterial secretion system
Brite
KEGG Orthology (KO) [BR:
nso00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
03060 Protein export
NIASO_06985
09130 Environmental Information Processing
09131 Membrane transport
03070 Bacterial secretion system
NIASO_06985
09140 Cellular Processes
09145 Cellular community - prokaryotes
02024 Quorum sensing
NIASO_06985
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02044 Secretion system [BR:
nso02044
]
NIASO_06985
Secretion system [BR:
nso02044
]
Sec (secretion) system
Prokaryotic Sec-SRP core components
NIASO_06985
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SecD_SecF_C
SecDF_P1_head
SecD_1st
ACR_tran
Sec_GG
Motif
Other DBs
NCBI-ProteinID:
AHF14972
UniProt:
W0EVZ2
LinkDB
All DBs
Position
1501914..1505057
Genome browser
AA seq
1047 aa
AA seq
DB search
MQLKGLVRFFTILLIIYSLYQLSFTWFVRNHEKKLETIANRYVNTNYATAAQKYPSNKDS
QEVYQEKLNHIYNDRLTRLKDSTKDETITYGITGAISYQKAKEEELNLGLDLQGGMNVTL
EVEMSGLLKTLANNSNDPNFLKALENADKRRANSNANFINLFVEEFKKLSPSTPLAAVFA
TANHESIKVTDSDDKVVRFLQEQARAAFDNTAKLITTRIDKFGVAQPSINPDPVKQIINV
ELPGVQDKERVRKNLQASANLQFWEVYNISELWPNLQKADELFFAQNSGKAATDSTAKTD
SAATQHAGADSAKALASDTSKKLEDQLKQLATADKNANKPAAATTNQEAEAKKHLWGWLL
PAMDQQGRLADMGLIGQVNIKDTAAVREILESAALKAQFPSEVAWMYGIPERVGTGNKKS
NMVALYAIKTYGKDKAKLEGEHVTNAGYDFDQTGKTNVSLEMDALGSRIWADMTRANIKK
HIAIVVDNQVYSAPVVNDAIEGGRSSISGNFTQEEAKDLANILKIGKLPAPAKIVSDETV
GPTLGQAAIKGGLMSFTLSFIVIFILMLIYYNTSGWIANIALILNLLFTVGVLAGLGATL
TAPGIAGLVLTIGMAVDSNVIIYERIKEELTKGKGYITAINEGYSRSLAPVLDGHVTTLI
TAFILYYFGLGPVKGFATTQILGLLLSLFCGILVSRWVTDWFTNKNHHLKYFTSLSRSIF
KHSAFKFIEFRKVAYAISVVILLLSVGTIFHGFDYGVEFDGGRSYRVDFGKKVNVEQLRD
DLKKTFDNENPSIKTVGDESALDITTSYLIKDPNSQRADSIVVQKLYNGLKAYLPAGTSF
AQFDNQYKLSSKIVLPTISDDLKKGAVRATILALIAIFLYIFLRFRDWRYSLGTIFSLLH
DALVVLIVFSYFRDHVPFPLEIDQHFIAAILTVIGFSMNDTVVVFDRIREDGRLYPGLDQ
KQLVNKAINDTLSRTIMTSLTVFITVLILFIFGGEAVRGFAFAMLIGVVTGVYSSIFVAA
PVLVDLKGGLKRNKHKAVTAKVRPEHN
NT seq
3144 nt
NT seq
+upstream
nt +downstream
nt
atgcaacttaaaggactggttagattttttacaatcttacttattatctattcactctac
cagctatcatttacatggtttgttcgcaatcacgaaaagaaactggagacgattgccaac
cggtatgtaaataccaattacgcaactgctgcccaaaagtatccttccaacaaagattcg
caggaagtataccaggaaaaactgaaccacatttataacgatcgcttaacccgcctgaag
gatagcaccaaagacgaaaccattacctatggtatcaccggtgctatcagctatcagaaa
gcaaaggaagaagaactgaacctgggtctggatctgcaggggggtatgaacgtaacactt
gaagtggaaatgtcgggcctgttaaaaacactggccaataactccaacgatcctaatttt
ctgaaagccctggaaaacgcagacaagcgccgggccaacagcaatgccaactttattaac
ctgtttgttgaagagttcaaaaaattgagccccagcaccccattggcggctgtttttgca
acggccaatcatgaaagtattaaggttacggatagcgatgataaagtggtccgttttctg
caggagcaggcaagagcagccttcgacaatactgccaagctgatcactacccgtatcgat
aaattcggtgtggcgcaacccagcatcaaccccgacccggtaaagcagatcattaatgtg
gaattacccggtgtgcaggataaagaaagggttcgcaagaacctgcaggcttccgccaat
ctccagttctgggaagtgtataatatttcagaattatggcctaacctgcaaaaagccgat
gagcttttctttgcacagaattccggcaaagcggcaaccgacagtactgcgaaaacagat
tccgctgccactcagcacgctggtgctgattcagcaaaagctttggcaagtgatacttcc
aaaaaactggaagaccagttaaaacaattagcaaccgctgataagaatgcaaataaaccg
gcagcagcaaccactaaccaggaagccgaagccaagaaacacctgtggggctggctgtta
ccggcaatggaccaacagggccgcctggccgacatggggctgattgggcaggtgaacatt
aaagatactgccgccgtaagagagatcctcgaaagcgcggcattaaaagcccaattccct
tcagaagtagcctggatgtacggtatccccgagcgcgtaggcaccggcaataaaaaaagt
aatatggtggcgctgtatgccatcaaaacttatggaaaagacaaggccaaactggaaggc
gagcatgttacgaacgccgggtatgattttgaccagaccggtaaaacaaatgtttccctg
gaaatggacgccctcggtagccgtatctgggcagacatgacaagggcgaatatcaaaaaa
catattgccattgtggtggataaccaggtgtactcagcaccggtagtaaatgatgccatt
gaaggaggccgttccagtatctccgggaatttcacccaggaagaggcaaaggatctggcc
aatatcctgaagatcggtaaactgcccgctcctgccaagatcgtttccgatgaaaccgtt
gggcctacattgggacaagcggctattaagggcggactgatgtcctttaccctttcattc
atcgtaatctttatcctgatgctgatttactataacaccagcggatggattgccaatatt
gcgctgatccttaacctgctgtttaccgttggagtactggccggcttgggggccacactt
actgcaccgggtattgccggtttggtgctgaccattggtatggcagtggatagtaatgta
atcatctacgaacgtattaaagaagagttgacaaaaggcaaaggatatattaccgccatc
aatgaggggtacagccgttcgcttgcgccggtactggatgggcacgttaccacgttaatt
acggcattcatcctgtattattttggattaggtcctgtaaaaggatttgcaaccactcag
atcctgggtctgctgctctccttgttctgtggaattttggtgagccgctgggtgaccgac
tggtttactaacaaaaaccatcacctgaaatacttcaccagccttagccgcagtatcttc
aaacacagcgcttttaaatttatcgagttcagaaaagtagcttatgccatttctgtggtg
atcctgctgctttcggtaggtaccatcttccacggatttgactatggcgttgaatttgat
gggggccgctcctaccgtgttgattttggtaaaaaggtaaacgtagaacagttgcgcgat
gacctgaagaaaacctttgacaatgagaatccaagcattaaaacggttggtgatgaaagt
gccctggatatcaccacctcttacctcatcaaagaccccaatagtcaacgggccgattct
attgtagtgcaaaaactatacaacgggttgaaagcctatctaccggccggcaccagtttt
gcgcaattcgacaaccagtataaattaagctcaaaaattgtactgcccacgatatccgac
gacctgaagaagggtgccgtgcgagctacaattcttgcgctgatcgcgatcttcctgtac
atcttcctgcggttccgcgactggcggtattcccttggaacgatcttctccctgttgcac
gatgcgttggtggtattgatcgtattctcctatttcagggatcatgtacccttcccgctg
gaaattgaccagcattttattgcggcgatactaacggtgatcggtttctctatgaacgat
acggtggtagtatttgaccgtatacgggaagacggacgattgtaccccggcctggatcag
aagcagttggtgaacaaagcgatcaatgatacgttaagccgaaccattatgacctccctt
accgtattcattacagtattgatcctgtttatattcgggggcgaagccgtaagaggattt
gccttcgccatgctgatcggtgtggtaaccggtgtatattcctccatctttgttgcggcg
ccggttctggttgacctgaaaggcggcttaaaaagaaacaagcataaagccgtaactgcc
aaggttcgcccggagcataactaa
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