Botrytis cinerea (gray mold): BCIN_07g01390
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Entry
BCIN_07g01390 CDS
T01072
Symbol
Bcstu1
Name
(RefSeq) Bcstu1
KO
K16578
CLIP-associating protein 1/2
Organism
bfu
Botrytis cinerea (gray mold)
Brite
KEGG Orthology (KO) [BR:
bfu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
bfu03036
]
BCIN_07g01390 (Bcstu1)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
bfu04812
]
BCIN_07g01390 (Bcstu1)
Chromosome and associated proteins [BR:
bfu03036
]
Eukaryotic type
Centrosome formation proteins
Microtubules and associated factors
Microtubule-associated proteins
BCIN_07g01390 (Bcstu1)
Cytoskeleton proteins [BR:
bfu04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Cytoplasmic linker proteins (CLIPs)
CLIP-associating proteins
BCIN_07g01390 (Bcstu1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CLASP_N
XMAP215_CLASP_TOG
CEP104-like_TOG
Cnd1
INTS1_R4
ARM_RUK
Adaptin_N
RIX1
ELMO_ARM
Phycobilisome
Motif
Other DBs
NCBI-GeneID:
5431997
NCBI-ProteinID:
XP_024549641
UniProt:
A0A384JLQ3
LinkDB
All DBs
Position
7:complement(join(510047..511838,511891..512784,512835..512953,513013..513477))
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AA seq
1089 aa
AA seq
DB search
MGEKITEDQVANLLAILRTDALIDSKVNQINNIKSSIKQHNVPEPCILSLFEALRIAMSS
QHAALVSAGFSTLNHLLTRLSRQEPKYIVKEAARTLPMINDKMGDQREKYRQLAALCLTT
FWKNAPIDVERIVKNAGLVGKNSRMKENSMNWIVQMHQEHGMPFKSFVTTLMELLEDADG
MVRDTARNTVITLFQNAPNGAKSDLKKQLKNFNVRPAIVSAITSQLISGGAPVVVEPERT
EAPMRNPLASSASAMNVSRPATPEVKIEQVDPAYVNTQRELEETFQEMHQWFQDKESEAN
WFKREQSCTKLRRLNAGNAPSDYHDAFLAGIKSLLDGILKAVNSLRTSLSKEGCSVVQEI
ARTAGPGLDPMVEILLQNLIKLCGGTKKISSQNGNLTVDIIISGVTYNHRIMQHIWLACQ
DKNVQPRTYATGWLKTLLKKEAQHKSHVEHSGGLELIEKCIKKGLADANPGVRENMRSTY
WTFAQIWPARAELIIEDLEPTQRRLLENSPDNPNAPKKAAAVSSTRPGLGFSKSTTGPPR
PSLRETMLAQKKAQMATKTIPTRPGSAMSTFSPTRTVPTKHSSSEVAPTRPHLDATGSRG
GLSVAPMRPSKSKRPELAARPATAGPYSVRRTNQASSEANASPSSSTSARPPRSKTPVAT
SSPQAKRAPIPRPNTSHSSHPTQSHHPTQSTYTSPAAKSASGRVTTASPRLAASPHISSP
VRTRTKSVPGLPGPGSSPSRADEDFTMVVPTITGLERIQSDKLPQVFEPSEVRDIKAPVN
QPMKVYEDPFSSTDDTTTPGPAVPQSVLEEVPVNEDAINLSRNSISEFDGEGAMNPPMSP
DKLKHSTKLLDSGISKIKAKSLDVHGFRKLQAMIRDNKAVWGDGRFPALLLGLFEYLEEP
LTNLSPAKVQDVKAQILATVKLMYKNYREYFRPHIAKGFHSILVTRSCYDARAHIVSGLE
LLADELVTLANPKETIITILNSLSNEEMTLEGCRKFSMGLHILKQTLDIKSDVELEDAEI
DSILELAAKCLESKESGVRLDAVVLCVSTHARIGEARFWSGIGGRVSGDPKSLITYYIVK
RQRELEVEN
NT seq
3270 nt
NT seq
+upstream
nt +downstream
nt
atgggtgaaaagatcaccgaagatcaagtagcaaacttgctggcaatacttcgaacagat
gctttgatagactccaaggtcaatcagatcaacaacatcaaatccagtatcaaacaacac
aacgttccagaaccatgcatactttcactattcgaggctttgcgcatagcaatgtcgtcg
cagcacgccgcactggtcagcgccggattctctaccctcaatcatctcctcaccagactg
tcacgccaggaaccaaaatacattgtcaaggaagctgcccggactctgccaatgataaat
gataagatgggcgaccagagggagaaatatagacaacttgctgcgctatgtcttacaacg
ttctggaaaaatgcgccgatagatgtagaaagaatcgtgaagaacgcaggactggtagga
aagaactcgaggatgaaagaaaattcaatgaattggattgtacagatgcaccaagagcat
ggaatgccattcaaaagctttgtaactacactaatggagctactcgaagatgccgatggc
atggtaagagatactgcgagaaatactgtcatcaccttattccaaaatgcccctaatgga
gccaagtccgatctcaagaagcaattgaagaatttcaatgttcgaccagcgatcgtatca
gctatcacgagtcaacttatatcaggaggagccccagtggttgtggaaccggaaagaact
gaagcccctatgcgcaatcctttagctagtagtgcatctgcgatgaacgtctcaagacca
gcaacaccagaagtcaaaattgagcaagtagaccctgcatatgtgaacacacaaagagag
ttggaggaaacttttcaagaaatgcatcaatggtttcaagacaaggagtctgaagcaaat
tggtttaagagagaacaaagctgtacaaagttacggagattgaacgctggaaacgcccca
agcgactatcatgatgctttcctggctggtatcaaaagccttctggatggtatcttgaaa
gctgttaattcattgagaactagtctttcaaaggaagggtgtagcgtcgttcaagaaatt
gctcgaactgctgggcctggactggatcctatggtcgaaattcttctgcaaaaccttatc
aaactctgtggtggcaccaaaaaaatcagttcgcagaacggaaatttgacggttgatatt
attatcagcggcgttacttataatcatcggatcatgcagcatatctggctcgcatgccaa
gacaagaatgttcagcctagaacttatgccacaggctggctcaaaacattgcttaagaag
gaggcgcaacacaagagtcacgttgaacatagtggaggcttagaactgattgaaaagtgt
ataaaaaaaggtctagccgatgccaatcctggtgttcgcgagaacatgagatcaacctat
tggacttttgctcagatatggccagcaagggctgagttaataatcgaggatctagaaccg
actcagagaagactactagagaattctccagacaatcccaatgcgccaaagaaggcagcg
gcagtcagttcgacaaggcctggccttggtttctccaagagcactactggacctcctaga
ccctccttgagggagactatgttagcacagaagaaggcacaaatggccaccaaaactatt
cctactcgtcctggttctgctatgtcaacattttctccaacaaggaccgtgccaaccaaa
cactcgtcttcagaagtagctcccacaagacctcatttagatgctactggatctcgtggc
ggtctttctgttgcacccatgcgaccaagtaaatctaagagaccagaacttgctgctaga
cctgcaacagccggaccatattctgtaagaagaactaaccaagcctccagcgaagcaaat
gccagcccttcatcctccacatccgcaagaccaccaagatccaaaactcctgttgctacc
agctctccccaagctaaaagagctccaattccgagacccaacacaagccattctagccat
cccacgcaatctcatcatccaacccaatccacttacacaagtcctgcagcaaaaagtgca
tctggacgagttacgactgcttctcctagacttgctgcttcccctcacattagtagtcct
gttaggacaagaactaagtcggtacctggattgcctggacctggatctagtccttcaaga
gcagatgaagattttacgatggtcgttcccacgattactgggttggaacggatacaatct
gataaactccctcaggtctttgaaccatctgaggtgagagatatcaaagctcctgtcaat
cagccaatgaaggtttatgaagatccattctcaagcacagatgatactactactccagga
cctgcagttccccagtccgttttagaagaagtgcctgtgaacgaagatgctataaacctg
tcaagaaatagcattagcgaatttgatggcgaaggagctatgaatccgccaatgtcaccg
gacaaactcaaacatagtacaaaattactcgatagcggtatctccaaaatcaaagctaaa
tctctagacgtccacggtttccgaaaacttcaagccatgatcagagataacaaagctgtt
tggggagatggcaggttccccgccctcttgttaggactttttgaatatctcgaagaacca
ttaacaaatctctcgcccgcaaaagttcaggatgtcaaagcacaaatactagctacagtc
aaactcatgtacaaaaactaccgagagtatttcagaccacatatcgcaaaaggctttcat
tctattcttgtaactagatcctgctatgatgcacgcgcccatattgttagtggcctcgaa
cttcttgccgatgagcttgttacacttgccaatcccaaagagaccatcattaccattctc
aactccctctccaacgaagaaatgacattggagggatgccgaaaatttagtatgggatta
catatacttaagcagacgttagatatcaagtcagatgttgagttggaagatgcggaaatt
gatagcatcttggaattggcagcaaagtgtcttgagagcaaggagagcggagtgagactg
gatgctgtggtactctgtgtgagtacgcatgcaagaattggagaggcaagattctggagt
ggaattggtggaagagtgagtggcgatccaaagagcttgatcacgtactacattgtcaag
aggcagagggagctggaggtagaaaattga
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