Botrytis cinerea (gray mold): BCIN_09g01330
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Entry
BCIN_09g01330 CDS
T01072
Name
(RefSeq) Bcprp24
KO
K22611
spliceosome associated factor 3, U4/U6 recycling protein
Organism
bfu
Botrytis cinerea (gray mold)
Brite
KEGG Orthology (KO) [BR:
bfu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03041 Spliceosome [BR:
bfu03041
]
BCIN_09g01330
03036 Chromosome and associated proteins [BR:
bfu03036
]
BCIN_09g01330
Spliceosome [BR:
bfu03041
]
Complex B
U4/U6.U5 tri-snRNP components
U4/U6 snRNP specific factors
BCIN_09g01330
Chromosome and associated proteins [BR:
bfu03036
]
Eukaryotic type
Histone modification proteins
Other histone modification proteins
BCIN_09g01330
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
RRM_1
RRM_occluded
HAT_PRP39_N
RRM_PARP14_3
RRM_10
Nup35_RRM_2
Lsm_interact
RRM_Nup35
RRM_3
C2CH-4th_BIRD-IDD
DUF8159
RRM_11
Motif
Other DBs
NCBI-GeneID:
5428298
NCBI-ProteinID:
XP_024550712
UniProt:
A0A384JRN7
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All DBs
Position
9:complement(502950..506117)
Genome browser
AA seq
1055 aa
AA seq
DB search
MEQSPVGEEEWLALVDEASRNARDLEQRIKVVELYDRAIRAEPWSNPLWLARCDWVLSLY
TDCRDPDAGWPEDERLVGQELFTLQTAQDLWQEGTAATQFRLNDSHELWNRWITIELELL
AKTPTREQVERVRKIFFDRLQIPHAKWDETSQMFSTFLTKYDEPSYESTMVQVTQMGSTA
RYLYEQREQHELKLQQAVAAGDKEHIASVMKEYLEWETFQTLTKPKKGLPQSPQILVIAL
YERALASTTLGRDPATWEDYIAFVQQSYVVNPDAQLGSPLYIVQRATAHCPWSGSLWARY
ILFAETQNWDFSSIEDIKHAATSTGVLDREETMDEVIEVYTAWCGYLRRNTIGKALEDEA
FDVADAGLPGSLEAVQDWGRRLHKREYTDPSFRIERIMIQYLTQKGSIEEAREFWKRLAH
THQKSYVFWQQYYSWEMSVRYLNESSSLPSMVLSRALRTKDLDWPEAIMELYISHCNNYE
DAHTLLAAKDLVRRQFQLVTKRREKLAIEQAELYAAQQQQQIVSPEATDEDSPGNSKRKR
EPTSEDTTDGNTHKKIKNEQSTADAEVLRQQHLTRDRENTTVIVTNLPPEVTQTKVRQYF
KEYGHINSLTLKTEADKLSSTCLIEFRSNDDVQSAFLRDGKFFGENQIKVESGTGLTLYV
TNYPPTADESYMHNLFKDCGEIFSIRWPSLKFNTHRRFCYITFRKVEAAAAATKLDGNLL
ENKFKLVAKYSDPAAKKQREGATAEGRELHITSLDSSLKEDDLQEVFGKYGKVESVRILR
TFKGESKGAGFIVFEKKDEANAALELDKTKLKSSILHVELTQARNYKPIATSKEKGTSAS
PAPDADGDIAMSPASTTENPHKNQHALHQPSEGANRTITLLNVPDTVNDARIRAIAEPFG
TIVKVVLRPDHQGAIVEFEDVNSAGKASLGLENHEIAPGRKLRTGGMKDLFAQSSEFKSD
RIVVGQNGKKEKEKAGASTGTGTGAGSSTSNFMQPSVPIRRPGGGRGGLGQKRGLGFSGG
KKPASVPATDTGSDTNAKPKSNADFKKMFLSGGKE
NT seq
3168 nt
NT seq
+upstream
nt +downstream
nt
atggaacaatcacctgttggcgaagaagagtggttggcgctcgtagatgaggccagcaga
aacgcgagagatttggagcagcgcattaaagttgtcgaattatacgatcgcgcaatacgg
gcagaaccttggagcaacccgctttggttggcaagatgcgactgggtcttgtcattatac
acagattgtcgggatccagatgcaggatggccagaagatgagcgactcgtcggacaggag
ctattcacattgcaaacagcacaggatctttggcaggaaggcactgcagctacgcagttt
cgattgaacgacagtcatgagctatggaataggtggattactattgaactggagttgctt
gcgaaaactcccactcgtgaacaagtagagcgcgttcgcaagatattcttcgatcgcctc
caaataccgcatgctaaatgggacgagacttctcagatgttctcgacatttcttacgaaa
tatgacgagccctcttatgaatcgacaatggtgcaagttacacagatgggtagtactgca
agatacctgtatgagcagcgtgaacagcacgagctcaagcttcagcaggctgttgcggct
ggtgacaaggaacacatagcttctgtaatgaaggaatatctggaatgggagacttttcaa
acactgacaaagcccaaaaagggtttacctcaaagcccccaaattctggtaattgccctc
tacgagcgcgcattagcttccacgacactgggtcgggatcccgcaacttgggaagactac
attgctttcgttcaacagagctacgttgtaaatccagatgcgcagttaggcagtcctcta
tacattgtccagcgagctaccgcacattgcccttggtcaggaagcttatgggcgcgctac
atactttttgctgaaacgcaaaactgggatttttcttcgattgaagatataaagcatgct
gcgacaagtactggcgtattggatcgtgaagagacgatggatgaggtgattgaggtctac
acagcttggtgtggctatctcaggcgtaacacgatcggtaaagctttagaggatgaagct
tttgatgtggccgatgctggtctgcctggttcactcgaggccgttcaagactggggtcga
aggctccacaaaagagaatacacagatccctcgttcagaatcgaaaggataatgattcag
tacctcactcagaaaggatcaatcgaggaagctcgtgagttttggaagagacttgcgcat
actcatcagaaaagttacgtgttctggcaacagtattactcgtgggaaatgtcagtccga
tatcttaacgaatcatccagcttaccctctatggtcttgtctcgagctctacgtacgaaa
gatctagattggccggaagcgatcatggaactttacatctcacattgtaacaattacgaa
gatgctcataccttgttagcagctaaagacttggttcgcagacagtttcagctagttact
aagcgcagagaaaagttggccattgagcaagcagaattgtatgctgctcagcaacagcaa
caaatcgttagcccggaagcgacagatgaggattctcctggaaattcgaagaggaagcgt
gagccgacctcagaagataccactgatggtaatacccacaagaagataaaaaatgagcaa
tcgacagctgatgcagaggttttacgtcaacagcatttgacaagggatcgcgagaatact
accgtaatagtcaccaatctaccacccgaggtcacccaaaccaaagtaagacaatacttc
aaagaatacggtcatatcaatagcttgacactcaagaccgaagcggacaagctttcctct
acctgtttgatcgaattccgttccaatgacgatgtccaatcggcatttctccgtgatggg
aagttctttggtgagaatcaaattaaagtagagtccggcactggtttgactctttatgtc
actaattatccacctactgctgatgaaagttatatgcataatcttttcaaggattgtggg
gagatattcagtatccgatggccaagtctcaaattcaacacgcatcgtcgattttgctat
attacctttcgtaaagttgaagctgctgcggcagccaccaagctcgacggaaacttgctc
gagaacaaattcaaactcgtggcaaaatattccgatcctgctgcgaagaaacaacgagag
ggtgccacagcagaaggtcgggaactacacataactagcctcgattcgagcttgaaagag
gatgatttgcaggaggtgtttggaaagtatggcaaggttgaatctgtcagaatcttgaga
acattcaaaggggagagcaagggtgcagggttcattgtctttgagaaaaaggacgaagct
aacgctgcacttgaattggataaaaccaagttgaaatcctccattcttcatgtcgaactg
acgcaagcgagaaattataagcccatcgcaaccagtaaagaaaagggaacgtcagcatct
ccagctccagacgctgatggagatattgcgatgtctcctgcttctactacagaaaatcct
cacaagaatcaacatgctttacatcaaccatcagaaggtgccaatcgaaccatcacctta
ctcaatgtccctgatacggtgaatgacgcaagaatccgtgcaattgcagagccttttggc
actatcgtcaaagttgtacttcgtccagatcatcaaggtgcaatcgtcgagttcgaagat
gtcaattccgcaggtaaagcatctctcggtctcgagaatcatgagatagcaccaggtcgc
aaattaagaacaggaggaatgaaagatcttttcgcgcagtcctctgagtttaaaagtgat
cgcattgtagttggacaaaatggaaagaaggaaaaggagaaagcgggtgcgagtacggga
acaggaacaggagcaggctcaagcacgagtaatttcatgcaacccagtgtaccaatcaga
agaccaggtggaggaaggggtggattgggacaaaagagaggattgggattttcgggtggg
aaaaagccagcgtcagtgccggcaacagatacaggttcggatactaatgcaaaaccaaaa
agtaatgcggatttcaagaagatgtttttgagtggtggaaaggaatga
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