Detail information of AT4G34260_circ_g.1


General Information
CircRNA Name AT4G34260_circ_g.1
ID in PlantcircBase ath_circ_034599
Alias NA
Organism Arabidpsis thaliana
Position chr4: 16400097-16400255  JBrowse»
Reference genome TAIR10.38
Type   e-circRNA
Identification method PcircRNA_finder, CIRI-full
Parent gene AT4G34260
Parent gene annotation Alpha-L-fucosidase 2
Parent gene strand +
Alternative splicing NA
Support reads 6
Tissues leaf, whole_plant
Exon boundary   Yes-Yes
Splicing signals   GT-AG
Number of exons covered AT4G34260.1:1
Experimental Information
Sanger sequencing for BSS   NA
PCR primers for BSS    NA
Sanger sequencing for FL    NA
PCR primers for FL    NA
Sequences
Splice junction sequence   AGTGTGGGCACTCTGGCCCATGGGTGGAGCTTGGCTCTGCACTCATGCATGGGAGCATTATACA
TACACAATGGACAAGgtgaactacggagcaagtggttgggtggcacatcaagtatcagacatat
gggcaaaaacttcaccagatagaggtgaggc
Assembled circRNA sequence   Yes
Full-length trsnacripts Transcript length: 159
Transcript exons: 16400097-16400255
GTGAACTACGGAGCAAGTGGTTGGGTGGCACATCAAGTATCAGACATATGGGCAAAAACTTCAC
CAGATAGAGGTGAGGCAGTGTGGGCACTCTGGCCCATGGGTGGAGCTTGGCTCTGCACTCATGC
ATGGGAGCATTATACATACACAATGGACAAG

Genomic sequence GTGAACTACGGAGCAAGTGGTTGGGTGGCACATCAAGTATCAGACATATGGGCAAAAACTTCAC
CAGATAGAGGTGAGGCAGTGTGGGCACTCTGGCCCATGGGTGGAGCTTGGCTCTGCACTCATGC
ATGGGAGCATTATACATACACAATGGACAAG
Conservation Information
Conserved circRNAs NA
PMCS 0.238464885
Functional Information
Coding potential Y
Potential coding position 16400196-16400252(+)
16400242-16400099(-)
Potential amino acid sequence MGGAWLCTHAWEHYTYTMDKVNYGASGWVAHQVSDIWAKTSPDRGEAVWALWPMGGAWLCTHAW
EHYTYTMDKVNYGASGWVAHQVSDIWAKTSPDRGEAVWALWPMGGAWLCTHAWEHYTYTMDKVN
YGASGWVAHQVSDIWAKTSPDRGEAVWALWPMGGAWLCTHAWEHYTYTMDK(+)
MYNAPMHECRAKLHPWARVPTLPHLYLVKFLPICLILDVPPNHLLRSSPCPLCMYNAPMHECRA
KLHPWARVPTLPHLYLVKFLPICLILDVPPNHLLRSSPCPLCMYNAPMHECRAKLHPWARVPTL
PHLYLVKFLPICLILDVPPNHLLRSSPCPLCMYNAPMHECRAKLHPWARVPTLPHLYLVKFLPI
CLILDVPPNHLLRSS(-)
Sponge-miRNAs NA
circRNA-miRNA-mRNA network  VISUALIZATION
Potential function description NA
Other Information
References Chu et al., 2017