Plant Circular RNA Database

Detail information of Zm00001d048741_circ_g.1

			
				
						 General Information
					

				
						CircRNA Name
						Zm00001d048741_circ_g.1
					

						ID in PlantcircBase
						zma_circ_007954
					

						Alias
						zma_circ_0001791
					

						Organism
						
							Zea mays						
					

						Position
						
							chr4: 4798619-4810935  JBrowse»						
					

						Reference genome
						
							AGPv4.38						
					

						Type  
						
							u-circRNA							
									
								

					

						Identification method
						find_circ
					

						Parent gene
						
							Zm00001d048741						
					

						Parent gene annotation
						
							Nuclear pore complex protein NUP107
							
					

						Parent gene strand
						+
					

						Alternative splicing
						
							Zm00001d048741_circ_g.2 Zm00001d048741_circ_g.3 Zm00001d048741_circ_g.4 Zm00001d048741_circ_g.5 Zm00001d048741_circ_g.6 						
					

						Support reads
						NA
					

						Tissues
						leaf, root
					

						Exon boundary  
						
							Yes-Yes							"Exon boundary" shows whether the splicing sites are on the boundary of exons or not. For example, "Yes-No" represents the donor splicing site is on the exon boundary and the accepter is not on the exon boundary.

					

						Splicing signals  
						
							GT-AG							The splicing signals of the circRNA. For example, "AG-GT" represents that the donor and the accepter splicing signal is "AG" and "GT", respectively.

					

						Number of exons covered
						Zm00001d048741_T050:21
Zm00001d048741_T098:3
Zm00001d048741_T067:21
Zm00001d048741_T007:23
Zm00001d048741_T087:2
Zm00001d048741_T115:4
Zm00001d048741_T107:2
Zm00001d048741_T094:3
Zm00001d048741_T036:20
Zm00001d048741_T035:21
Zm00001d048741_T061:20
Zm00001d048741_T109:2
Zm00001d048741_T039:21
Zm00001d048741_T104:4
Zm00001d048741_T032:21
Zm00001d048741_T072:21
Zm00001d048741_T002:20
Zm00001d048741_T085:3
Zm00001d048741_T123:2
Zm00001d048741_T044:21
Zm00001d048741_T054:21
Zm00001d048741_T024:21
Zm00001d048741_T079:20
Zm00001d048741_T116:2
Zm00001d048741_T120:2
Zm00001d048741_T046:21
Zm00001d048741_T013:21
Zm00001d048741_T125:2
Zm00001d048741_T131:2
Zm00001d048741_T081:17
Zm00001d048741_T010:15
Zm00001d048741_T110:2
Zm00001d048741_T003:21
Zm00001d048741_T015:21
Zm00001d048741_T006:22
Zm00001d048741_T018:22
Zm00001d048741_T100:1
Zm00001d048741_T048:21
Zm00001d048741_T084:2
Zm00001d048741_T096:3
Zm00001d048741_T012:22
Zm00001d048741_T021:21
Zm00001d048741_T056:21
Zm00001d048741_T086:2
Zm00001d048741_T121:1
Zm00001d048741_T071:20
Zm00001d048741_T090:2
Zm00001d048741_T117:2
Zm00001d048741_T057:21
Zm00001d048741_T059:21
Zm00001d048741_T112:4
Zm00001d048741_T083:1
Zm00001d048741_T089:3
Zm00001d048741_T053:21
Zm00001d048741_T027:21
Zm00001d048741_T063:21
Zm00001d048741_T038:22
Zm00001d048741_T009:9
Zm00001d048741_T093:3
Zm00001d048741_T103:2
Zm00001d048741_T106:1
Zm00001d048741_T065:21
Zm00001d048741_T043:21
Zm00001d048741_T029:23
Zm00001d048741_T020:21
Zm00001d048741_T047:21
Zm00001d048741_T113:4
Zm00001d048741_T082:16
Zm00001d048741_T041:21
Zm00001d048741_T005:22
Zm00001d048741_T127:1
Zm00001d048741_T091:2
Zm00001d048741_T030:9
Zm00001d048741_T040:21
Zm00001d048741_T118:3
Zm00001d048741_T049:21
Zm00001d048741_T078:22
Zm00001d048741_T004:19
Zm00001d048741_T045:21
Zm00001d048741_T101:3
Zm00001d048741_T017:20
Zm00001d048741_T129:2
Zm00001d048741_T111:1
Zm00001d048741_T132:1
Zm00001d048741_T008:21
Zm00001d048741_T088:3
Zm00001d048741_T001:21

					

			
		

General Information
CircRNA Name	Zm00001d048741_circ_g.1
ID in PlantcircBase	zma_circ_007954
Alias	zma_circ_0001791
Organism	Zea mays
Position	chr4: 4798619-4810935 JBrowse»
Reference genome	AGPv4.38
Type	u-circRNA
Identification method	find_circ
Parent gene	Zm00001d048741
Parent gene annotation	Nuclear pore complex protein NUP107
Parent gene strand	+
Alternative splicing	Zm00001d048741_circ_g.2 Zm00001d048741_circ_g.3 Zm00001d048741_circ_g.4 Zm00001d048741_circ_g.5 Zm00001d048741_circ_g.6
Support reads	NA
Tissues	leaf, root
Exon boundary	Yes-Yes "Exon boundary" shows whether the splicing sites are on the boundary of exons or not. For example, "Yes-No" represents the donor splicing site is on the exon boundary and the accepter is not on the exon boundary.
Splicing signals	GT-AG The splicing signals of the circRNA. For example, "AG-GT" represents that the donor and the accepter splicing signal is "AG" and "GT", respectively.
Number of exons covered	Zm00001d048741_T050:21 Zm00001d048741_T098:3 Zm00001d048741_T067:21 Zm00001d048741_T007:23 Zm00001d048741_T087:2 Zm00001d048741_T115:4 Zm00001d048741_T107:2 Zm00001d048741_T094:3 Zm00001d048741_T036:20 Zm00001d048741_T035:21 Zm00001d048741_T061:20 Zm00001d048741_T109:2 Zm00001d048741_T039:21 Zm00001d048741_T104:4 Zm00001d048741_T032:21 Zm00001d048741_T072:21 Zm00001d048741_T002:20 Zm00001d048741_T085:3 Zm00001d048741_T123:2 Zm00001d048741_T044:21 Zm00001d048741_T054:21 Zm00001d048741_T024:21 Zm00001d048741_T079:20 Zm00001d048741_T116:2 Zm00001d048741_T120:2 Zm00001d048741_T046:21 Zm00001d048741_T013:21 Zm00001d048741_T125:2 Zm00001d048741_T131:2 Zm00001d048741_T081:17 Zm00001d048741_T010:15 Zm00001d048741_T110:2 Zm00001d048741_T003:21 Zm00001d048741_T015:21 Zm00001d048741_T006:22 Zm00001d048741_T018:22 Zm00001d048741_T100:1 Zm00001d048741_T048:21 Zm00001d048741_T084:2 Zm00001d048741_T096:3 Zm00001d048741_T012:22 Zm00001d048741_T021:21 Zm00001d048741_T056:21 Zm00001d048741_T086:2 Zm00001d048741_T121:1 Zm00001d048741_T071:20 Zm00001d048741_T090:2 Zm00001d048741_T117:2 Zm00001d048741_T057:21 Zm00001d048741_T059:21 Zm00001d048741_T112:4 Zm00001d048741_T083:1 Zm00001d048741_T089:3 Zm00001d048741_T053:21 Zm00001d048741_T027:21 Zm00001d048741_T063:21 Zm00001d048741_T038:22 Zm00001d048741_T009:9 Zm00001d048741_T093:3 Zm00001d048741_T103:2 Zm00001d048741_T106:1 Zm00001d048741_T065:21 Zm00001d048741_T043:21 Zm00001d048741_T029:23 Zm00001d048741_T020:21 Zm00001d048741_T047:21 Zm00001d048741_T113:4 Zm00001d048741_T082:16 Zm00001d048741_T041:21 Zm00001d048741_T005:22 Zm00001d048741_T127:1 Zm00001d048741_T091:2 Zm00001d048741_T030:9 Zm00001d048741_T040:21 Zm00001d048741_T118:3 Zm00001d048741_T049:21 Zm00001d048741_T078:22 Zm00001d048741_T004:19 Zm00001d048741_T045:21 Zm00001d048741_T101:3 Zm00001d048741_T017:20 Zm00001d048741_T129:2 Zm00001d048741_T111:1 Zm00001d048741_T132:1 Zm00001d048741_T008:21 Zm00001d048741_T088:3 Zm00001d048741_T001:21

			
						 Experimental Information
					
						Sanger sequencing for BSS  
						
							NA							Sanger sequencing for back-splicing site (BSS) validation. "Yes" represents Sanger sequencing has been performed to valid the back-splicing site, "No" represents the opposite, "NA" represents "not available".

						PCR primers for BSS   
						
							NA							PCR primers used in back-splicing site (BSS) validation.

						Sanger sequencing for FL   
						
							NA							Sanger sequencing for full-length (FL) sequence validation of circRNAs. "Yes" represents Sanger sequencing has been performed to valid the full-length of circRNA, "No" represents the opposite.

						PCR primers for FL   
						
							NA							 PCR primers used in full-length (FL) sequence validation.

Experimental Information
Sanger sequencing for BSS	NA Sanger sequencing for back-splicing site (BSS) validation. "Yes" represents Sanger sequencing has been performed to valid the back-splicing site, "No" represents the opposite, "NA" represents "not available".
PCR primers for BSS	NA PCR primers used in back-splicing site (BSS) validation.
Sanger sequencing for FL	NA Sanger sequencing for full-length (FL) sequence validation of circRNAs. "Yes" represents Sanger sequencing has been performed to valid the full-length of circRNA, "No" represents the opposite.
PCR primers for FL	NA PCR primers used in full-length (FL) sequence validation.

			
						 Sequences
					
						Splice junction sequence  
						
							GTGCTATTTAATGTCTCTGTTCTGTTTCAGGTTTGATGCACTTCCCTGATGTAATTCAACAATT
TGAGAGGACATGTCGAAATGCTTCGGAGTCAATCAGatctgctgcaactggaaagcttcgtgtg
gtggaagagaaacttatgcagcaaaatgctcaacttttactggacgaagctgcttcctggtcac
ttctttgg

						Assembled circRNA sequence  
						
							NA
The sequence of a circRNA based on assembly using circseq-cup (Ye et al., 2016) or CIRI-full (Zheng and Zhao, 2018) or CIRCexplorer2 (Zhang et al., 2016).

						Full-length trsnacripts
						
							NA						
					
						Genomic sequence
						
							TOO LONG (>5KB) TO SHOW GENOMIC SEQUENCE OF THIS CIRCULAR RNA. PLEASE FIND THE CORRESPONDING GENOMIC SEQUENCE AT DOWNLOAD SECTION.

Sequences
Splice junction sequence	GTGCTATTTAATGTCTCTGTTCTGTTTCAGGTTTGATGCACTTCCCTGATGTAATTCAACAATT TGAGAGGACATGTCGAAATGCTTCGGAGTCAATCAGatctgctgcaactggaaagcttcgtgtg gtggaagagaaacttatgcagcaaaatgctcaacttttactggacgaagctgcttcctggtcac ttctttgg
Assembled circRNA sequence	NA The sequence of a circRNA based on assembly using circseq-cup (Ye et al., 2016) or CIRI-full (Zheng and Zhao, 2018) or CIRCexplorer2 (Zhang et al., 2016).
Full-length trsnacripts	NA
Genomic sequence	TOO LONG (>5KB) TO SHOW GENOMIC SEQUENCE OF THIS CIRCULAR RNA. PLEASE FIND THE CORRESPONDING GENOMIC SEQUENCE AT DOWNLOAD SECTION.

			
						 Conservation Information
					
						Conserved circRNAs
						
							NA						
					
						PMCS
						0.707902922

Conservation Information
Conserved circRNAs	NA
PMCS	0.707902922

			
				
						 Functional Information
					

				
						Coding potential
						Y
					

						Potential coding position
						
							4810910-4798880(+)
4798663-4810932(+)
4810918-4800076(+)
						
					

						Potential amino acid sequence
						
							MSKCFGVNQICCNWKASCGGRETYAAKCSTFTGRSCFLVTSLAHIWQRT*(+)
MQQNAQLLLDEAASWSLLWHIYGKEHEELSGELLVPPITSHQEACRFVAADITAQLCLRIILWL
EGLASEALDLEKKVRGPHVGSYLPSSGVWHRTQRYLKRNNADSTIVKHVDFDAPTREGAQLLPD
DKKQDELLLEDIWTLLRAGRLEEASDLCRSAGQAWRVATLCPFGGINMFPSLNALHKNGKYRTL
QAMELESGVGRQWRLWKWASYCASEKIAEQDGGRYEMAVYALQCSNLKRVLPICTDWESACWAM
ARSWLDVQVDLELSQYQTSRPEKQLDDDMNGAQSSVGPESWPYHVLDQQPHDLTALLQKLHSSD
LVHETVSRACREQHRQIQMNLMSGNISHLLDLLWSWLSPAEENHNNTARPLDDPEMIRFGAHIV
LVLRHLFSDGMDDELDEKLVTVGDLIINILHTMYKLFLSAVEYLPFSSDNVSKACFEEIIERVL
SRSRQTKPTKYDGDFSDVAHQHHLQSLQKAMVIQWLCFTPPSSIPDFQMISWKLLIRALTHREF
SLISMRRVPELPAGPHKLLAILAEPLKQKENLISREDPEVDVQVSSRDPCCIEVALRCLAAEGD
GYGLHEANDGGLLAAVMAAGFKGELSRFQPGVSMAISRLDAWYSDRSGSVESTAAYIIRGLCRR
CCLPETILRSMQACIALSAAGDDLDYSLDKCDELVELVGSAESGMMHLFSQQQLQFHPKGCEGA
HKPSSTQHRSLIMVVSTLCSRLPLLPNIIVLLLFTTISDSTNSNSDLNALLSFKSLITKDPMGA
LSSWDGDASNRSAPHFCRWNGVTCSSDQHGSHVTALRLRAFGLEGNISQSLGNLSHLQTLDLSN
NNLEGEIPSSIGNLFALHFLNLSVNHLSGNVPQSIGRLSELEILNFRDNDIVGSIPSSVLNLTG
LTMLSATENYMTGRIPDWLGNLTDLTDLNLAWNNFSGQIPQALGKLPNLARLTMQGNQLEGLIS
PTLFNISSLENLNLGYNKLSGSLPPDIGFTLPNIVAFSVCYNKFEGPVPSSLSNISVLQQLILH
GNRFHGRIPPNIGVHGSLTNLELGNNQLQVVDTKDWDFLTPLVNCSHLKYLNLELNNISGILPN
AVSNLSYELEALLMGGNQITGTVPSGIGRLQKLQILDLSDNLFTGAVPSSIGKLSSLDSLVLFS
NKFDGEIPSSLGNLTKLTELVLHSNDLHGSMPPSLGNMTILESIDLSYNRLSGQIPQEILSMYS
LTKFLNLSNNFFSGPISQQIRLLISLGTMDLSSNNLSGETPHTLGSCVTLQFLYLQGNLLQGLM
HFPDVIQQFERTCRNASESIRSAATGKLRVVEEKLMQQNAQLLLDEAASWSLLWHIYGKEHEEL
SGELLVPPITSHQEACRFVAADITAQLCLRIILWLEGLASEALDLEKKVRGPHVGSYLPSSGVW
HRTQRYLKRNNADSTIVKHVDFDAPTREGAQLLPDDKKQDELLLEDIWTLLRAGRLEEASDLCR
SAGQAWRVATLCPFGGINMFPSLNALHKNGKYRTLQAMELESGVGRQWRLWKWASYCASEKIAE
QDGGRYEMAVYALQCSNLKRVLPICTDWESACWAMARSWLDVQVDLELSQYQTSRPEKQLDDDM
NGAQSSVGPESWPYHVLDQQPHDLTALLQKLHSSDLVHETVSRACREQHRQIQMNLMSGNISHL
LDLLWSWLSPAEENHNNTARPLDDPEMIRFGAHIVLVLRHLFSDGMDDELDEKLVTVGDLIINI
LHTMYKLFLSAVEYLPFSSDNVSKACFEEIIERVLSRSRQTKPTKYDGDFSDVAHQHHLQSLQK
AMVIQWLCFTPPSSIPDFQMISWKLLIRALTHREFSLISMRRVPELPAGPHKLLAILAEPLKQK
ENLISREDPEVDVQVSSRDPCCIEVALRCLAAEGDGYGLHEANDGGLLAAVMAAGFKGELSRFQ
PGVSMAISRLDAWYSDRSGSVESTAAYIIRGLCRRCCLPETILRSMQACIALSAAGDDLDYSLD
KCDELVELVGSAESGMMHLFSQQQLQFHPKGCEGAHKPSSTQHRSLIMVVSTLCSRLPLLPNII
VLLLFTTISDSTNSNSDLNALLSFKSLITKDPMGALSSWDGDASNRSAPHFCRWNGVTCSSDQH
GSHVTALRLRAFGLEGNISQSLGNLSHLQTLDLSNNNLEGEIPSSIGNLFALHFLNLSVNHLSG
NVPQSIGRLSELEILNFRDNDIVGSIPSSVLNLTGLTMLSATENYMTGRIPDWLGNLTDLTDLN
LAWNNFSGQIPQALGKLPNLARLTMQGNQLEGLISPTLFNISSLENLNLGYNKLSGSLPPDIGF
TLPNIVAFSVCYNKFEGPVPSSLSNISVLQQLILHGNRFHGRIPPNIGVHGSLTNLELGNNQLQ
VVDTKDWDFLTPLVNCSHLKYLNLELNNISGILPNAVSNLSYELEALLMGGNQITGTVPSGIGR
LQKLQILDLSDNLFTGAVPSSIGKLSSLDSLVLFSNKFDGEIPSSLGNLTKLTELVLHSNDLHG
SMPPSLGNMTILESIDLSYNRLSGQIPQEILSMYSLTKFLNLSNNFFSGPISQQIRLLISLGTM
DLSSNNLSGETPHTLGSCVTLQFLYLQGNLLQGLMHFPDVIQQFERTCRNASESIRSAATGKLR
VVEEKLMQQNAQLLLDEAASWSLLWHIYGKEHEELSGELLVPPITSHQEACRFVAADITAQLCL
RIILWLEGLASEALDLEKKVRGPHVGSYLPSSGVWHRTQRYLKRNNADSTIVKHVDFDAPTREG
AQLLPDDKKQDELLLEDIWTLLRAGRLEEASDLCRSAGQAWRVATLCPFGGINMFPSLNALHKN
GKYRTLQAMELESGVGRQWRLWKWASYCASEKIAEQDGGRYEMAVYALQCSNLKRVLPICTDWE
SACWAMARSWLDVQVDLELSQYQTSRPEKQLDDDMNGAQSSVGPESWPYHVLDQQPHDLTALLQ
KLHSSDLVHETVSRACREQHRQIQMNLMSGNISHLLDLLWSWLSPAEENHNNTARPLDDPEMIR
FGAHIVLVLRHLFSDGMDDELDEKLVTVGDLIINILHTMYKLFLSAVEYLPFSSDNVSKACFEE
IIERVLSRSRQTKPTKYDGDFSDVAHQHHLQSLQKAMVIQWLCFTPPSSIPDFQMISWKLLIRA
LTHREFSLISMRRVPELPAGPHKLLAILAEPLKQKENLISREDPEVDVQVSSRDPCCIEVALRC
LAAEGDGYGLHEANDGGLLAAVMAAGFKGELSRFQPGVSMAISRLDAWYSDRSGSVESTAAYII
RGLCRRCCLPETILRSMQACIALSAAGDDLDYSLDKCDELVELVGSAESGMMHLFSQQQLQFHP
KGCEGAHKPSSTQHRSLIMVVSTLCSRLPLLPNIIVLLLFTTISDSTNSNSDLNALLSFKSLIT
KDPMGALSSWDGDASNRSAPHFCRWNGVTCSSDQHGSHVTALRLRAFGLEGNISQSLGNLSHLQ
TLDLSNNNLEGEIPSSIGNLFALHFLNLSVNHLSGNVPQSIGRLSELEILNFRDNDIVGSIPSS
VLNLTGLTMLSATENYMTGRIPDWLGNLTDLTDLNLAWNNFSGQIPQALGKLPNLARLTMQGNQ
LEGLISPTLFNISSLENLNLGYNKLSGSLPPDIGFTLPNIVAFSVCYNKFEGPVPSSLSNISVL
QQLILHGNRFHGRIPPNIGVHGSLTNLELGNNQLQVVDTKDWDFLTPLVNCSHLKYLNLELNNI
SGILPNAVSNLSYELEALLMGGNQITGTVPSGIGRLQKLQILDLSDNLFTGAVPSSIGKLSSLD
SLVLFSNKFDGEIPSSLGNLTKLTELVLHSNDLHGSMPPSLGNMTILESIDLSYNRLSGQIPQE
ILSMYSLTKFLNLSNNFFSGPISQQIRLLISLGTMDLSSNNLSGETPHTLGSCVTLQFLYLQGN
LLQGLMHFPDVIQQFERTCRNASESIRSAATGKLRVVEEKLMQQNAQLLLDEAASWSLLWHIYG
KEHEELSGELLVPPITSHQEACRFVAADITAQLCLRIILWLEGLASEALDLEKKVRGPHVGSYL
PSSGVWHRTQRYLKRNNADSTIVKHVDFDAPTREGAQLLPDDKKQDELLLEDIWTLLRAGRLEE
ASDLCRSAGQAWRVATLCPFGGINMFPSLNALHKNGKYRTLQAMELESGVGRQWRLWKWASYCA
SEKIAEQDGGRYEMAVYALQCSNLKRVLPICTDWESACWAMARSWLDVQVDLELSQYQTSRPEK
QLDDDMNGAQSSVGPESWPYHVLDQQPHDLTALLQKLHSSDLVHETVSRACREQHRQIQMNLMS
GNISHLLDLLWSWLSPAEENHNNTARPLDDPEMIRFGAHIVLVLRHLFSDGMDDELDEKLVTVG
DLIINILHTMYKLFLSAVEYLPFSSDNVSKACFEEIIERVLSRSRQTKPTKYDGDFSDVAHQHH
LQSLQKAMVIQWLCFTPPSSIPDFQMISWKLLIRALTHREFSLISMRRVPELPAGPHKLLAILA
EPLKQKENLISREDPEVDVQVSSRDPCCIEVALRCLAAEGDGYGLHEANDGGLLAAVMAAGFKG
ELSRFQPGVSMAISRLDAWYSDRSGSVESTAAYIIRGLCRRCCLPETILRSMQACIALSAAGDD
LDYSLDKCDELVELVGSAESGMMHLFSQQQLQFHPKGCEGAHKPSSTQHRSLIMVVSTLCSRLP
LLPNIIVLLLFTTISDSTNSNSDLNALLSFKSLITKDPMGALSSWDGDASNRSAPHFCRWNGVT
CSSDQHGSHVTALRLRAFGLEGNISQSLGNLSHLQTLDLSNNNLEGEIPSSIGNLFALHFLNLS
VNHLSGNVPQSIGRLSELEILNFRDNDIVGSIPSSVLNLTGLTMLSATENYMTGRIPDWLGNLT
DLTDLNLAWNNFSGQIPQALGKLPNLARLTMQGNQLEGLISPTLFNISSLENLNLGYNKLSGSL
PPDIGFTLPNIVAFSVCYNKFEGPVPSSLSNISVLQQLILHGNRFHGRIPPNIGVHGSLTNLEL
GNNQLQVVDTKDWDFLTPLVNCSHLKYLNLELNNISGILPNAVSNLSYELEALLMGGNQITGTV
PSGIGRLQKLQILDLSDNLFTGAVPSSIGKLSSLDSLVLFSNKFDGEIPSSLGNLTKLTELVLH
SNDLHGSMPPSLGNMTILESIDLSYNRLSGQIPQEILSMYSLTKFLNLSNNFFSGPISQQIRLL
ISLGTMDLSSNNLSGETPHTLGSCVTLQFLYLQGNLLQGLMHFPDVIQQFERTCRNASESI(+)
MLRSQSDLLQLESFVWWKRNLCSKMLNFYWTKLLPGHFFGTYMAKNMRSFLESCWCRQLHLIRR
LAALLQQTLQHNCVCGSYFGLKVLLLKLLIWRRR*(+)
						
					

						Sponge-miRNAs
						
							NA						
					

						circRNA-miRNA-mRNA network
						 VISUALIZATION
					

						Potential function description
						NA
					

			
		

Functional Information
Coding potential	Y
Potential coding position	4810910-4798880(+) 4798663-4810932(+) 4810918-4800076(+)
Potential amino acid sequence	MSKCFGVNQICCNWKASCGGRETYAAKCSTFTGRSCFLVTSLAHIWQRT(+) MQQNAQLLLDEAASWSLLWHIYGKEHEELSGELLVPPITSHQEACRFVAADITAQLCLRIILWL EGLASEALDLEKKVRGPHVGSYLPSSGVWHRTQRYLKRNNADSTIVKHVDFDAPTREGAQLLPD DKKQDELLLEDIWTLLRAGRLEEASDLCRSAGQAWRVATLCPFGGINMFPSLNALHKNGKYRTL QAMELESGVGRQWRLWKWASYCASEKIAEQDGGRYEMAVYALQCSNLKRVLPICTDWESACWAM ARSWLDVQVDLELSQYQTSRPEKQLDDDMNGAQSSVGPESWPYHVLDQQPHDLTALLQKLHSSD LVHETVSRACREQHRQIQMNLMSGNISHLLDLLWSWLSPAEENHNNTARPLDDPEMIRFGAHIV LVLRHLFSDGMDDELDEKLVTVGDLIINILHTMYKLFLSAVEYLPFSSDNVSKACFEEIIERVL SRSRQTKPTKYDGDFSDVAHQHHLQSLQKAMVIQWLCFTPPSSIPDFQMISWKLLIRALTHREF SLISMRRVPELPAGPHKLLAILAEPLKQKENLISREDPEVDVQVSSRDPCCIEVALRCLAAEGD GYGLHEANDGGLLAAVMAAGFKGELSRFQPGVSMAISRLDAWYSDRSGSVESTAAYIIRGLCRR CCLPETILRSMQACIALSAAGDDLDYSLDKCDELVELVGSAESGMMHLFSQQQLQFHPKGCEGA HKPSSTQHRSLIMVVSTLCSRLPLLPNIIVLLLFTTISDSTNSNSDLNALLSFKSLITKDPMGA LSSWDGDASNRSAPHFCRWNGVTCSSDQHGSHVTALRLRAFGLEGNISQSLGNLSHLQTLDLSN NNLEGEIPSSIGNLFALHFLNLSVNHLSGNVPQSIGRLSELEILNFRDNDIVGSIPSSVLNLTG LTMLSATENYMTGRIPDWLGNLTDLTDLNLAWNNFSGQIPQALGKLPNLARLTMQGNQLEGLIS PTLFNISSLENLNLGYNKLSGSLPPDIGFTLPNIVAFSVCYNKFEGPVPSSLSNISVLQQLILH GNRFHGRIPPNIGVHGSLTNLELGNNQLQVVDTKDWDFLTPLVNCSHLKYLNLELNNISGILPN AVSNLSYELEALLMGGNQITGTVPSGIGRLQKLQILDLSDNLFTGAVPSSIGKLSSLDSLVLFS NKFDGEIPSSLGNLTKLTELVLHSNDLHGSMPPSLGNMTILESIDLSYNRLSGQIPQEILSMYS LTKFLNLSNNFFSGPISQQIRLLISLGTMDLSSNNLSGETPHTLGSCVTLQFLYLQGNLLQGLM HFPDVIQQFERTCRNASESIRSAATGKLRVVEEKLMQQNAQLLLDEAASWSLLWHIYGKEHEEL SGELLVPPITSHQEACRFVAADITAQLCLRIILWLEGLASEALDLEKKVRGPHVGSYLPSSGVW HRTQRYLKRNNADSTIVKHVDFDAPTREGAQLLPDDKKQDELLLEDIWTLLRAGRLEEASDLCR SAGQAWRVATLCPFGGINMFPSLNALHKNGKYRTLQAMELESGVGRQWRLWKWASYCASEKIAE QDGGRYEMAVYALQCSNLKRVLPICTDWESACWAMARSWLDVQVDLELSQYQTSRPEKQLDDDM NGAQSSVGPESWPYHVLDQQPHDLTALLQKLHSSDLVHETVSRACREQHRQIQMNLMSGNISHL LDLLWSWLSPAEENHNNTARPLDDPEMIRFGAHIVLVLRHLFSDGMDDELDEKLVTVGDLIINI LHTMYKLFLSAVEYLPFSSDNVSKACFEEIIERVLSRSRQTKPTKYDGDFSDVAHQHHLQSLQK AMVIQWLCFTPPSSIPDFQMISWKLLIRALTHREFSLISMRRVPELPAGPHKLLAILAEPLKQK ENLISREDPEVDVQVSSRDPCCIEVALRCLAAEGDGYGLHEANDGGLLAAVMAAGFKGELSRFQ PGVSMAISRLDAWYSDRSGSVESTAAYIIRGLCRRCCLPETILRSMQACIALSAAGDDLDYSLD KCDELVELVGSAESGMMHLFSQQQLQFHPKGCEGAHKPSSTQHRSLIMVVSTLCSRLPLLPNII VLLLFTTISDSTNSNSDLNALLSFKSLITKDPMGALSSWDGDASNRSAPHFCRWNGVTCSSDQH GSHVTALRLRAFGLEGNISQSLGNLSHLQTLDLSNNNLEGEIPSSIGNLFALHFLNLSVNHLSG NVPQSIGRLSELEILNFRDNDIVGSIPSSVLNLTGLTMLSATENYMTGRIPDWLGNLTDLTDLN LAWNNFSGQIPQALGKLPNLARLTMQGNQLEGLISPTLFNISSLENLNLGYNKLSGSLPPDIGF TLPNIVAFSVCYNKFEGPVPSSLSNISVLQQLILHGNRFHGRIPPNIGVHGSLTNLELGNNQLQ VVDTKDWDFLTPLVNCSHLKYLNLELNNISGILPNAVSNLSYELEALLMGGNQITGTVPSGIGR LQKLQILDLSDNLFTGAVPSSIGKLSSLDSLVLFSNKFDGEIPSSLGNLTKLTELVLHSNDLHG SMPPSLGNMTILESIDLSYNRLSGQIPQEILSMYSLTKFLNLSNNFFSGPISQQIRLLISLGTM DLSSNNLSGETPHTLGSCVTLQFLYLQGNLLQGLMHFPDVIQQFERTCRNASESIRSAATGKLR VVEEKLMQQNAQLLLDEAASWSLLWHIYGKEHEELSGELLVPPITSHQEACRFVAADITAQLCL RIILWLEGLASEALDLEKKVRGPHVGSYLPSSGVWHRTQRYLKRNNADSTIVKHVDFDAPTREG AQLLPDDKKQDELLLEDIWTLLRAGRLEEASDLCRSAGQAWRVATLCPFGGINMFPSLNALHKN GKYRTLQAMELESGVGRQWRLWKWASYCASEKIAEQDGGRYEMAVYALQCSNLKRVLPICTDWE SACWAMARSWLDVQVDLELSQYQTSRPEKQLDDDMNGAQSSVGPESWPYHVLDQQPHDLTALLQ KLHSSDLVHETVSRACREQHRQIQMNLMSGNISHLLDLLWSWLSPAEENHNNTARPLDDPEMIR FGAHIVLVLRHLFSDGMDDELDEKLVTVGDLIINILHTMYKLFLSAVEYLPFSSDNVSKACFEE IIERVLSRSRQTKPTKYDGDFSDVAHQHHLQSLQKAMVIQWLCFTPPSSIPDFQMISWKLLIRA LTHREFSLISMRRVPELPAGPHKLLAILAEPLKQKENLISREDPEVDVQVSSRDPCCIEVALRC LAAEGDGYGLHEANDGGLLAAVMAAGFKGELSRFQPGVSMAISRLDAWYSDRSGSVESTAAYII RGLCRRCCLPETILRSMQACIALSAAGDDLDYSLDKCDELVELVGSAESGMMHLFSQQQLQFHP KGCEGAHKPSSTQHRSLIMVVSTLCSRLPLLPNIIVLLLFTTISDSTNSNSDLNALLSFKSLIT KDPMGALSSWDGDASNRSAPHFCRWNGVTCSSDQHGSHVTALRLRAFGLEGNISQSLGNLSHLQ TLDLSNNNLEGEIPSSIGNLFALHFLNLSVNHLSGNVPQSIGRLSELEILNFRDNDIVGSIPSS VLNLTGLTMLSATENYMTGRIPDWLGNLTDLTDLNLAWNNFSGQIPQALGKLPNLARLTMQGNQ LEGLISPTLFNISSLENLNLGYNKLSGSLPPDIGFTLPNIVAFSVCYNKFEGPVPSSLSNISVL QQLILHGNRFHGRIPPNIGVHGSLTNLELGNNQLQVVDTKDWDFLTPLVNCSHLKYLNLELNNI SGILPNAVSNLSYELEALLMGGNQITGTVPSGIGRLQKLQILDLSDNLFTGAVPSSIGKLSSLD SLVLFSNKFDGEIPSSLGNLTKLTELVLHSNDLHGSMPPSLGNMTILESIDLSYNRLSGQIPQE ILSMYSLTKFLNLSNNFFSGPISQQIRLLISLGTMDLSSNNLSGETPHTLGSCVTLQFLYLQGN LLQGLMHFPDVIQQFERTCRNASESIRSAATGKLRVVEEKLMQQNAQLLLDEAASWSLLWHIYG KEHEELSGELLVPPITSHQEACRFVAADITAQLCLRIILWLEGLASEALDLEKKVRGPHVGSYL PSSGVWHRTQRYLKRNNADSTIVKHVDFDAPTREGAQLLPDDKKQDELLLEDIWTLLRAGRLEE ASDLCRSAGQAWRVATLCPFGGINMFPSLNALHKNGKYRTLQAMELESGVGRQWRLWKWASYCA SEKIAEQDGGRYEMAVYALQCSNLKRVLPICTDWESACWAMARSWLDVQVDLELSQYQTSRPEK QLDDDMNGAQSSVGPESWPYHVLDQQPHDLTALLQKLHSSDLVHETVSRACREQHRQIQMNLMS GNISHLLDLLWSWLSPAEENHNNTARPLDDPEMIRFGAHIVLVLRHLFSDGMDDELDEKLVTVG DLIINILHTMYKLFLSAVEYLPFSSDNVSKACFEEIIERVLSRSRQTKPTKYDGDFSDVAHQHH LQSLQKAMVIQWLCFTPPSSIPDFQMISWKLLIRALTHREFSLISMRRVPELPAGPHKLLAILA EPLKQKENLISREDPEVDVQVSSRDPCCIEVALRCLAAEGDGYGLHEANDGGLLAAVMAAGFKG ELSRFQPGVSMAISRLDAWYSDRSGSVESTAAYIIRGLCRRCCLPETILRSMQACIALSAAGDD LDYSLDKCDELVELVGSAESGMMHLFSQQQLQFHPKGCEGAHKPSSTQHRSLIMVVSTLCSRLP LLPNIIVLLLFTTISDSTNSNSDLNALLSFKSLITKDPMGALSSWDGDASNRSAPHFCRWNGVT CSSDQHGSHVTALRLRAFGLEGNISQSLGNLSHLQTLDLSNNNLEGEIPSSIGNLFALHFLNLS VNHLSGNVPQSIGRLSELEILNFRDNDIVGSIPSSVLNLTGLTMLSATENYMTGRIPDWLGNLT DLTDLNLAWNNFSGQIPQALGKLPNLARLTMQGNQLEGLISPTLFNISSLENLNLGYNKLSGSL PPDIGFTLPNIVAFSVCYNKFEGPVPSSLSNISVLQQLILHGNRFHGRIPPNIGVHGSLTNLEL GNNQLQVVDTKDWDFLTPLVNCSHLKYLNLELNNISGILPNAVSNLSYELEALLMGGNQITGTV PSGIGRLQKLQILDLSDNLFTGAVPSSIGKLSSLDSLVLFSNKFDGEIPSSLGNLTKLTELVLH SNDLHGSMPPSLGNMTILESIDLSYNRLSGQIPQEILSMYSLTKFLNLSNNFFSGPISQQIRLL ISLGTMDLSSNNLSGETPHTLGSCVTLQFLYLQGNLLQGLMHFPDVIQQFERTCRNASESI(+) MLRSQSDLLQLESFVWWKRNLCSKMLNFYWTKLLPGHFFGTYMAKNMRSFLESCWCRQLHLIRR LAALLQQTLQHNCVCGSYFGLKVLLLKLLIWRRR(+)
Sponge-miRNAs	NA
circRNA-miRNA-mRNA network	VISUALIZATION
Potential function description	NA

			
						 Other Information
					
						References
						Ma et al., 2021b

circRNA

Detail information of Zm00001d048741_circ_g.1

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