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Detailed information on CNT30618959


BLAST search results

BLAST vs Swiss-Prot:
sp|A6MM38|RR4_BUXMI, E-value = 4e-121

BLAST vs NONCODE:
NONORUT000576, E-value = 2e-76

Results of reciprocal BLAST search (potential orthologs)
TargetQuery speciesTarget speciesQuery coverage (%)Target coverage (%)IdentityAlignment length (nt)Orientation
CNT30529029Sesamum indicumEucalyptus grandis13.6641.9985.23860forward
CNT30549732Sesamum indicumIpomoea triloba4.7279.6290.24297reverse complement
CNT30632355Sesamum indicumVigna unguiculata9.6770.1686.04609forward
CNT30197932Sesamum indicumPisum sativum8.0722.2987.99508forward
CNT3047566Sesamum indicumPrunus dulcis14.0145.7288.1882forward
CNT3094383Sesamum indicumSolanum tuberosum2.056093.02129reverse complement
CNT30588877Sesamum indicumMusa acuminata4.35100.3786.86274reverse complement
CNT3088055Sesamum indicumVigna radiata0.7320.3591.346forward
CNT30510815Sesamum indicumSolanum lycopersicum3.8951.3691.84245forward
CNT30555988Sesamum indicumOryza glaberrima5.8454.7680.71368forward
CNT30171250Sesamum indicumTrifolium pratense1.5426.5891.7597forward
CNT30245953Sesamum indicumAvena sativa1.4834.9686.0293reverse complement
CNT30446760Sesamum indicumSaccharum spontaneum3.8921.793.06245forward
CNT30606803Sesamum indicumGossypium raimondii3.7383.0489.36235forward
CNT30655383Sesamum indicumRosa chinensis14.2224.9986.15895forward
CNT30214788Sesamum indicumHelianthus annuus3.467.0890.65214forward
CNT30351181Sesamum indicumEragrostis tef2.4630.6987.1155forward
CNT30362312Sesamum indicumSorghum bicolor1.4629.4995.6592reverse complement
CNT30595988Sesamum indicumOryza meridionalis5.4332.7391.23342forward
CNT30359977Sesamum indicumLactuca sativa10.2136.0284.91643forward
CNT30116859Sesamum indicumOryza nivara6.192.0985.94384forward
CNT30604206Sesamum indicumOryza punctata3.0347.9989.01191forward
CNT30550879Sesamum indicumOryza brachyantha1.4522.6985.7191reverse complement

Expression of CNT30618959

Peptides detected in this lncRNA

>peptide 1 (96 aa)
MCFNIITRSKRYSLFPILSGLIKPSLRNFRISLANGLFSPVGIGELIPSLRTVLESFLPHTAPQFFWCPVTISTEWDFSWIYPIFRVNQRGSLHEF*

>peptide 2 (80 aa)
MVILVSKVRTRWMFVVPTILLVPSPIRKGVISNKVFVLLIPRCSASSLMLSIGISGVGLPHNTEPLGVTFRSILESKIET*

>peptide 3 (58 aa)
MRMLSSLVNVFLMIRLSGANSNKEGAPPIIVFTLPHKNKNSIPGVFSSLVALTTFVSV*

>peptide 4 (38 aa)
MKFLSLLQLIKIVVLDDAYVESLLVFLFFYFYSEDSRT*

>peptide 5 (42 aa)
MGKMAGRETSIWGIYQSILNCRYRNDKIQFDWIKYGFPISYR*

>peptide 6 (56 aa)
MRTPTISLFSTPPNFQELVTSTAFDGYIGIQSTNEMDVCCPNHSFSPEPHKERGNF*

>peptide 7 (33 aa)
METFIPPVRPFIDIDSLFRIAVTRKLGKMLERI*

>peptide 8 (38 aa)
MDWSYLSNNLEWNMKNSLFTRFLVHNHYVGEMAEWFKA*

>peptide 9 (31 aa)
MIKSNLIGSNTGFLFPIGKKENTFFKIVIAI*

>peptide 10 (46 aa)
MVWHFLMRGRVEKILNQSSGFLFILRRNNISGFAAITWYIYYTPIH*

>peptide 11 (44 aa)
MKGKKIARTLAILFEFRFKSDENNILRLAIHLFSNRPIYYLLFD*

Sequence

>CNT30618959
CAATAAGAGAGATCATAACGTGGTAGAGCTCCTATCCGTGCTTTGACAAATCCCTCTCTGGCGTCATCTACTGGCTGACTGCACACTGCTTTCTGCCTGA
CTATGGCTTTTAGAAAGCAAGATCCTTCCGTTTATAACTTTATAGAAAGAACACCCCATACAGAGTCTTTCAACTAACAACTAAGCTATTCGAGCCTTCA
CCTAAGCTCTCCTGGATTCCCAAGGCCTCTGTCTCTTTGATTCTTGTATACAAGTCTGGTAGTCAATTGTTCTAGCAAGAATGGGCTAGTTGCCTACTCT
CCCCTACCCCGCCCCTTTGACTGATGATCAATATGACAAAAGTAATCTATCTTGATCCTTATATGACGCAATTCATAGATTTGGGCAAGTCAGAGTGAAA
TCAAAGTCAAGTTATTGGCGATCGTACCTACTTAATGAGAATGCTCTCAAGTCTAGTCAATGTCTTTTTGATGATACGATTATCAGGTGCGAACTCAAAT
AAGGAGGGGGCCCCACCAATCATAGTGTTCACTCTTCCCCATAAGAATAAGAACTCAATTCCTGGGGTTTTTTCTTCCTTAGTAGCTTTGACAACATTCG
TATCTGTGTGAGCCCTCATCTCATGCTCCTACTACCTCTTAACTTCAAGTGGGAGTGATGGACGAGTAAAGATCGCCAGCTCTTTCTTCCCCGTGAATTG
ACTTCAACTTAAATCGGACGGACCGGCTTCTCCGTTTGAGCATAGCATGCTTTTGGGGAGTAAGTCAGTATCAAGTGACTATATATAGTATATAATATAA
TATCTTCTTACATCACGTCAAAATAGCATGTTTATAGACTTATCTACAGGCAGTTTTTATTTATTACCTTCCATTCATTTTTAAAGAGAAGTTTTTCTCT
CACCTAAAGAATGGTTCAGAGAACGACGGCCTACGCATTGCAGCCACAACATTACTGGGCAAACTAGGATAGATTCATTACGAATGTATCGTCCCAGAAG
ACCACCACTCCGGTTTCACTGATCGAGCAACGCGGTTATTTCGCTAACCTTTCTGTTCCTAGTTAAAGTGTAGACCTTTTGTGGACTTAAGCTGGGATTT
GGTATTTCGAAGGCGTCACCCCAGGTGTTACTATCATTTCTAGGCATCGTCTATACTTACCAGTTCCCTTTAGTGTAGTTTCTCGGAGATATCTGGATTC
TTTTTTTAATAAAAAAAAGAAAGAAGTCTATTTTGTACTCTATCCCTTATTTTATCCTTACGAACTATCAGATGAAATAGAATGCTTAGAAGAGATATAA
TGAAATTCTTTGATTGGCTCTTTCCATAAAGCAAAGGAATGATCCGTTTTTTTATTTGACTGATGAGGCCAAAACACAATTAATTATAACAAATATATAT
ATAATTCTAAACTAAATCTAACCTAAATAAATACTAAATAATAGAATTAATAACCTAAATAAATAAACGGTGCCTTCTTTTATTCGAAACGCCTCGTGAT
CTTCAACCAATTATGTGCTTCAATATAATTACCAGGAGTAAGCGCTATAGCCTGTTTCCAATACTCAGCGGCTTGATCAAACCAAGCCTCCGCAATTTCA
GAATCTCCCTGGCGAATGGCCTGTTCTCCCCGGTCGGAATAGGTGAATTAATTCCTTCCCTTAGAACCGTACTTGAGAGTTTCCTACCTCATACGGCTCC
TCAATTCTTTTGGTGTCCCGTTACCATATCTACCGAATGGGATTTCTCATGGATCTATCCCATTTTTCGGGTTAATCAAAGAGGTTCATTACATGAGTTT
TAAACTGAAATTTGGATTCAATTTGGATTAATAATCCGTTTTATTTCGTTTTATCTTTTTTCCTACCTTCAGAAGAAAAAATTCCCCTATCGTTAGAATT
TTCTGAAAAGTAACTATCTCGGTTTCGTATAGAAATTTATATAGAATCTTTGAAAAAGACTTTCCTTTCTAAGAAAAAAAGACTTACTATCTTTGGGATC
TGATCCTACACCGCTGCTCAAGACTTTAGTGGATCGACTCTATTACAAAAGTGGATTCCTAATTTTTATCTCACATCATGGGATAAGTATATCTACCATC
ATGACATAAGTACGCAGTTATTATTGTATTGGCCCCAAACCTCGCTAATTGATCTTTACGGTGCTTCCTCTACCAATTAGATCCTTTTTTTATCCATAGA
AAAAAGAGCTAGGTATATCTATTTCTTCATATTTCAACTTCTATGAAGTTTCTTTCTTTGCTACAGCTGATAAAAATCGTTGTTTTAGACGATGCATATG
TAGAAAGCCTTTTAGTTTTCCTTTTTTTTTACTTCTATAGTGAAGATAGTCGCACGTAATGACAGATCACGGCCATATTATTAAAAGCTTGTGGTAAGAA
TGGATTTCGTTCTAGTGCTCGAAAATAATATTCCAAAGCTTTCGTATGTTCTCCATTACTTGTATGGATAAGACCTATATTATAGAGTATATAACTTCGA
TCATAGGGATCAATTTCTAGTCGCATAGCTTCATAATAATTCTGTAAAGCTTCCGCATAATTTCCTTCGGATTGAGCTGACATCCGTTACGGTCGCCATT
CAATTAAAAGAATCTCCGTTCCAGAACCGTACGTGAGATTTTCATCTCATACGGCTCCTCCCTTATGTGCATAAAGAGAATAATACAAAAAAGATGAAAA
TATTCTCATTATGGACTGAGCAGGGCTAGTTTTTTTACAAGAAATCTCTAGCCAACCTTCCTGCAAGAGATCTTTTCTTAACATCAAGCGTGTTGGGACT
AGATAGAAATGAGAACTCCAACAATTTCTTTGTTTTCAACGCCTCCTAATTTCCAGGAATTAGTCACTTCAACAGCCTTCGATGGTTATATTGGTATCCA
AAGTACGAACGAGATGGATGTTTGTTGTCCCAACCATTCTTTTAGTCCCGAGCCCCATAAGGAAAGGGGTAATTTCTAACAAGGTTTTCGTGTTGTTGAT
TCCTAGGTGTAGTGCTTCTTCCCTTATGCTGTCCATTGGTATTAGTGGAGTAGGATTGCCCCATAATACAGAACCTCTAGGTGTAACCTTTCGCTCAATA
CTAGAATCGAAAATTGAAACATAGCATCTGAGGTTGCATTAATCGAGGATACACGACAGAAGGAATTGTTCTATTTCCAAACTTCACCCTCAACAAGCGT
AGATTTTTTTTTTCAAAAATTTTCCCGAATCACGTGTCTTTCTCGTAAGACCGAGAGAAATGAAATAAAAAAAAGAATCAAATCACACCATCTCTGTAAT
AGGTAAATGCCTCCTTTTCTCCTGAAGTTGTCGGAATTATTTGCAATAAGATATTGGCTACAATTGAAAAGGTCTTATCAATAAAATTTCCATTTATCCG
CGATCTAGGCATAGCTAGCAATCCATTCTATAATTCTTCTCATTCCCTCTCGGGGGAAAATGATCCCACAAAGAAAAGAATTGTACAGTACGAAATAACA
TAAAAACAGAGTGATTTGAAAAAAAGATTATGGGCCTTCTATTCCAATTGTTACTTTTTGACAGGAATCGATAAGAAATATTTGAACCCGATTCGATTTC
ATCCTAATGTAGTAGTATACCAATGAAGGGAACTGTTTCGATTTCATTGAAGTTCCAGATTCGAGTAACTCGAGAAATTTTGATTGAATTATGATATGAT
ACAAAGAAGAAAAAGATCGAATAATCATTCTATGATGAAAATAGAATAACCACTTTATGCTGTGTACATAGCAGGTATACAATCCACTATACAAAATGTT
TTATGAATTTAGAATAGAGGGGTAAGGGAAGGGGTTTGTTGTTGAGAACTCTAAAACCGGAAAGAAATTTGAGAATTTCTAGGGTATGGAATCGTAGTCT
ATATAGAATTATAATAGAAAGGTATCCATTAACCCTAGTCTACAAAATCTAGACCTATCAATCAGTCGATTCGTTCTAATTCATTGATTTAATCGATTCA
AAATAGTAGAAATAGAAGGGAGTCGTTTTTGCAAACAAGAATCCCCCCTTTTTTTTAATTTCGTAAGAAAAGAATTTTTTCTTTATCTTGTAGCTTCGAA
AGAAGGATCTTTCTTTACTGTGATGCAAAATTTTCTATTTTTATTTGTAATATTAATATATAGTTAAAAACTATATAGTTAAAATTAAAATGGATTGGTC
GTACCTATCCAATAATCTAGAATGGAATATGAAGAACTCGCTATTCACTCGGTTTTTGGTTCATAATCATTATGTAGGAGAGATGGCCGAGTGGTTCAAG
GCGTAGCATTGGAACTGCTATGTAGGCTTTTGTTTACCGAGGGTTCGAATCCCTCTCTTTCCGTACCTTCACTTAATAGACCCGTTTTATTAACAAGAAC
GGAGTAAATAGCAATGGAGACCTTTATTCCACCAGTTAGACCTTTCATTGATATAGATTCTCTATTCCGAATTGCCGTCACACGTAAACTAGGAAAAATG
CTGGAAAGAATATGAAACTAGCCCCTCGGTCTATGATACATAAATGGGATAAAATCGGGATCAAGTATTTTTCTTACTTAACCTTAGGTTAATTTAATTT
GATGAAAGGGAAGAAAATTGCCCGAACCCTTGCTATTTTATTTGAGTTTAGGTTTAAGTCTGACGAGAATAATATTCTACGACTAGCAATTCATTTATTT
TCAAACCGACCCATTTACTATCTATTATTTGATTGACTAAGCCTTTATATTGGAATGGGTCAAGGGTCAAATGGTTTGGCACTTCCTCATGAGGGGAAGA
GTTGAGAAAATTTTGAATCAGAGTTCTGGATTTTTGTTCATCCTTCGCCGTAATAATATCTCTGGGTTTGCAGCGATAACTTGGTATATCTACTATACGC
CCATTCACTAAAATATGTCTATGGTTAACTAATTGGCGGGCTGCGGGAATAGTCGAAGCCATACCCAATCGAAAAAGGATGTTATCCAAACGCATTTCAA
GTAATTGTAGTAAAACTTGACCTGTTGACCCCTTGGCTTTTCCGGCGATACGAACGTATTTAAGTAATTGTCGTTCTGTAAGACCATAATGAAAACGCAA
TTTTTGTTTTTCCTCTAGGCGAATACGATATTGAGATTTTTTCCCGGAGCGCGATTGGTTTCTAAGATCACTTCCGGCCTTAGGCCTTTTATTAGTTAGT
CCTGGTAAAGCGCCCAGGCGGCGTATTTTTTTGAAACGAGGTCCTCGGTAACGCGACATAAAGACTCCTTATTCTTATTTAAAATTCATTTCATTCTTTT
TTTATTTTTTTTTATAGAAAAAACCTAAACTAAAACTGAACTAAATGAAGCGAAGTTTGCTGAAGTAGTGTATTTGTACTATAAAGAAGAATAAAGAAGA
ATGAGATAAATTGGATAAATATTAAAACCTTCTATTATTATATATATATAAAAGATCCTTTTCCTGACATAGTTGGGAGTTCCTATAACTTAATAAATTC
ATGAATTTTGGAAAAGGGGGAAGACGCTTTTTCAATATTCTTTGATTTCAAAGGGAGATTATCGATTTTTCAAAAATTGAATCAAAAAATTAAAAATAGG
AAAAAGCCGGCTATCGGAATCGAACCGATGACCATCGCATTACAAATGCGATGCTCTAACCTCTGAGCTAAGCGGGCCCACATAATATAAATTTTCCATG
CATAGGGATTTAATACACTATAGTATAGTGTCTCTAGAAATATAGAAAAGAATAGAATCTATAATTTCCAATAAATATTGAATATTATAGAACATAACGA
TTTATATAGCGATATAGAATTTCGATTTCTTTATCACAATTCTAAATTCGAATATTATTCTATTCGATAGTCAATCTTAACTATTTTTAGATAGTCAAAT
TTTCTTTTTTATTTGTGATTTTGAATTCACATGACATTTGAAATTCTTTTTGTTTCACTTCTATATTTTCTATCCTATATTTTCTATCCTATATATTTCT
AATTCTATATTTCTTTCGAATTATTTAATTAGTTATAACTAATCAGACATTCCTCGGCTTTCATTCGTAAAAGGGTAAGTTAAGAAAAAAAAAAGAATCG
ACCGTTCAAGTATCCCAAATTGCATGGGAAAAATGGCAGGAAGAGAAACATCTATATGGGGTATATATCAATCTATATTGAATTGCCGATACAGAAATGA
TAAAATCCAATTTGATTGGATCAAATACGGGTTTCCTATTTCCTATAGGTAAGAAAGAAAATACTTTTTTCAAGATAGTAATCGCTATCTAAAAAA