>peptide 1 (60 aa)
MHAVYCTMSCCHYGQRKVQVLAWLQLQKTNNQGLQIQWVCYSEQTRSLSLKEEKPGLKTY*
>peptide 2 (34 aa)
MNACISTDKSNLLWEQLVTVFQLFFPDKLFYLSL*
>peptide 3 (48 aa)
MYTLFDIMNTKYLQRAANYYKKLQYVEISTLQHRCYMLGFSNKAWVLI*
>peptide 4 (40 aa)
MSTQRRLGRQRTAYWPLHLQMSSVRSIWLYVLINYIMGRV*
>peptide 5 (36 aa)
MLQDSSRKRKRENKSNLFARSLELNLLVDWLRAFKC*
>peptide 6 (41 aa)
MQPPENFLKKRLFSLHMLLSATGNAVTQQAQIIQATRMITL*
>peptide 7 (30 aa)
MITQVKNMCNYWLSKHLSLFKHVARFLAQT*
>peptide 8 (29 aa)
MFSSLTSTLKSRKPLDTHCSKYDRVDGIY*
>peptide 9 (30 aa)
MVCIQGNCNTIELYHYVFIIDFHSEVKKTT*
>peptide 10 (29 aa)
MSSCFFTCRRRNVSLHFKMFDTVDFLAYV*
>peptide 11 (45 aa)
MTHLYSHVLTPLEINPWIDGNIDTGASFQFSGVMILLVRKHMKLG*
>peptide 12 (57 aa)
MFRLHPLVLLFLIQNFIPHCHRSTMVAKMSLLVVLECLMSTMLKLLGTPHRYHHWKR*
>peptide 13 (29 aa)
MFVVRLYLIRNIHKVPRLTLKFEQVIGLS*
>peptide 14 (32 aa)
MLYGSMTPFSVSASAKAFRHCAMYVPLKLQFR*
>peptide 15 (33 aa)
MHIPFLFLRCGFQASCLFYLKLFCGKVDAKLNL*
>peptide 16 (30 aa)
MLQVYMAHLSGIYRELETLFFKKVPGATPF*
>peptide 17 (50 aa)
MRSLNKIVEQSPSSLCIHCDISCILVELGFLHLPWHCSYSILLSQIILFF*
>peptide 18 (33 aa)
MIQTLPILESLSHKNMTKVADRIQPTHLNLTKY*
>peptide 19 (41 aa)
MCFSAVTYTSLPQGVAFLHCNVAFPDHLSVRVLWFVSCNTI*
>peptide 20 (105 aa)
MEANIGNLFKYLNPYTCNPSMGSSALWCLHGVLSGPQDYLDKKRHSGLCKDHQMPPYMVSYEISMPSRVYNNIINSICQLTCLGVGTESLEPEGEGLEAS
WHCGA*
>peptide 21 (48 aa)
MLNTFQDNSYWQKRRKQEGRRCAYHKDYKGSKVYFFVLVLWFLANSYV*
>peptide 22 (52 aa)
MMLLGSRCHANLRCLSDQVSQHCLRLEYYQKIEAPKQLLLNTYCNTFELDVC*
>peptide 23 (46 aa)
MMAVYLHSSTEPPIEPRRLARQIKGKHVSIFSLCLIFILPFLASSI*
>peptide 24 (59 aa)
MLNLKFAPFCLCHLHSFTGLHAVQCTLLVLMQYNALYVLWIKFNIPPFSHRTSGFFKGS*
>peptide 25 (37 aa)
MLDLKSCQYSLSHGIYIYNVNGVFIGRLKLLVPFCGL*
>peptide 26 (35 aa)
MWRFIYHPFLFVCLTSIVCKLVRNFHKGFLYCWIV*
>peptide 27 (61 aa)
MLVYSWISTEACAFLQMLSGIEMHCGWGEFSCHFNQQTWPCAPASGCRGWALYIAHYLKKF*
>peptide 28 (33 aa)
MKKSRPLYSGNLSSQLVRKVYASAAVLVSPVLS*
>peptide 29 (32 aa)
MFDFNVLWYSFIFSYTESFTPTNMCIRKLKSI*
>peptide 30 (34 aa)
MNFLLLLLLLLLLLLLLLLLLLLLLILQLILAGG*
>peptide 31 (30 aa)
MNFRFMFLPSHASSFEVLNYCLGLCWAAVS*
>peptide 32 (43 aa)
MHLLPCSCHQCCRSLMLCWSMRSQHQLGSQGRACLPLPSKNDH*
>peptide 33 (36 aa)
MSGFLLACLWAGLLALRLSLCAVSRPAVSNSCASLV*
>peptide 34 (31 aa)
MALILRKLLHPIDEEYVCIICSLFVTNVVII*
>peptide 35 (40 aa)
MSRFSDCCEYQTFVSNNIASNLQSPQETKPVSEPYMQINV*
>peptide 36 (41 aa)
MHELSSSSSSSSSSSSSSSSSSSSSSDFAVNSCRRVDDKCT*
>peptide 37 (47 aa)
MFKIDLICSILSLHLFVCAIYIVLLVYMQYSALYWFSCSTMHFMFYG*
>peptide 38 (42 aa)
MGTTSYCVPVIFPRQTVLSFTVRNKPKIKKETELSKLWSFRG*
>peptide 39 (35 aa)
MASATNNIVETLYSTYLVSLLLNFLLSFFFWLYLY*
>peptide 40 (33 aa)
MRWEKQLGKDDKICDNNFNYRAVQLSGIGSVPA*
>peptide 41 (42 aa)
MLPVRPNCAPRPAFELGLNNDIANAMISSGLFTLLSKLTLQS*
>peptide 42 (31 aa)
MCIPQGLQRQQGIFLCAGTLVPCKFICLALK*
>peptide 43 (42 aa)
MSIDLFGCGYRVTGTRRRGIGSIMALWCIDVVVINISLFLVS*
>CNT0031679
GAAAATTACACTTTAAATGGAGGCAAATATAGGTAACTTGTTCAAATATTTGAATCCATATACCTGCAATCCATCCATGGGTAGTTCAGCCCTGTGGTGT
TTGCATGGAGTGCTCTCTGGACCTCAGGATTATTTAGATAAGAAGAGACATAGTGGTTTGTGCAAGGATCACCAAATGCCACCTTACATGGTAAGCTATG
AAATAAGTATGCCAAGTAGGGTATATAACAATATAATTAATAGCATATGTCAATTGACTTGTTTGGGTGTGGGTACCGAGTCACTGGAACCAGAAGGAGA
GGGATTGGAAGCATCATGGCATTGTGGTGCATAGATGTTGTAGTCATCAACATTTCCCTTTTCCTTGTTAGCTAAGTTCATGGCATTCTGGCAGTCGTTA
GTGTATGTCTCATTGAAACCACAGCTAGTCTGGATGGCTCTGTAGACTCTGTCAGAAATCATAGCATGCCTCCAATAGTAGTCAAATGATGCTCTTAGGG
TCACGTTGTCATGCAAATCTGCGTTGCCTATCTGATCAAGTTTCACAGCACTGTCTACGTTTAGAATATTACCAAAAAATAGAAGCTCCAAAACAGTTAT
TATTGAACACTTACTGCAACACCTTTGAGCTTGATGTTTGTTGAATTGATGGCTCTATTGTTAGATACAATCAGATTAGCTAGCTCTGGTATATAGTGAC
CCGCATAGCTCTCACCAGTTATAAAGAAATCATGGCCCTGATACTCAGGAAACTTCTTCATCCAATTGATGAGGAATATGTATGCATCATCTGTAGTCTT
TTTGTCACCAATGTTGTAATAATCTGATGTAGTGTTGGAGTATGAGTACCCAACGCCGGCTGGGACGTCAACGAACAGCATATTGGCCACTGCACTTGCA
AATGAGTAGTGTCAGATCAATCTGGTTATATGTGTTGATTAACTATATAATGGGCAGGGTTTGAGCAAGTGAGCTACCTGTGTTCCATGCATGCTGTTTA
TTGTACAATGTCTTGTTGTCACTACGGACAGAGAAAGGTCCAAGTTCTAGCATGGCTCCAGCTCCAAAAGACGAACAACCAGGGCCTGCAAATCCAATGG
GTATGCTACTCTGAGCAAACTAGGTCTCTTTCTCTTAAAGAAGAGAAACCTGGACTTAAAACTTATTAGGTGTGGAGCTTCTTGCTACATCATTTCAAAC
ATTTTAAACAACATATATTATGAACTTGACCTGCTCATGTTTCTTTGAGTTAGATTTTTCTTTTGGAAAACAAGTCCAGTAGCTTCACCTCGTTTCACTG
GAGAAGCCAACAAAAAACAAAAACACCACACTGACACCTACGAATACCTCAAACTACCAAGCAACCAAGAATTATTTAGATCTCACCAAGCAGCCAATGA
TGAAATAATATGTTTAAAATAGACCTAATATGCTCAATCTTAAGTTTGCACCTTTTTGTTTGTGCCATTTACATAGTTTTACTGGTTTACATGCAGTACA
GTGCACTTTACTGGTTCTCATGCAGTACAATGCACTTTATGTTTTATGGATAAAATTTAACATACCTCCATTCAGCCATAGGACCAGTGGTTTCTTCAAA
GGATCATGAGGAGCCTCAACAAAATAGTAGAACAGAGCCCTTCCAGCCTTTGCATCCACTGTGACATATCCTGCATATTGGTTGAACTCGGCTTCCTCCA
TCTGCCCTGGCATTGCTCTTACTCTATCCTTCTCTCGCAGATCATCTTGTTTTTCTGAACCATATTTACTTGGTATTTTCAGCTGATCAAACTCAAGAGG
TTTGTTGGCCTTGTTTCTTGCAGCTGTGTTTGCCACACTGAGGCAGAACAAGGACCAAAGTATCAGTAGGCCTCTTTTCATCTTGATAGGAAGCGTGTGC
ATGGGTGCTTGGTGTCTTGTGCTAGCTTGCCATTGGTCAATCTTTATTTATAGGGGACACATTCTGTCTACAGTATAGTGGAGGGAGTTCTCCAAGGAAA
CCATAATACATTTGATTCTTTGACTTTTTCTCCTCCATGTTGGACTTAAAAAGTTGTCAATACTCTCTTTCTCATGGCATCTACATTTATAATGTCAATG
GTGTTTTCATTGGTCGATTAAAATTGTTAGTACCTTTTTGTGGATTGTGATATAACAAAACCAGCATGGTTCCCATAAAAGTTATCTCTAGCTCAATTTG
GTCTTAATCTGGGAATTAGAAGGAAAGAAAAAATTATGTAAATCAGACTGGAGGTGTTCCATTTATCACGATGTTGATTAAGTGCAGTGTCAATATCCTG
GTGGCATTTGACCTTATCATTTCTTAGGTATTGTACACCCTCGTAGGCATCCTGTACACTCAATTGTATTCTGCCAAGATTCCCAGGGACCTTTATCTTT
GATGTGCTTTTCTGCTGTGACCTATACTTCTTTACCCCAAGGGGTTGCATTTCTGCATTGCAATGTTGCTTTTCCTGATCACCTTTCAGTAAGAGTACTG
TGGTTTGTAAGCTGCAACACAATTTAAAGAGAAGGCCAATTGGTTCTTCAACTTTTCCAGAAAGCTGGAAGTACATAACTATCTTTAGTGTCTCATGTAC
TCCATCCAGTTCTGGGCTTATGGCTAGTGCAACTAATAATATCGTAGAGACATTATATTCTACTTATTTAGTTTCCTTGTTGCTCAATTTTCTGTTATCT
TTTTTTTTCTGGCTCTACCTTTATTGACCAGAAAAAAGTATGGAATTTAGCCTAACCTTCACTTCTACTGTAAATGGTATGTATACAAGGAAACTGTAAC
ACTATTGAATTATATCACTATGTTTTCATCATTGACTTCCACTCTGAAGTCAAGAAAACCACTTGATACCCACTGCTCAAAATATGATAGGGTTGACGGC
ATCTACTGACTCCGAGTACATGTGTGTCGGGACCTAATGAATTTTCGTTTCATGTTTCTTCCTTCTCATGCATCTTCGTTTGAAGTTTTGAACTATTGCT
TAGGTCTGTGCTGGGCTGCTGTCAGTTAGATCCGCCAACCGATTATATGCATATTCCATTTTTGTTCTTGAGATGTGGCTTCCAAGCAAGCTGTCTTTTC
TATCTTAAGCTTTTCTGTGGAAAAGTAGATGCTAAACTTAACCTTTGAGCATAGAACAATACTTTCACCTAGAGTTATTGCTACCATTCACAATTCACTG
GTACAATAGCCCTGGACTAGACCCTGTGCCCTGAGAAAAAGGAAACTTGGAGAAAATATTACGATTATAGAAGGAAAAAAAGATCCTTCTAGTTATTCTC
TTTGTAGAAAATGTTCGTCGTTCGGTTGTATCTTATTCGAAACATTCATAAGGTTCCTAGGTTGACTTTGAAATTTGAACAGGTCATTGGGTTAAGCTGA
ACTTCTATAGGGGGTATCGTGCTGCTGTGCAACCATTGTGTTGATGTATTTCATCTCTTTTTGTTTGTTTTTTGTCTTCTTTCAGTTGGTGGTTATGCAC
TAACTGGATGCCCATTTTTTTAGTTAGAGTTGAAATAAGAGTTGTTGGGACAGGGGGTATCCACTTTTAAAGAGAATCCAACTTTTAGTAGTGCACATAT
GCTGAATACCTTCCAAGACAACTCATACTGGCAAAAGAGAAGAAAGCAAGAGGGAAGAAGATGTGCATACCACAAGGATTACAAAGGCAGCAAGGTATAT
TTCTTTGTGCTGGTACTCTGGTTCCTTGCAAATTCATATGTTTAGCATTAAAATAAAGAGAAACTATCATGATCATGCTTTAGTTCGTTCATGAAACTAT
CATAATACATGACTTGTGTATACAAAGAGGGTTGCTAATGCTAAATGTGGCGTTTCATCTATCACCCTTTTTTGTTTGTTTGTTTGACTTCTATAGTGTG
CAAATTGGTTAGGAACTTTCACAAAGGCTTCTTATACTGTTGGATTGTTTGATGGATGGATGGATGGGCAAAGAGTTGAGATGCTGTGTGGAGAGACTTT
GAGAATATCTTGTGGTCCATTTAAAAATACAACGACATGAGAGGCTTTCATAGTTCTCACACTTTACGTGTAGAAATCTGTTCAAATTCACATCCAGCAT
GGTGGTTATGGAGATAATCTAGATAATGTTTTAGTTTTAGTTTCTTTCTTTCTTTCGTTTTTATTTTTTACTGAGAAGAAAGCTATAAGTTTCTCCCTTC
TTTTCTAAAAGGAAGCTTAATATTGATCTAACTGAACTACTGACATGTATTGAAATTACACATGCAACTGCCAAAATGTACACCTTATTTGATATTATGA
ACACAAAATATCTCCAAAGAGCTGCAAATTATTACAAAAAATTGCAATATGTGGAAATAAGTACGCTTCAACACAGATGCTATATGTTGGGTTTTAGTAA
CAAGGCATGGGTGCTCATCTAAAATGATTTAACTACCTCCATAACTCGATACTCTTGTAATATGAATGCTTGTATTTCTACTGATAAAAGCAATCTCCTA
TGGGAACAACTAGTTACTGTGTTCCAGTTATTTTTCCCAGACAAACTGTTCTATCTTTCACTGTAAGAAACAAACCAAAAATTAAAAAAGAAACAGAGCT
TTCAAAGTTATGGTCATTCAGGGGGTAATATCCCTTGCAGGAACGAGGAGAACAAGGTGAGTGCTCTTTGAGGTTGGTAGGTAGGAACCATATGTCCAGA
TTCTCTGACTGTTGCGAATACCAGACCTTTGTATCCAACAACATAGCCAGCAACCTGCAATCTCCCCAAGAAACAAAACCAGTTTCAGAACCCTACATGC
AAATTAATGTTTAGACTTCATCCTTTAGTGCTTCTATTCCTAATTCAAAACTTTATACCTCATTGTCATCGGAGTACCATGGTCGCCAAGATGAGTTTAT
TGGTAGTTCTAGAATGTCTAATGAGTACAATGTTGAAGTTACTGGGCACACCGCATCGATATCACCACTGGAAAAGGTAAAAATGAACATTTCTTAGCAG
GGTGATAAATTCAAAACAGACTGAGTTCAAGTAAAGTTTTAGGAAAATGTTCGATGACTCACCTGTACAGCCATGTACTTACTCCACTTGAAATCAATCC
TTGGATAGATGGTAACATAGACACAGGTGCATCTTTCCAATTTTCAGGAGTGATGATATTACTGGTCAGAAAGCATATGAAACTTGGTTAGAACCCTAAA
GTTTAGTATGAAATACTCAAAAAGACTTTTGGTTCTATTCTTGCACCTGCAACCTGACCATGGCTGTTTTAATCCTGTGGTGTTAGCATGAAGTGTTCTC
TGAACCTCGGGGCGATTCAGATATGATTCGACGTAGTATCTGCTACAGGGGTCAACATTGATTGCCTGCAAAACCATCTGATGAGATGGGAAAAGCAGCT
CGGGAAAGATGATAAAATCTGTGACAACAATTTTAATTACCGAGCCGTGCAGCTGTCGGGGATTGGAAGCGTTCCAGCATAAGGGTGCATAGATGTTGTA
TGGATCAATGACTCCCTTTTCAGTATCAGCTTCTGCTAAAGCATTTCGGCATTGTGCCATGTATGTTCCATTGAAGCTGCAATTTCGCTGAACTGCAAGC
ATTCGCAAGCTGTGGTATGTAGTGGCCGCCGTAACTTTCACCTGTTATGAAGAAGTCGCGGCCCTTGTACTCTGGGAACCTCTCGAGCCAGTTGGTGAGG
AAAGTGTATGCATCTGCTGCCGTGCTCGTGTCACCAGTGTTGTCGTAGTCTGATGTTGTGTTGGAGTATGAGAAGCCAACACCAGCTGGGCTCTCAAGGA
AGAGCATGTTTGCCACTGCCATCCAAGAACGATCATTAGTGCAACTGTGCGAAGTGTCCTGTTATCGCCATTGACTAAGAATGGTCCAATTTCAAGCATA
GCTCCATCTCCCAGAGAAGAACATCCAGGCCCTGAAATCTCAAGGATTTTGAGAAAGCAATCTGAAATTTGGTGCATCGTCAATTTTCTGTTGAAGGACC
AGTGCCAGTTGGAACAAAAGGCTGAAACTTTAAATGTATCAAAATCAGTTGACCCACGCCTAAATTGCCTTGGAATCTTTGAATTGGTAAAAGATCTCAA
ATTAATCAAGCAACATCAGGTATCTTGTTCTCTTCTCCTTTTCTTGAACACTGTTCTGGCTCCACACATCTTGAAGAAGACCTCAATCAAGTATAGGACA
TAGGAAGGGAGGTGTATATGCTTTGTAAATTGATTTTTTTTTTTGGCAACATTCTTGTCTGATGCTTCCAGTAAGGCCAAACTGTGCTCCACGGCCGGCA
TTTGAGCTTGGACTGAACAATGATATTGCAAATGCCATGATTAGCAGCGGGCTGTTCACTTTATTGTCAAAATTAACCCTGCAAAGTTAATGATTCAAAC
ATTGCCAATTCTCGAATCTCTCTCTCACAAAAACATGACAAAGGTAGCAGATCGAATACAACCCACACATCTCAACCTTACTAAATATTAGCAACATTAA
AATTTGACACCACTAAAATTTAGTAAGGTTGATTTAGGCATCAGTCTCGTAAATTATCTATCGAGATTTTTCTTATGGCATTACAAACTTTGTGAAGAGT
GCTAGGAACACATGGCTAAATGTTGAAAATGTGATTTTTTTTTTGTTGCAATAAGGTCTGGGGGCAATAGTATTTCCATGAGCATAATGAAAGCAAACCT
AAGGTGGTTGGTACCATTAACAAAACAATTTTATTGCCGGCATTAAACAGATTTAGGCCTGTCTTGCTCAAAATCAAAATGGGGGCAGAATGTCAGGTTT
TCTTCTGGCCTGTCTTTGGGCCGGCTTGTTAGCACTTAGATTGAGCCTTTGTGCTGTAAGCAGGCCGGCTGTTTCCAATTCTTGTGCTTCCCTTGTATAA
TTGAGAAGAAAACGTACAATTTGTTCATGGCCTGATGGGCTTTGCAATTTTGTATGTTCTCCTTACGTTTTCTTTGGTACCAACCGGTTTTTCTTTATGA
CATAATAGTGGTCTAAGTTGGTACATTCATGCATAAATCATGCTGGTATAGTGGTATATACGAATGGTCAAATAAGTCATTTCCTTAATATTGAAATCCT
CCATTAGCATTCTGATGTTTGATTTTAATGTCCTCTGGTACTCTTTTATCTTTTCTTATACCGAAAGCTTCACTCCAACTAACATGTGTATCAGGAAATT
AAAGTCCATCTAGAAAAAAAAGGAGGAAATTAAAGTTCATCTAGAAAAGGAGGAAATTCAAGGAAAAGGAATGAAAAGAGCTGCAAGTTATTGGTTTGAT
CCAGTATAATCAGTTTCATCCTTACCTTTGCACTTTGCATAAAGCTGGCCAAAGGAGAAGCTGAAAGCATTTGAACCACTCATCAGTACTTTCTACCTAG
CTAGTTTAGAATTTTAGATCGATTAATGATAACACAGGTAAAGAACATGTGTAACTATTGGCTGTCAAAACATTTGTCATTATTTAAACATGTTGCAAGA
TTCCTCGCGCAAACGTAAGAGAGAAAATAAAAGCAACTTGTTTGCAAGATCTTTGGAGCTTAACCTGCTGGTGGATTGGTTGAGAGCCTTCAAGTGTTAG
TTGCTTAAGTGAAGCAAATTAATTAAATACATATCTTTTTGTTTGAAAGGACTAGCGATGCATATATAGTGGCAATGTTAGTGTATAGTTGGATATCAAC
GGAAGCTTGTGCTTTTTTACAAATGCTTAGTGGAATTGAAATGCATTGCGGTTGGGGTGAATTCTCATGTCATTTTAATCAGCAGACTTGGCCGTGCGCA
CCCGCTTCCGGATGCAGAGGCTGGGCATTATATATTGCCCATTATCTAAAAAAGTTTTAATCAGCAGATAATCATTGATGAGTATGAGTGTAAAAATTAC
TCATAAAAATACCCATGATTGGGGTGAGTACCTTAGTTAAAGCCCGGATAGTTTGTCTACAATACCCATAAAAATTAATGGTTAGATTCAAATTCTATCG
TATAATACACCTTTTAGAACTTATAAATTATTATCAATAATTTGCATATTTAATCAATATGTTACAAGTATATATGGCACACTTATCAGGTATATATAGA
GAGTTAGAGACTCTTTTCTTTAAAAAGGTACCAGGTGCAACACCATTTTAGCCCTATAGTATCTGACTGTAAACTGTTCTCCAACCTATACTTCTTCAGT
TCTACAAAGCATATAGTGCTCCATGCATGCAGAATCTGAAGTTCTGAACAACCACCACCATAAATTAATAGTCATATTGGCAGATTAAAGCATGCATGAA
CTTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTGATTTTGCAGTTAATTCTTGCAGGCGGGTAG
ACGATAAGTGTACTTAACCTCAAGGCAACAAGTAATTGCATGCAACCCCCAGAAAATTTTTTAAAAAAGAGGCTCTTCTCTCTTCACATGTTACTATCAG
CTACTGGAAATGCTGTCACACAGCAAGCACAGATTATCCAGGCGACCAGGATGATCACGCTCTAGAAGCCTTCATGTTATGATGGCTGTGTATCTTCATT
CGAGCACTGAACCACCGATCGAGCCTCGAAGGCTGGCCCGCCAAATTAAAGGAAAACATGTCAGTATTTTCAGCCTGTGTTTAATCTTCATCCTCCCTTT
TCTGGCCTCTTCCATCTAGAAGTAGTGCAAATAGAGATTGTTTTTTATCCTACGACTATATATAAGAGGGATGTCCTCTTGTTTTTTCACGTGTCGTCGT
AGAAATGTATCCCTCCATTTCAAAATGTTTGACACCGTTGACTTTTTAGCATATGTTTGACCATTTGTCTTATTAAAAAAATTGTGAAATATGT
| Potential function | Interacting transcript | Gene description | Transcript biotype | lncRNA id | Alignment score (LAST) | Alignment length | Transcript region involved in interaction | Genomic orientation of interacting RNAs |
|---|---|---|---|---|---|---|---|---|
| OS01T0865100-02 | Uricase | protein coding | CNT0031679 | 111 | 74 | UTR3 | Trans | |
| OS02T0174500-01 | protein coding | CNT0031679 | 137 | 70 | UTR5 | Trans | ||
| OS02T0197125-00 | protein coding | CNT0031679 | 110 | 74 | UTR3 | Trans | ||
| OS03T0386700-00 | Putative serine carboxypeptidase | protein coding | CNT0031679 | 3064 | 1091 | CDS_UTR | Cis | |
| OS03T0386700-00 | Putative serine carboxypeptidase | protein coding | CNT0031679 | 780 | 257 | CDS | Cis | |
| OS03T0386800-01 | Os03g0386800 protein | protein coding | CNT0031679 | 5180 | 1849 | CDS_UTR | Cis | |
| OS05T0108350-00 | protein coding | CNT0031679 | 118 | 74 | UTR3 | Trans | ||
| OS05T0527800-02 | Putative flavonol glucosyltransferase; cDNA clone:006-203-E09, full insert sequence | protein coding | CNT0031679 | 97 | 71 | UTR3 | Trans |