General Data

RNA Type	mRNA
Original Source	Sci-ModoM
Transcript ID:	ENST00000381140
Gene ID:	ENSG00000122034
Gene Name:	GTF3A
Sequence (UNICHARACTER ENCODING)	AAGUGUGCCGGCGUCGCGCGAAGGUUCAGCAGGGAGCCGUGGGCCGGGCGCGCCGGUUCCCGGCACGUGUCUCGGCACGUGGCAGCGCGCCUGGCCCUGGGCUUGGAGGCGCCGGCGCCCUGGAUCCGCCGGCCGUGGUCGCCGAGUCGGUGUCGUCCUUGACCAUCGCCGACGCGUUCAUUGCAGCCGGCGAGAGCUCAGCUCCGACCCCGCCGCGCCCCGCGCUUCCCAGGAGGUUCAUCUGCUCCUUCCCUGACUGCAGCGCCAAUUACЖGCAAAGCCUGGAAGCUUGACGCGCACCUGUGCAAGCACACGGGGGAGAGЖCCAUUUGUUUGUGACUAUGAAGGGUGUGGCAAGGCCUUCAUCAGGGACUACCAUCUGAGCCGCCACAUUCUGACUCACACAGGAGAAAAGCCGUUUGUUUGUGCAGCCAAUGGCUGUGAUCAAAAAUUCAACACAAAAUCAAACUUGAAGAAACAUUUUGAACGCAAACAUGAAAAUCAACAAAAACAAUAUAUAUGCAGUUUUGAAGACUGUAAGAAGACCUPUAAGAAACAUCAGCAGCUGAAAAUCCAUCAGUGCCAGCAUACCAAUGAЖCCUCUAUUCAAGUGUACCCAGGAAGGAUGUGGGAAACACUUUGCAUCACCCAGCAAGCUGAAACGACAUGCCAAGGCCCACGAGGGCUAUGUAUGUCAAAAAGGAUGUUCCUUUGUGGCAAAAACAUGGACGGAACUUCUGAAACAUGUGAGAGAAACCCAUAAAGAGGAAAUACUAUGUGAAGUAUGCCGGAAAACAUUUAAACGCAAAGAUUACCUUAAGCAACACAUGAAAACUCAUGCCCCAGAAAGGGAUGUAUGUCGCUGUCCAAGAGAAGGCUGUGGAAGAACCUAUACЖACUGUGUUUAAUCUCCAAAGCCAUAUCCUCUCCUUCCAUGAGGAAAGCCGCCCUUUUGUGUGUGAACAUGCUGGCUGUGGCAAAACAUUUGCAAUGAAACAAAGUCUCACUAGGCAUGCUGUUGUACAUGAUCCUGACAAGAAGAAAAUGAAGCUCAAAGUCAAAAAAUCUCGUGAAAAACGGAGUUUGGCCUCUCAUCUCAGUGGAUAUAUCCCUCCCAAAAGGAAACAAGGGCAAGGCUUAUCUUUGUGUCAAAACGGAGAGUCACCCAACUGUGUGGAAGACAAGAUGCUCUCGACAGUUGCAGUACUUACCCUUGGCUAAGAACUGCACUGCUUUGUUUAAAGGЖCUGCAGACCAAGGAGCGAGCUUUCUCUCAGAGCAUGCUUUUCUPUAUUAAAAUUACUGAUGCAGAACAUUUGAUUCCUUAUCAUUUCCAUGGUCUUUGUUCAAAGUGUCUCUUUCCUGGGUCUCUUGAGUUUCUUUAUAUGCCUUCUCCUCAUUUUUGCUGAAAGCACGAAGAACACACAUUAAAGCUUUUCCUCCUUGAA
Sequence (SHORT NAMES ENCODING)	AAGUGUGCCGGCGUCGCGCGAAGGUUCAGCAGGGAGCCGUGGGCCGGGCGCGCCGGUUCCCGGCACGUGUCUCGGCACGUGGCAGCGCGCCUGGCCCUGGGCUUGGAGGCGCCGGCGCCCUGGAUCCGCCGGCCGUGGUCGCCGAGUCGGUGUCGUCCUUGACCAUCGCCGACGCGUUCAUUGCAGCCGGCGAGAGCUCAGCUCCGACCCCGCCGCGCCCCGCGCUUCCCAGGAGGUUCAUCUGCUCCUUCCCUGACUGCAGCGCCAAUUACm6AGCAAAGCCUGGAAGCUUGACGCGCACCUGUGCAAGCACACGGGGGAGAGm6ACCAUUUGUUUGUGACUAUGAAGGGUGUGGCAAGGCCUUCAUCAGGGACUACCAUCUGAGCCGCCACAUUCUGACUCACACAGGAGAAAAGCCGUUUGUUUGUGCAGCCAAUGGCUGUGAUCAAAAAUUCAACACAAAAUCAAACUUGAAGAAACAUUUUGAACGCAAACAUGAAAAUCAACAAAAACAAUAUAUAUGCAGUUUUGAAGACUGUAAGAAGACCUYUAAGAAACAUCAGCAGCUGAAAAUCCAUCAGUGCCAGCAUACCAAUGAm6ACCUCUAUUCAAGUGUACCCAGGAAGGAUGUGGGAAACACUUUGCAUCACCCAGCAAGCUGAAACGACAUGCCAAGGCCCACGAGGGCUAUGUAUGUCAAAAAGGAUGUUCCUUUGUGGCAAAAACAUGGACGGAACUUCUGAAACAUGUGAGAGAAACCCAUAAAGAGGAAAUACUAUGUGAAGUAUGCCGGAAAACAUUUAAACGCAAAGAUUACCUUAAGCAACACAUGAAAACUCAUGCCCCAGAAAGGGAUGUAUGUCGCUGUCCAAGAGAAGGCUGUGGAAGAACCUAUACm6AACUGUGUUUAAUCUCCAAAGCCAUAUCCUCUCCUUCCAUGAGGAAAGCCGCCCUUUUGUGUGUGAACAUGCUGGCUGUGGCAAAACAUUUGCAAUGAAACAAAGUCUCACUAGGCAUGCUGUUGUACAUGAUCCUGACAAGAAGAAAAUGAAGCUCAAAGUCAAAAAAUCUCGUGAAAAACGGAGUUUGGCCUCUCAUCUCAGUGGAUAUAUCCCUCCCAAAAGGAAACAAGGGCAAGGCUUAUCUUUGUGUCAAAACGGAGAGUCACCCAACUGUGUGGAAGACAAGAUGCUCUCGACAGUUGCAGUACUUACCCUUGGCUAAGAACUGCACUGCUUUGUUUAAAGGm6ACUGCAGACCAAGGAGCGAGCUUUCUCUCAGAGCAUGCUUUUCUYUAUUAAAAUUACUGAUGCAGAACAUUUGAUUCCUUAUCAUUUCCAUGGUCUUUGUUCAAAGUGUCUCUUUCCUGGGUCUCUUGAGUUUCUUUAUAUGCCUUCUCCUCAUUUUUGCUGAAAGCACGAAGAACACACAUUAAAGCUUUUCCUCCUUGAA
Sequence (MODOMICS CODE ENCODING)	AAGUGUGCCGGCGUCGCGCGAAGGUUCAGCAGGGAGCCGUGGGCCGGGCGCGCCGGUUCCCGGCACGUGUCUCGGCACGUGGCAGCGCGCCUGGCCCUGGGCUUGGAGGCGCCGGCGCCCUGGAUCCGCCGGCCGUGGUCGCCGAGUCGGUGUCGUCCUUGACCAUCGCCGACGCGUUCAUUGCAGCCGGCGAGAGCUCAGCUCCGACCCCGCCGCGCCCCGCGCUUCCCAGGAGGUUCAUCUGCUCCUUCCCUGACUGCAGCGCCAAUUAC2000000006AGCAAAGCCUGGAAGCUUGACGCGCACCUGUGCAAGCACACGGGGGAGAG2000000006ACCAUUUGUUUGUGACUAUGAAGGGUGUGGCAAGGCCUUCAUCAGGGACUACCAUCUGAGCCGCCACAUUCUGACUCACACAGGAGAAAAGCCGUUUGUUUGUGCAGCCAAUGGCUGUGAUCAAAAAUUCAACACAAAAUCAAACUUGAAGAAACAUUUUGAACGCAAACAUGAAAAUCAACAAAAACAAUAUAUAUGCAGUUUUGAAGACUGUAAGAAGACCU2000000009UUAAGAAACAUCAGCAGCUGAAAAUCCAUCAGUGCCAGCAUACCAAUGA2000000006ACCUCUAUUCAAGUGUACCCAGGAAGGAUGUGGGAAACACUUUGCAUCACCCAGCAAGCUGAAACGACAUGCCAAGGCCCACGAGGGCUAUGUAUGUCAAAAAGGAUGUUCCUUUGUGGCAAAAACAUGGACGGAACUUCUGAAACAUGUGAGAGAAACCCAUAAAGAGGAAAUACUAUGUGAAGUAUGCCGGAAAACAUUUAAACGCAAAGAUUACCUUAAGCAACACAUGAAAACUCAUGCCCCAGAAAGGGAUGUAUGUCGCUGUCCAAGAGAAGGCUGUGGAAGAACCUAUAC2000000006AACUGUGUUUAAUCUCCAAAGCCAUAUCCUCUCCUUCCAUGAGGAAAGCCGCCCUUUUGUGUGUGAACAUGCUGGCUGUGGCAAAACAUUUGCAAUGAAACAAAGUCUCACUAGGCAUGCUGUUGUACAUGAUCCUGACAAGAAGAAAAUGAAGCUCAAAGUCAAAAAAUCUCGUGAAAAACGGAGUUUGGCCUCUCAUCUCAGUGGAUAUAUCCCUCCCAAAAGGAAACAAGGGCAAGGCUUAUCUUUGUGUCAAAACGGAGAGUCACCCAACUGUGUGGAAGACAAGAUGCUCUCGACAGUUGCAGUACUUACCCUUGGCUAAGAACUGCACUGCUUUGUUUAAAGG2000000006ACUGCAGACCAAGGAGCGAGCUUUCUCUCAGAGCAUGCUUUUCU2000000009UUAUUAAAAUUACUGAUGCAGAACAUUUGAUUCCUUAUCAUUUCCAUGGUCUUUGUUCAAAGUGUCUCUUUCCUGGGUCUCUUGAGUUUCUUUAUAUGCCUUCUCCUCAUUUUUGCUGAAAGCACGAAGAACACACAUUAAAGCUUUUCCUCCUUGAA

Score Table

_{Table containing the score explanation. Score identify the level of experimental reliability and evidence so as exaplained in the 2023 release manuscript. Class 1 should be considered as highlyrelevant. Class 2 evidences are considered as Solid, namely large errors are unlikely and minor errors should not undermine the meaning of data. Class 3 is considered as speculative and errors are expected. Class 4 is considered as questionable. Class 5 evidence means that verification and data are still to be collected. Class 6 data cannot be estimated.}

Method Classification	Score
Multiple direct experimental evidence	1
Direct experimental evidence	2
Inferred based on indirect experimental evidence	3
Predicted computationally	4
Evidence not yet annotated (Unknown)	5
Irrelevant	6

Modification Positions

_{Table containing the original modifications present in the MODOMICS sequences. Edit locations not originally present in the RNA sequences are marked by their source. Their scores are in third row.}

Position in the Sequence	273	323	547	596	893	1242	1286
Modification Positions	m6A	m6A	Y	m6A	m6A	m6A	Y
Genomic Coordinates	13:27424891:+	13:27427094:+	13:27430561:+	13:27430610:+	13:27434935:+	13:27435622:+	13:27435666:+
Level of Experimental Evidence	3	3	3	3	3	3	3
Level of Experimental Reliability	3	3	3	3	3	3	3
Source	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM	Sci-ModoM
EUFIDs	3kRDPWwiRCgi L6w2k2VEv4EY	BtsJQJ3DteUq bXBqJigD9oV3 dknfVe6BK8aP eGNFqdoGxzRm f6YSioLdAWpr Mk6ShCGm6RBJ oZ9Kp5NX8Hv5 XWZVGdLC6gGJ iezFbUdmY3A6 S9vNeQQYrhac JkWoGWVwjNda a7o5Kmjr4Tdp Yfn77uLS5tv8	BtsJQJ3DteUq bXBqJigD9oV3 CxQaH6qDB9bC dknfVe6BK8aP eGNFqdoGxzRm f6YSioLdAWpr Mk6ShCGm6RBJ oZ9Kp5NX8Hv5 XWZVGdLC6gGJ iezFbUdmY3A6 S9vNeQQYrhac JkWoGWVwjNda a7o5Kmjr4Tdp Yfn77uLS5tv8	BtsJQJ3DteUq bXBqJigD9oV3 CxQaH6qDB9bC dknfVe6BK8aP eGNFqdoGxzRm f6YSioLdAWpr Mk6ShCGm6RBJ oZ9Kp5NX8Hv5 XWZVGdLC6gGJ iezFbUdmY3A6 S9vNeQQYrhac JkWoGWVwjNda a7o5Kmjr4Tdp Yfn77uLS5tv8	3kRDPWwiRCgi L6w2k2VEv4EY	3TeAZFYFxgvp 4HMi5ykupT9V 5aTkEfEpX8Xm 5Nnepx5V7yHo 6AyXsheySjfx 6UuHp6YApVKv aHkqKEJkRYyb aivdrAsbdKEU Ap2q43bQLNek gBgcfFQ5WN9C gZuvgwMuBfgh jNkxUQNx8GRd Mg9GixDBFQAT msuJfBpJvM5H nGifePrmgHfe NjZ8bGGJsNSR Q36pf44ZRvxu QmcpiJ88DBDn QpiKdbVikVz2 UN3tNpbCPHYf V5PvfiKsgFMd VL7zkHvkfkoB VyCX26p5UBRL WdHxkJGRmFxn aJksAshEgQ8U 8cMbzB4aD5Se 93arJtwJmuS9 ArijeGVTwYBw BkoLW2CBToyL nfCHyrYzE6fB WiQcrNTGZHPT BsCW7emuRX7M KENzb7mwdBd9 KjeH7Nsffuas Lny8GcCeVGc9 LZJKems7W2wi PF5iqBNSbHaa UKen6WEino9G XUkp6ghERQML BtsJQJ3DteUq bXBqJigD9oV3 CxQaH6qDB9bC dknfVe6BK8aP f6YSioLdAWpr kx7BHU7ZycYE Mk6ShCGm6RBJ oZ9Kp5NX8Hv5 XWZVGdLC6gGJ iezFbUdmY3A6 S9vNeQQYrhac JkWoGWVwjNda a7o5Kmjr4Tdp Yfn77uLS5tv8	BtsJQJ3DteUq bXBqJigD9oV3 CxQaH6qDB9bC dknfVe6BK8aP f6YSioLdAWpr kx7BHU7ZycYE Mk6ShCGm6RBJ oZ9Kp5NX8Hv5 XWZVGdLC6gGJ iezFbUdmY3A6 S9vNeQQYrhac JkWoGWVwjNda a7o5Kmjr4Tdp Yfn77uLS5tv8