Search Result
On this page, GENE INFORMATION displays basic Information about the Gene ID being queried, including the chromosome location, starting and ending locations, plus or minus chain Information, and swissprot functional annotations. In addition, the CDS sequence, protein sequence and promoter sequence of the gene are also shown, and download links are provided.
| GeneID | Chromosome | Start | End | strand | Descript |
| Nl10g00520 | GWHBECQ00000010 | 251122 | 253033 | + | Serine/threonine-protein kinase AGC1-7 |
| Gene ID | Start | End | Accession | Domain | Type | Bit Score | E-value |
| Nl10g00520.mrna1 | 181 | 333 | PF00069.28 | Pkinase | Domain | 129 | 2.20E-37 |
| Nl10g00520.mrna1 | 181 | 332 | PF07714.20 | PK_Tyr_Ser-Thr | Domain | 69.3 | 3.40E-19 |
| Nl10g00520.mrna1 | 387 | 512 | PF00069.28 | Pkinase | Domain | 75.2 | 5.90E-21 |
| Nl10g00520.mrna1 | 402 | 500 | PF07714.20 | PK_Tyr_Ser-Thr | Domain | 29.7 | 4.00E-07 |
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>Nl10g00520.mrna1 ATGTCATCAAAGCCAATCAAGATGGTTGACTCCTCCGAGTTGAGCTACCAAGCATCAGAA GAATCAGAGTCATGTGAATCCCAACAGATGGTAGATTCAAAGTGTAATCCACAGCTGCCT GATCACCTGAAGAAGGACATATTGGATCGCAAAGCTAAACTTATCAATGCTAATACAGCT AACAGTTCACCAAGAGCGTCAAGAATTACACATAGTATTTCCAAGATCAATGAAAATGTA ATATGTAATCCCCAATTTGATCTGAAAAAGATGGATCCTCTTAACAAGCCGCTCACCAAC ACATATGCTAATCACCGCCCACAGCCAAGCCCAAGAAAGCCACCAAATTCTGAACTGTCC ACATCAACCGTAGTTGCTACCAATAATGTCACCAACCATGGAATGGCAAGTGGAAATAGC AGTCGTAGCGACAGCTTAGAAAGCTCCACTGCGCCTCTTAGGCCTCACACTGGTGGTGAT GTACGATGGGAGGCCATTAACGTCATCAACTCCAAAAACTCTATTGGCCTCAGCAATTTT CGCCTTCTCAAGCGCCTCGGCTATGGAGACATTGGTAGTGTCTATCTAGTTGAACTCAGA GGAACCACTGCACACTTTGCTATGAAAGTCATGGACAAAGCATCTCTTGCAAGTAGAAAC AAGTTGTTGAGAGCACAGACTGAAAGGGAGATTCTAGGACTTCTCGACCACCCTTTTTTG CCCACTTTGTATTCCTACTTTGAGACTGATAAGTTCTATTGCTTGGTCATGGAATTCTGT AGTGGAGGCAATCTCCATTCTCTTCGACAGAAGCAACACAACAAGTACTTTACAGAGGAT GCTGCAAGGTTTTATGCATCGGAGGTGTTGTTAGCTCTTGAGTATCTGCACATGCTAGGC ATTGTATATAGAGATTTGAAGCCAGAGAATGTGCTGGTAAGAGATGAGGGTCATATCATG CTTTCGGATTTTGACTTATCACTTCGTTGCTCTGTTAGTCCCACACTGGTCAAGTCTTCA TCTGTTCATGTAAACAGTGGTGGTGGTGGTGGAGGAGGTGGGGGCATTTTAAATGATGAT CTTGCAGTGCATGGTTGTATGCAGCCATCAACCTTTTTCCCGCGCATTTTGCCTTCTAAA AAGAATCGCAAATCTAAATCAGATTTTGGGGCTTCTGCTAATAGTGCCCTGCCAGAATTG ATGGCAGAGCCTACGAATGTGCGGTCAATGTCATTTGTTGGTACACATGAATATTTAGCT CCCGAGATCATTCGTGGAGAGGGTCATGGTAGTGCAGTGGACTGGTGGACATTTGGAATC TTCCTGTATGAGTTGTTGCATGGCACAACTCCCTTCAAGGGACAAGGAAATCGCGCAACA CTTTTTAACGTTGTAGGCCAACCATTGAGATTTCCGGACACTCCACAAGTCAGCATCGTG GCTCGTGATCTTATAAGAGGACTTCTTGTGAAAGAACCTCAAAAAAGAATTGCTTATAAA AGAGGTGCTACTGAAATTAAACAACATCCTTTTTTTGAGGGAGTGAACTGGGCTCTAGTC AGATGTGCAATGCCTCCCCATATACCTGAACCTGTAGACTTTTCAGTTTTTGCTTCCAAA GAGGCACCCCCTGCACCTGCTGCAGACAAGAAGATGCCACCAGAAACTGTAGCTGATAAA AACAGTGGTAGTCCTAAAGATTCTTATGTAGAATTTGAGTACTTTTAG
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>Nl10g00520.mrna1 MSSKPIKMVDSSELSYQASEESESCESQQMVDSKCNPQLPDHLKKDILDRKAKLINANTA NSSPRASRITHSISKINENVICNPQFDLKKMDPLNKPLTNTYANHRPQPSPRKPPNSELS TSTVVATNNVTNHGMASGNSSRSDSLESSTAPLRPHTGGDVRWEAINVINSKNSIGLSNF RLLKRLGYGDIGSVYLVELRGTTAHFAMKVMDKASLASRNKLLRAQTEREILGLLDHPFL PTLYSYFETDKFYCLVMEFCSGGNLHSLRQKQHNKYFTEDAARFYASEVLLALEYLHMLG IVYRDLKPENVLVRDEGHIMLSDFDLSLRCSVSPTLVKSSSVHVNSGGGGGGGGGILNDD LAVHGCMQPSTFFPRILPSKKNRKSKSDFGASANSALPELMAEPTNVRSMSFVGTHEYLA PEIIRGEGHGSAVDWWTFGIFLYELLHGTTPFKGQGNRATLFNVVGQPLRFPDTPQVSIV ARDLIRGLLVKEPQKRIAYKRGATEIKQHPFFEGVNWALVRCAMPPHIPEPVDFSVFASK EAPPAPAADKKMPPETVADKNSGSPKDSYVEFEYF*
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>Nl10g00520.mrna1 ATGTCATCAAAGCCAATCAAGATGGTTGACTCCTCCGAGTTGAGCTACCAAGCATCAGAA GAATCAGAGTCATGTGAATCCCAACAGATGGTAGATTCAAAGTGTAATCCACAGCTGCCT GATCACCTGAAGAAGGACATATTGGATCGCAAAGCTAAACTTATCAATGCTAATACAGCT AACAGTTCACCAAGAGCGTCAAGAATTACACATAGTATTTCCAAGATCAATGAAAATGTA ATATGTAATCCCCAATTTGATCTGAAAAAGATGGATCCTCTTAACAAGCCGCTCACCAAC ACATATGCTAATCACCGCCCACAGCCAAGCCCAAGAAAGCCACCAAATTCTGAACTGTCC ACATCAACCGTAGTTGCTACCAATAATGTCACCAACCATGGAATGGCAAGTGGAAATAGC AGTCGTAGCGACAGCTTAGAAAGCTCCACTGCGCCTCTTAGGCCTCACACTGGTGGTGAT GTACGATGGGAGGCCATTAACGTCATCAACTCCAAAAACTCTATTGGCCTCAGCAATTTT CGCCTTCTCAAGCGCCTCGGCTATGGAGACATTGGTAGTGTCTATCTAGTTGAACTCAGA GGAACCACTGCACACTTTGCTATGAAAGTCATGGACAAAGCATCTCTTGCAAGTAGAAAC AAGTTGTTGAGAGCACAGACTGAAAGGGAGATTCTAGGACTTCTCGACCACCCTTTTTTG CCCACTTTGTATTCCTACTTTGAGACTGATAAGTTCTATTGCTTGGTCATGGAATTCTGT AGTGGAGGCAATCTCCATTCTCTTCGACAGAAGCAACACAACAAGTACTTTACAGAGGAT GCTGCAAGGTTTTATGCATCGGAGGTGTTGTTAGCTCTTGAGTATCTGCACATGCTAGGC ATTGTATATAGAGATTTGAAGCCAGAGAATGTGCTGGTAAGAGATGAGGGTCATATCATG CTTTCGGATTTTGACTTATCACTTCGTTGCTCTGTTAGTCCCACACTGGTCAAGTCTTCA TCTGTTCATGTAAACAGTGGTGGTGGTGGTGGAGGAGGTGGGGGCATTTTAAATGATGAT CTTGCAGTGCATGGTTGTATGCAGCCATCAACCTTTTTCCCGCGCATTTTGCCTTCTAAA AAGAATCGCAAATCTAAATCAGATTTTGGGGCTTCTGCTAATAGTGCCCTGCCAGAATTG ATGGCAGAGCCTACGAATGTGCGGTCAATGTCATTTGTTGGTACACATGAATATTTAGCT CCCGAGATCATTCGTGGAGAGGGTCATGGTAGTGCAGTGGACTGGTGGACATTTGGAATC TTCCTGTATGAGTTGTTGCATGGCACAACTCCCTTCAAGGGACAAGGAAATCGCGCAACA CTTTTTAACGTTGTAGGCCAACCATTGAGATTTCCGGACACTCCACAAGTCAGCATCGTG GCTCGTGATCTTATAAGAGGACTTCTTGTGAAAGAACCTCAAAAAAGAATTGCTTATAAA AGAGGTGCTACTGAAATTAAACAACATCCTTTTTTTGAGGGAGTGAACTGGGCTCTAGTC AGATGTGCAATGCCTCCCCATATACCTGAACCTGTAGACTTTTCAGTTTTTGCTTCCAAA GAGGCACCCCCTGCACCTGCTGCAGACAAGAAGATGCCACCAGAAACTGTAGCTGATAAA AACAGTGGTAGTCCTAAAGATTCTTATGTAGAATTTGAGTACTTTTAG
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>Nl10g00520.mrna1 + Up_Stream_Len 2000 TCTTTATGTGGTTGTGAGTTAACAAGTGGATCAAATGAACCTACAATTTGAATTTCAATA ATATCAGAATTATTAATTAAATTCTTTAATTAATAATTCACTATTATTAACCTTAGAGTT ACTCCACTAAAAACTAAATGTTGCACTCTCAAAATTGTAAATGTTTTATGCAATCTGAAT TTTCAGCGTCTATCGATTTAATCATTTCATATGGTTTGATCTTTCACGAGTAGTTTATAA TTAGAGCTAGGTTATTAAAATCTGTTATACTTCTCTAATTATATGTTGTTCCTTTAAGTA CAATTGATTCTCTAATGAATAATATATCCATAACAACTTATGAATTTATCTTTTCATTTA CTCGTAAACAGAAAGTTGAACGTTCTTATTGTTCAAAACTCGAATCAACACTTAAAAAAA CTATTCATCTACTTATCGCAAGAAGGAGTGGATTCCACTATTGTGTAGAATATTTCCAGT CACTTATTAAACCACATCTCTAAAGTATGAAACTTATTGACCATCAATCTATAACAGTCT CACTCATGTAAATCAAAAGACATGATCCAACAAATAGAAGTCCATAAAACACTCAAGATT AAGATCAATCCATATATGATCATCTAGTCGATAAATAAGAATTTCTTTGTTTAACGGATA TAATAAGAAATTCATTTTATTGTGGTCCAATCCTATATATTCTTTATTATATAAGTGCCT CCATTTTTATGTCGCCCACATAAACAATCATGGATAAGATCATCGTATCAAATACGAAAT AGATTGCAACTGTAGATTTATCACAAATAAAGTACCAAACTTTGTTTGCTTTCTACGGAT TCTTTAAATTACTAATCTCAAATTAAATCCTATTATATATAACACTTACATACTTAATTT GAAACTACATAAGTAATCATGGATGTTACATGATATTCGTATGAAGAAAACATTTTATAA ATGCACATTAATTTGAATAAAATAAATTTTATTTGTTTATTATTTATTTAAACGTTTATA AATTATAAACTCTTATGACACAAACCTTAACAATATCAAGTTAAGAGTTGCCCATGTTTA GAACGTTAAAGTTGATAAATGTAGACATGTTAATTTAGAGTGGCTATAGAATTGATGGAT ATACAGTGTTAGTGAAGAATTGGGAAAAGGCTTAGAATAGGAAAAACGGATGGATATGGT AAAGTGAGGGTGATGAAATAGATGATATCTGAAAGAGGATAAAACGGTGATCCAGTGACT TGACCCGTCTTCATAGCTAAGACCTTTTCTCATCCACGTAACTTTCTGGTTTAAACCAAC TACAAACAATCCCTTCTCTCTTATTATTTTTATTTTTTCATTTTCTCATTATCTCTCTCT CTCTCTCTCAAGTCTCAAACAACAAAGTCAACAACGCCCAAGCATACACCTACTCATTCT CATTTCTCTTCTAAGCTCTAACCACCCACCCTACTTTCATGTATTTGTTTTTCTCGATCA AACCCCTTTCTGTTTTTCCATTCCCCAGTTCCTGGTTTGTTCTGCATTCCCTTGCACTAC TATATCATTTTTATTATTTTTTTCAATCAGCGTTATCATATGTTATGTAAATGTGATCAT TTGTATTCTGTTTCTTTTTCCTTTTCATATATCTACATTTCCTTCACATGTCATCTACAA AACAATATAACATAAAATATATTTTGTTTGGTTAAGAATAGTAGTGTCGATGTGTAATGA AACTGGAGTCAATCTTAAAATATATTTAATTCATGGAGGTTACCAACTTTGACGTTGTTG TGGTATTTGCGTATCATTTCAACACACGACGTGCCCCCCACATTGAGTCATGACATGCAC ATATCAAAACATTCATTGCAAGTTAACAAGAGTTGCATGTCCTTACAGAAATATCATACT GTAGATTGCATGCTAGCTAATGCCTGTTCCATTTTTTATTAGGAATATTTATTGAGGGAT ATTGTTGTGTTGCCCCATTG
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>Nl10g00520.mrna1 GenomeSequence + ATGTCATCAAAGCCAATCAAGATGGTTGACTCCTCCGAGGTAACTCTTGTTTAGTTATGT GTTTTCTCTGACAACAAAAATGAAATGTGACTTACCAATGTTAATGAGAAGCTTTGATGT GTTGATGCAGTTGAGCTACCAAGCATCAGAAGAATCAGAGTCATGTGAATCCCAACAGAT GGTAGATTCAAAGTGTAATCCACAGCTGCCTGATCACCTGAAGAAGGACATATTGGATCG CAAAGCTAAACTTATCAATGCTAATACAGCTAACAGTTCACCAAGAGCGTCAAGAATTAC ACATAGTATTTCCAAGATCAATGAAAATGTAATATGTAATCCCCAATTTGATCTGAAAAA GATGGATCCTCTTAACAAGCCGCTCACCAACACATATGCTAATCACCGCCCACAGCCAAG CCCAAGAAAGCCACCAAATTCTGAACTGTCCACATCAACCGTAGTTGCTACCAATAATGT CACCAACCATGGAATGGCAAGTGGAAATAGCAGTCGTAGCGACAGCTTAGAAAGCTCCAC TGCGCCTCTTAGGCCTCACACTGGTGGTGATGTACGATGGGAGGCCATTAACGTCATCAA CTCCAAAAACTCTATTGGCCTCAGCAATTTTCGCCTTCTCAAGCGCCTCGGCTATGGAGA CATTGGTAGTGTCTATCTAGTTGAACTCAGAGGAACCACTGCACACTTTGCTATGAAAGT CATGGACAAAGCATCTCTTGCAAGTAGAAACAAGTTGTTGAGAGCACAGACTGAAAGGGA GATTCTAGGACTTCTCGACCACCCTTTTTTGCCCACTTTGTATTCCTACTTTGAGACTGA TAAGTTCTATTGCTTGGTCATGGAATTCTGTAGTGGAGGCAATCTCCATTCTCTTCGACA GAAGCAACACAACAAGTACTTTACAGAGGATGCTGCAAGGTTAGTTTCTTCTTCTTATAT CTTAATTAGATGTACATTCATTTTCCAAGTGACTGCAATGACATATTGGCTTACATTTGT CTTGTTAAACAGGTTTTATGCATCGGAGGTGTTGTTAGCTCTTGAGTATCTGCACATGCT AGGCATTGTATATAGAGATTTGAAGCCAGAGAATGTGCTGGTAAGAGATGAGGGTCATAT CATGCTTTCGGATTTTGACTTATCACTTCGTTGCTCTGTTAGTCCCACACTGGTCAAGTC TTCATCTGTTCATGTAAACAGTGGTGGTGGTGGTGGAGGAGGTGGGGGCATTTTAAATGA TGATCTTGCAGTGCATGGTTGTATGCAGCCATCAACCTTTTTCCCGCGCATTTTGCCTTC TAAAAAGAATCGCAAATCTAAATCAGATTTTGGGGCTTCTGCTAATAGTGCCCTGCCAGA ATTGATGGCAGAGCCTACGAATGTGCGGTCAATGTCATTTGTTGGTACACATGAATATTT AGCTCCCGAGATCATTCGTGGAGAGGGTCATGGTAGTGCAGTGGACTGGTGGACATTTGG AATCTTCCTGTATGAGTTGTTGCATGGCACAACTCCCTTCAAGGGACAAGGAAATCGCGC AACACTTTTTAACGTTGTAGGCCAACCATTGAGATTTCCGGACACTCCACAAGTCAGCAT CGTGGCTCGTGATCTTATAAGAGGACTTCTTGTGAAAGAACCTCAAAAAAGAATTGCTTA TAAAAGAGGTGCTACTGAAATTAAACAACATCCTTTTTTTGAGGGAGTGAACTGGGCTCT AGTCAGATGTGCAATGCCTCCCCATATACCTGAACCTGTAGACTTTTCAGTTTTTGCTTC CAAAGAGGCACCCCCTGCACCTGCTGCAGACAAGAAGATGCCACCAGAAACTGTAGCTGA TAAAAACAGTGGTAGTCCTAAAGATTCTTATGTAGAATTTGAGTACTTTTAG