; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; CuGenDBv2

Carg15069 (gene) of Silver-seed gourd (SMH-JMG-627) v2 genome

Gene IDCarg15069
OrganismCucurbita argyrosperma subsp. argyrosperma cv. SMH-JMG-627 (Silver-seed gourd (SMH-JMG-627) v2)
DescriptionUnknown protein
Genome locationCarg_Chr16:343260..348687
RNA-Seq ExpressionCarg15069
SyntenyCarg15069
Gene Ontology termsNA
InterPro domainsNA


Homology Show/hide homology
GenBank top hitse value%identityAlignment
KAG6576658.1 Histone-lysine N-methyltransferase ATX5, partial [Cucurbita argyrosperma subsp. sororia]2.9e-3498.7Show/hide
Query:  MDRESLTNKQEIQIFESEESSWSNVFNSSFHATFTLFFFYIIFRCFLPESSHPSRSISVAEAVIYGVTSWKGSEPNF
        MDRESLTNKQEIQIFESEESSW NVFNSSFHATFTLFFFYIIFRCFLPESSHPSRSISVAEAVIYGVTSWKGSEPNF
Subjt:  MDRESLTNKQEIQIFESEESSWSNVFNSSFHATFTLFFFYIIFRCFLPESSHPSRSISVAEAVIYGVTSWKGSEPNF
KAG7014709.1 hypothetical protein SDJN02_22338 [Cucurbita argyrosperma subsp. argyrosperma]7.7e-35100Show/hide
Query:  MDRESLTNKQEIQIFESEESSWSNVFNSSFHATFTLFFFYIIFRCFLPESSHPSRSISVAEAVIYGVTSWKGSEPNF
        MDRESLTNKQEIQIFESEESSWSNVFNSSFHATFTLFFFYIIFRCFLPESSHPSRSISVAEAVIYGVTSWKGSEPNF
Subjt:  MDRESLTNKQEIQIFESEESSWSNVFNSSFHATFTLFFFYIIFRCFLPESSHPSRSISVAEAVIYGVTSWKGSEPNF
TrEMBL top hitse value%identityAlignment
No hits found
SwissProt top hitse value%identityAlignment
No hits found
Arabidopsis top hitse value%identityAlignment
No hits found

Sequences Show/hide sequences
CDS sequenceShow/hide CDS sequence
ATGGACAGAGAAAGTCTGACAAACAAACAAGAGATTCAGATATTTGAGAGCGAGGAAAGCTCATGGAGCAACGTTTTCAACTCTTCCTTCCACGCAACTTTCACGCTCTT
CTTCTTCTATATAATTTTTCGATGTTTCCTTCCCGAATCTTCACATCCATCTCGCTCCATTTCCGTGGCTGAAGCTGTGATCTATGGGGTCACTTCATGGAAAGGCTCCG
AACCCAATTTTTGA
mRNA sequenceShow/hide mRNA sequence
TAAATTTGTATTTTAACTTGAAATAAAATATTAGGAAATATGAAGATAATGAAGAAAGTAACGAAAGGGATCCAGTAGAGACAGTTGTACATGAAGCCGGAAGGGAACCG
ATAAAATAGAGAAAATAAATTCCGAAGTAGTGGTGACGTGTAAACATCAGAGCGGGAGTGATCAGAAAAAGAATGGATCACCGTTAAAAAAGATGGACAGAGAAAGTCTG
ACAAACAAACAAGAGATTCAGATATTTGAGAGCGAGGAAAGCTCATGGAGCAACGTTTTCAACTCTTCCTTCCACGCAACTTTCACGCTCTTCTTCTTCTATATAATTTT
TCGATGTTTCCTTCCCGAATCTTCACATCCATCTCGCTCCATTTCCGTGGCTGAAGCTGTGATCTATGGGGTCACTTCATGGAAAGGCTCCGAACCCAATTTTTGAAAGG
GCGATGGGTGTTTGTTTTAAGGATAATCTGTCGACTACACTGATTGGGCCTCTTCAAGTGCAATTTGTGGGGAAAAATCCCAGTTCAAACTGGGCGCGATGTTCAAAATT
ACCGTGTTCATCTATGCGAAAAGATGCTTCTGTGTCAGAATCAAAGCGCAATGCTCCGGGTCCTCTATCGGTATCCATGGAGGAGGAATTGGAACATGTCATCAGATTCA
AGATGTCTGATTTCAAGATTCTCGATTGTGTCAGCACAGGCCTTGGAGGTCGGGCGGATGAAATAGTTTTTGAAGCACTTGTGAATAATCGCCTTAGCCCTTTATACAAC
ACAAAGGTCGTGCTTCGAAGGCTTAAGACTACCCAGGCTCAGCGTAGAGGAAAAAGAGCTATAGAAGTATTAAAGAAACTGGCTCGTCGCAGACTGATGTATCACTCCTA
TTCAATGCAAGTTCATGGTTACATATCTTCACTTATGAGCAACGGCCACTCCTCATTTACTCTGGTCCATGGGCATCATGGTAGTTTTTCTTTAAGGCATTGGCTTCAAC
AGTCAGATTGGCTTCCAACACTGGAAGCTACTCTTGCACTGGATGAAGAGTCCGTCAGAAAGGTTGGTGATACTACCACTGGAGGACCTGCAGTTTCACGCCACTCACGG
CTCATACGAGTATTGATGAGGGATCTCTTGATTGGAGTTAATTACTTGCACAGCCATGGGCTTGCACATACTGAATTGAGGTTGGAAAATGTTCACATAAGCCCAGTTGA
TAGACATGTCAAAGTTGGAATTTTGGGAAATGCAGCCTACTTCCATGAAAATGCTGAGAATGATAACACTACCGAAAATGACTTGGATCGACGGCAGATGATGATTGCAT
TTGACATGAGGTATTGTTGGAGAAAGGAATTACTGTTTAGACTCTGTTTTCCTGTTAGAACTTCTTGGTAGTCTTCTTGATATTTTTTCCACTTACGGTGTAGATGTGTG
GGGTTCATGATGGCAAAGATGGTTTTTCAGGAACTCATGGACCCATTGATATTCACAAAGTTTAAATTGTTTTTCTCAAAGGTATAACGTCTGAATAATTGCATTTCTTT
TTCACTCCAGAACCTCTTTTCCACAGGAATCTGCATTGGCAAGATCTGCCACTGGACGAACTTTTAACATTTAGTACTTGTGTTTTATTTCAATTATGTAACCATGTTTA
CTTGATGTGGAAATATAGGGCCACGATCCTTCATGCTTGCGTGAATATTTGTTACGAGTCCTCGACCATAGACTATCATCTGGAAATGTCGGATTTCAAGTAAATATCTA
TTTTATAAATTTCATGCAATCACTTTTCCACAATGTATGCGCAGATCTTTGATTCATTTATCTTGCAGATACTTGATAGAAATTGGGGCGCAGGATGGAACCTTCTGTCC
TTGTTACTTGCAAACAAACCTTCTAAAAGAATAAGGTAACTAGTTGGGATTTAGGAAGTTATACATTAGGAGATGGTAAGGGCTTTGTTGTAACTAAGGATAGATAATGG
CTGCGGGTCATCATTTGGAACTCTTCTTCTGTGTAACCTTTAGCTTTTCAATGGGAAGTTTGGTTCTTTTTCGAAATAAATAAATAACTGAACCTTCCTGCAGCTGCTTA
GAGGCTCTCAGGCATCCGTTCCTGTGTGGACCGAGATGGCGGATAGCTCCATCAATGGAAATTATTAGATGGGGCCTTGGTTCAACTGCAGTCCGAATTACGGAGGAATA
TATTTACAGCCTACCTCAGGTTTGTGCATAATAGATCTCTTCATCATCTTCCTGTTTTATCTCTCTCTCTCTCTCTCTCTAAGAACATTTTGAATTTTACAAGGTTTGCT
AACTAGTGTTTCTTTTTCCTTATTTTCTATGATTAAGCGAAGAAAGCTTTCCCACTTCATTGAGTTGATGGAGATGCTGACTCCTCATTCAAAACCAAAGGTGATCTATG
TTAACATCTGCATATGAACATATTTACACGCATCGCCTTGCCTGAAAACTGCAACTTGTGTTGATATCTTCGGTTCACATATCCCATATGGGCTGCAAACTATATGCTGT
AAAATGACCCCTGTTATGTCTATGTTCAAGGAGTAAGCATCTAACTGCTTATGTTGGACTTTCTCTATACAGCATTGGCAGGAGTTAATCCCAGGAAAGTGGCGTTTCTT
ATACTCAACTGGGAGGCACATCGGGCTCACCCTTCGTCAACCTCCCGCTAGAGTTCTTATCGGAGATGTGTGCTTGACAGTTGCCAGAGACTCTAAGCTAAACAATCGCC
TTTCATTGACCTCAGACATTAACTTCACAGTCATGAGAGGTCGTAACTGGTCCCACAATAAAATCGGCATCAACGGTAAACTAGTAATTAACTCTTCCTCCAGAATACAA
GCTGGAAGAAGACTGTACCTGAAGGAAGAAAACACTGTTGCCCTTGGTCAGCCTTCTTTTGGTGAATCCAATGCAGAGCATGTGCTGGCTCAGAAGTTGTCCAGTACGAG
ATGGAGGAAGGTGATTCCTTTTGAGGAGCTTCCATCCAGCCTCCCAGCAGTGAAGCTCATTTCAGGCGACATTGATTTGACAATGAGTCTCGACATTCCGCTGAGCGAAG
ACATAGATGCTGCCAGAAATGTAATTCGGGAAGTCCGGACACAAGTTCCACCGGCATTGTTCGATTTGTCGAAGTTTATCTGTGGGACATATGTGGACTCCAGGCTCCTG
ATTCTTCGATCTGTAGATGGATCTGCACTTTTATTTACTAGATCTTCTTGCCTGCATGAAAGCCATAACAAATGACGATTGTTTTTTAGACTCAAATTTTGTAACCAAAT
TCATTGTAAAGATCCATCCTAAATTTATATCAAGTGGTTGGTAAACAAGCAAATCTTTTTCAATCCACATTAATGGTTACTGCATGGGAATAGAACATGATTCCTCAAAA
TTTTAGGTTTTAAAAAAGCATTACAAGGTGAGGATGAGTACAATTTGCTTCTGCTTTTTGTAATCTGTATTCATTCAACTAGCATTCAGTAGAGAGAAATTCAGATAGAA
GTTAGTAGAGAAATACATGAGATTCTTACATCAATCCCTGGAGTTGCAGATCAGTATATGTCGCCACTTGATAACTCCTTAATGAGAGATTACAGGGTTCACCATGAGAA
TTGTTCTCATGATCATCTGATTCAGTCTATATCATGAAATGCACTAAAAACGTTGGTTCC
Protein sequenceShow/hide protein sequence
MDRESLTNKQEIQIFESEESSWSNVFNSSFHATFTLFFFYIIFRCFLPESSHPSRSISVAEAVIYGVTSWKGSEPNF