| Entry |
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| Definition |
hypothetical protein
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| Orthology |
| histone-lysine N-methyltransferase SETD2 [EC: 2.1.1.43] |
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| Organism |
pgu Meyerozyma guilliermondii
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| Pathway |
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| Class |
Metabolism; Amino acid metabolism; Lysine degradation [PATH: pgu00310]
 |
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| SSDB |
   |
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| Motif |
 |
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| Other DBs |
NCBI-GI: NCBI-GeneID: UniProt: |
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| AA seq |
707 aa  
MSGLASPVKKLRTPPLFLDSQDKTDEARTSFQEISECIYANKQLGHSGQNEQMTCDCHEK
WDQATQRNLACGEHSECINRATSVECVNKSCGCGDDCQNQRFQKKEYANVSVIQTELKGY
GLRANEEINESGFIYEYVGEVINEESFRKRMVEYDEKKFPHFYFMMLKKDSFIDATIKGS
LARFCNHSCSPNAYVDKWVVGDKLRMGIFAKRLIQAGEEITFDYNVDRYGAQSQPCYCGE
PNCIKVMGGKTQTDAALLLPDGISEALGVTHQMERQWLKENKHLRSKQQKDDSIINEAFV
KSIEVTPIEDSEVSKVMGALMKEQDVNITRKLVERIYLTEEPTIHSSIVRMHGYKTLSQV
LQTCDNDTSTIIQTLTILSKWPKVTRNKISSSQIEDVVRQLHKQSKNKKITQLSSDLLKE
WGNLQMAYRIPKNVNGERGSSSPSVYGRGARSKSPEPTEPAPEEPLPEGWNMTIDPNTQK
PYYYHMQLGISRWDRPVLEPPKGPLFPKGPKNEPQRKRTGNFAEDILARQEEERLKQERE
NQFKEIQQKERMLQDVILQSQRQAEEKRQADEKARLEKLAKSRERHQKHQKHKKNKSDNN
VSIEQQWAKLFAKHIPNMIKKHEKTIGHDNVKGCAKDLVKILASKEIKKHPDTAPPTELD
RAKLKKIKEFSSMFMDKFLQKYEAKRDGKRKQDNGEDEAEAKKHKKE |
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| NT seq |
2124 nt  +upstreamnt +downstreamnt
atgagtggcctggcgtctccagtgaagaagctgcgtacacccccgctctttctcgactca
caggacaagacagatgaagccagaacctcgtttcaggagatttccgagtgtatttatgca
aataagcagttggggcattcgggccaaaatgaacaaatgacgtgtgattgccacgaaaaa
tgggaccaagccacccagcgcaacttggcgtgtggagagcactccgagtgtatcaataga
gccacctcggtcgagtgtgtaaacaaatcgtgtggatgtggtgacgactgtcagaatcag
cgatttcaaaaaaaggaatatgcaaatgtttcggtgattcaaaccgagctcaaggggtat
gggctacgggccaatgaggagataaacgagtctgggttcatttacgaatatgttggagaa
gttattaatgaagaaagtttcaggaaacgaatggtggaatacgacgagaaaaagtttccc
catttttactttatgatgttgaaaaaggactcgtttatcgatgccaccatcaaaggctcg
ttagcacgtttctgtaaccactcgtgcagccccaatgcttatgtagacaagtgggttgtg
ggagacaaattgcgaatgggaatctttgcgaaaaggttgattcaagccggcgaagagata
actttcgattacaatgtcgacagatacggcgctcaatcgcagccctgttactgcggagag
cccaattgtatcaaagtaatgggcggaaagacgcaaaccgacgcagctttgcttcttcca
gatggcatctccgaagccttgggagttacccaccaaatggagagacaatggctcaaggaa
aacaagcatttgcggtccaagcaacagaaggacgactcaatcatcaacgaggcgtttgtt
aagtcaattgaagttacgccaattgaagactcagaagtatcaaaggtgatgggtgctctc
atgaaggaacaagatgttaacattacgaggaaactcgtggagcgaatctacctcaccgaa
gagcctacaatccactcatctatcgtgagaatgcatggctacaagacattatcacaagtg
cttcaaacgtgcgacaacgatacctccaccatcatccaaacactaaccatcctctccaaa
tggcccaaagtcaccagaaacaagatctcttcgtcgcagatcgaagatgtggtgcgccag
cttcacaaacaaagcaagaacaaaaagataacccaactttcgtcggatcttttgaaagaa
tggggaaacctccaaatggcatatcgtataccgaaaaacgtcaatggtgaaagagggtcc
agttccccttcggtatatggccgtggagctcgttcaaagtcgcctgagcctacggagccc
gcaccagaagaacctcttcctgaagggtggaatatgaccatcgaccccaatacccaaaaa
ccatactactaccacatgcaattgggaatctccagatgggaccggcctgttctggagccg
cccaagggtcctctgtttcccaagggacccaaaaatgaaccacaaagaaaacggactgga
aattttgccgaggatattttggcgagacaagaagaagaacggttgaaacaagaacgagaa
aaccagtttaaagaaatccaacagaaggagcgaatgctacaggatgtgattcttcagtcg
cagcgccaagcagaagaaaagcgtcaagcagacgaaaaagccagattggaaaaattggct
aaaagccgtgaaaggcaccaaaagcatcaaaagcataagaaaaataaaagcgataataat
gtttcgatcgagcagcagtgggccaagttgtttgccaaacatattccaaatatgatcaag
aagcacgagaaaaccatcggtcatgataatgtaaaaggttgtgccaaagatttggtgaaa
atcttagccagtaaagaaatcaagaaacacccagatacagcaccacccactgagcttgat
cgtgccaaattgaagaaaatcaaggaattttcaagtatgttcatggacaagtttttacag
aaatatgaagccaagcgagatgggaagagaaagcaagacaatggagaagacgaagccgaa
gccaaaaagcataaaaaagaataa |
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