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TRANSCRIPT CARD

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  1. Transcript 'Boleac.CG.SB_v3.S266...' > 
  2. Transcript 'Harore.CG.MTP2014.S6...' > 
  3. Transcript 'Phmamm.CG.MTP2014.S5...' > 
  4. Transcript 'Phmamm.CG.MTP2014.S2...' > 
  5. Transcript 'Harore.CG.MTP2014.S2...'

Transcript Model

Transcript Id

Harore.CG.MTP2014.S286.g09666.01.t

Possible name(s)

NDUFAF5

Gene model

Harore.CG.MTP2014.S286.g09666

Location

S286 [63,745 / 69,721]

Sequences

Amino acid sequence

Length: 337

>Harore.CG.MTP2014.S286.g09666.01.p
MAKSCHRGILQCISSLKRTKNYSPLCISSRAYAGVKSVQDEKIPQIFDRKTKRIQKDFFS
SLSGDSDVYEYVKNGIAYQIADRIADVSREFPLALDLGCGRGFVSRHLTKEDTVETIIQS
DISKTSVENCHPSEITTMSLVVDEEQVPLRQNVFDLVTSSLSLHWVNDLPGCFKQVLRVL
KPDGCFIGAVFGGDTLFELRCSIQLAEMEREGGMAPHISPFIQGHELANLLIRSGFNLVT
VDADQIIVNYPSMFEVMCDVQGMAENSCLHKRKPLHRDTIIAASSIYKAMYANDDNTVPA
TYQIFYLIGWKPDKSQPKPLERGSTPKGFNVPKGEKK

Nucleotide sequence

Length: 3,804

>Harore.CG.MTP2014.S286.g09666.01.t
CAAGTTGAATCCAATACGTTTCCAAATTTTTTTGTCACCCATATTTCTCTTGCTCCTGCA
TATGTGCCTATCACCAATCATAAAAAACAAGAATTGCTAACCATCAAAACCAATTAATCG
GCCATAAAAAGGATAATTAATAGGTTGTATGGCCAATATGTCAATAATTGGATGCAACCC
CACATTAAATATATACTACAGTTAATTAAAGACTTATTTCTTTTCTCCTTTAGGGACATT
AAAGCCTTTTGGTGTTGAGCCCCTTTCTAAAGGCTTCGGTTGAGACTTGTCAGGTTTCCA
ACCAATGAGGTAAAAAATTTGATATGTCGCTGGCACAGTGTTATCATCATTAGCGTACAT
AGCTTTGTAAATTGATGAAGCTGCAATAATAGTGTCTCTGTGTAAGGGTTTCCGTTTATG
CAAGCAACTGTTTTCAGCCATGCCTTGTACATCACACATAACTTCGAACATGGACGGATA
GTTAACTATTATCTGATCTGCATCTACTGTGACCAAATTGAATCCAGACCTGATTAATAA
ATTCGCCAATTCGTGTCCTTGTATAAATGGAGAGATGTGAGGCGCCATTCCTCCCTCTCT
TTCCATTTCAGCAAGTTGAATGGAACAACGTAGCTCGAACAACGTGTCTCCACCAAACAC
TGCCCCGATAAAACAACCATCTGGCTTCAACACTCTTAACACTTGTTTGAAGCAACCAGG
CAGGTCATTGACCCAATGCAAGCTCAAACTGCTTGTAACCAGGTCAAACACATTTTGCCT
TAGAGGAACCTGTTCTTCATCGACTACCAGTGACATGGTTGTTATCTCAGACGGATGGCA
GTTTTCTACACTGGTTTTGCTTATGTCACTCTGAATAATAGTCTCTACAGTGTCTTCTTT
CGTTAAATGTCTTGAAACGAAGCCACGACCACAACCCAAATCCAAAGCTAAAGGGAATTC
TCGACTAACGTCTGCGATACGATCAGCTATTTGGTATGCAATCCCATTCTTAACATATTC
ATAAACGTCAGAGTCTCCTGACAAACTGGAAAAGAAGTCTTTCTGAATTCGTTTAGTCTT
GCGATCAAAGATTTGTGGTATTTTTTCATCTTGAACACTTTTCACTCCTGCATACGCTCT
ACTACTAATGCACAGTGGAGAATAATTTTTAGTTCGTTTTAGAGATGATATGCACTGTAG
AATTCCTCTATGACAGCTTTTTGCCATACTAAATATCAGAATGGGTGAATGGGTACACTA
AATGTTTCATACATAATAATATAAAATATATAACAGTAACATTGTGTGAGTTGAAATATA
GAGATGCGAGTTTCCATAGTAAACTCATCGAATGTCGAATAAATCTGAGGCGCCCGTAAG
TTAGAGAGGATCGGTTATTTATCTATATTATAAATGAACTTCTAATGACCCAATGAAGCT
AACACTTACACATACGAAACATAACACATAAACCAACATTCCTTGAAAGTATTGGGTCGG
TTGATTCAGGTTAACCCACAAATAAAAATTGGTTTATAACTCGCGACACTTTGCCTGACA
TTTGCATCGAGGGCAAACGTCCAAGTTTATAACTAGGTGGTGCAAGAGTGCATTCAATTC
AGAATGACACCACTGTATCAGGAGGTTTCGTGCTTTATTATTGAAGCTGCAGTATTGTAA
TTCGATTCATTACTTGCAATGGAGGAACTGAGCCCAGAAGGTGCATGTGAGAGACTACGA
GAATGGAGGGAAGGTAATGTTAGAGACAGCATGAGTATTGTTGAACTTGGAGAACGTCTT
GTGCGAAAATATTCTCATAGATTTGGAGATGAAATGTGGCTTATTTGTGAACAAATTTTC
CTAGCTTCGTTAGATGTACGTCGTTTTGATTTGGCCAATTTATGCATGGAAATGTTGGTT
AATAATTTTCCCAAGAGCGGAAGAGTAAGAAAACTGAAGGCCATGCAATTGGAAGCTAAT
GGGAAATATACGGAGGCTGAAGAAGTTTATGATCAAATTATTGATGAAGATCCAACAAAT
GCGGCTGCAAGAAAGCGAAAAGTAGCCATCCTAAAAGCTCAGGGACTGCTAAACGATGCA
ATAAAGTGCCTAACGGAGTACCTGAAAATATTTATGGCGGACCATGAAGCTTGGATGGAG
CTAGCAGAGATGTACATTGAAGGATTGGATTATTCTAAAGCTGCCTTTTGTATGGAAGAG
TTGATTTTAACAAAGCCATTCAATCACTTGTATTACCAAAGATATGCTGAGATTAAGTAT
ACTCAAGGTGGTGTAGAGAACCTAGAATCAGCAAGGCGGTACTTTGCTCAGGCAGTAAAA
CTGAGTAATAATTCAAGCACAAGAGCACTGTATGGACTTTATTTGTGTGCCTCTCAATTA
GCTCATACCAAAGGAGCAAGCGAGGGCAAAGATAATCGTCAGTATGCGAACTGGGCGGTC
CGAATGATTTCAAGGAAATACAAAACCAGCACGGATTGCGAGCCTATTGAAAGAACCGGC
ATAGTGACAGAAAAACCAGTGATAGAATTGCCCCAATTAGCAAATAGTGTGACAGAAATG
CTGGACAAGTTGCAGTTGAATTCAAACAAATAAACATGTACATCTGTTTGCTACCGAATG
TACAATTGACTAAATTTATGGAATTTTTATTTTATGATGCAGTGATATTTTTAATTTGTA
CCCAAGATTGAAAACATCTCGAATACTTGCTTCATTTCACATAAGATTTTTTTTGATTGC
ATCACTTTTTGGAATTGGGGATGTAGTATATTTATTGCGGTAGCAAGCTGCTCATTATCT
AAGAAGCAGACTGGAAGAACTAAAACAGGGCTTGGTATAAACAGCCCTCCTTTATGTATA
TACTTAAATATATACAGTATATCTGAATTGAACACAAACTGAATTTGTGCGGCCCGCGGG
ACGCTACGGTCAATGTCGGGGCGTGAATTTTTTTCAAATATGTAAGGGGGGCGCAGCCCA
AAAAGTTTAAGAACCCCTGATAAATATATAGTTACCAGAGACTTGCAACCTACTGACTTT
ATCTGTCGGCAAACTTGCTACCAGTTCAGTGATCTGAAGTAATAGTGTTCTCACAAAGGT
CTTAATATGTTTATCTGAATGAAATTTCTTATGTTGTAATGGGTGCTCATTGCAACTTAG
AGCAAGTTGAAATTTATGTGACCAAAAGATATTTCAACTTTTGTTTAATTGAGGTTGTGT
TCCCTGAATTGAACAAGACTATCAAGGTATCAAGAGTTTTTCCATAGGTCTCATAAATGT
GTATACACTATTTTTCTGAATGTCTGGAGTGCTGTTATTGTGTAACCTGCTAGCCAACCA
GTTATAAACATACAATACCAAATATTGTCGACCTGAAATTATTCATTATGAAGCAAAAAG
CATTGAGCCTAATATCACCCGGATGCATGATACCGAACTTTTTTACGCCAACTCCTTCGG
TATATGCAGAATGAAACTAGACAATTTTACTCAATTCCTACCTGGTACCTTTAGATGACC
AAAGGGGTGCATATTGCAAAATTCTACCAACCTCAATCTAATATCAGGAATTACTACTAA
TTCTACATTTGTAGTAAGTACTGCAGACCCACAATAAAATGTCATCCATTTACCACAATC
GTAAAATAAATATTTATTGCACTGCATCAATATAACAAAAATAAAAATCAATCACTGAAG
TTATCATCTGAAGAAAGGCTTTGACTTTCATTATCGGACTCTTCTTCAACTGCAACACCA
TATTGAACAGGTGCATCAGGAGTA

InterProScan

SUPERFAMILY
SAM-dependent_MTases (IPR029063) - T[57-312] 1.91E-27
Pfam
Methyltransf_11 (IPR013216) - T[95-187] 3.6E-18

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
NDUF5_HUMAN 54.895 % 342 3.32E-117