Silkworm Genome Informatics Database

Gene

KWMTBOMO12667 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA001402

Annotation

mitochondrial_aldehyde_dehydrogenase_[Bombyx_mori]

Location

Bomo_Chr21(-):11112045-11131352 View in EpiBrowser

Location in the cell

Cytoplasmic Reliability : 1.277 Mitochondrial Reliability : 1.767 Nuclear Reliability : 1.15

CDS

ATGTTCGGCATCAGAACACCAGTTAAAAAACCAAACGGCAGTGAGGACAAGTCTGAATTCGAAGGACAGCCAGGTCCGTCTGTAAGGCGCAGCATTGGTGATTGGCCCCCCATAGTCGAAAAAGAGCAGCAAAGGCCAAAAACACCATCTCCACCAAAAGCTGTGCCTCAGCCGCTCCCTCCTAGGCCTAAGACCAAAGCGTTGATCGCCCAGGAAGCAAAAGCTGACCCACGGAGACAGGCGGCAAGAGTCAGTGACAGCCCGCCAATTACAGTCCCGTCGAGATTTCCGAGCAAAACCGCAGAGGCTAAAGCGTGCCTTATGAAAAGCAAGGCGGAGCTCGAAATCTCCAAAAACCTAAAACGGGAGATAAAAGAAGAAGTCTTTAGGTCAATCGAACGGCTCTACCAGCTGGTGAAAGAAGCCGAAGGCGAAAAGGCTTCCCAAGCCACCAACAAGTGGCCGACAGAAGCCTGTAGCATGGTCACTCGGACTGGTAACGAGGGTGACATATCACCGGGCCCAGAAGCGCCGACAGAGCTCATGAAACAGCTAATAGGCGGCCTCAAACAGCACCACGTTGCGTTAGAGGAATGCAAACGGCATACTCGAGCTCTGTCGGAACAGCTGGAGAAAACCCCTCTCTGCGCCGCAGGACATGGGTCATTAGATGAACACAGCCAACTCTTAAAGGAAAACAAAGAAGAAATAGAAAAACTAAGTGAAGAAATAAAAAAGCAAAGGACAGAATGGAAAGAAAATAGGAGCTACGCAAGCGTTGTCAGTGGCACAAAGGAGAAAGAACGCGGAAATGCGGAGATGCATTCCGTCGTGATCTCCTCAGACGACCAGAATGCCACAGGGGAAGACGTATTTAATAAGATCAGGTCAACCCTCAACGCTAAAGAGGAAGGGATAAAAATAGACAGGATAAGAAAGGTGAAAGATAGAAAAGTTATAGTCGGCTGTGAATCGAAAGAAGAATTAGTAAAAATAAGAGAAACAATTAAAACAAAGGGAAAGGACTTACACCTCCAGGAGATAAGAAATAAGGAACCCATGGTACAATTGAAGGATGTCCTGAATTATAATAAGGATGAAGATATAGTGCGAGCACTAATTAACCAGAACAAACATCTTCTGGGGGATGTGAGTGTGGACAGCTCAACTCTGAAGGTAAAGTTCAGAAGAAGAGCTAGAAACCCGCTCACATCCCATGTGGCAATACAAGTGCCACCAAAACTATGGAAGCGGCTCACGGAGGCGGGGCTAGTCCATATAGATGTGCAAAGGGTCAGGGTAGAGGATCAGTCTCCCCTGATTCAGTGCTCGCGATGCTTGGGATATGGCCACGGGAAGCGGTTCTGCCGGGAAAAAATTGACGCCTGCAGTCACTGCGGAGAGGCGCATCATAGGTCGGAATGCGCTGACTGGATGGCGAGGGTGCCTCCGTCGTGCTGTAACTGCTTGAAGGCTAAAATCGGTGAAGCCGAGCATAATGCCTTTAGCCCAGAGTGTCCAGTAAGGAAGAGACTTGGATCACCATGGAGAACAATGGACGCCTCCGAGAGGGGGGCCCTTATCAACAAACTAGCAGATTTGATTGAAAGAGACAGAACCTATTTAGCTAGCCTGGAGACGCTGGACAACGGCAAACCATACAAGGACTCGTATTTCGGTGATCTGTATGCTTCAATAAAAAACCTACGGTACTACGCCGGGTGGGCCGACAAGATCCACGGGAATGTCCTGCCCGCCGACGGAAAATACTTTGCTTACACTCGTCATGAGCCAGTGGGTGTGTGCGGTCAGATAATACCATGGAACTTCCCTATATTGATGGCGGCTTGGAAGCTCGGGCCAGCTCTGGCGACGGGTTGTACTGTGGTCATGAAGCCGGCCGAGCAGACGCCGCTCACAGCTCTGTACATCGCTCAACTAGTCAAGGAAGCAGGTTTCCCACCCGGGGTCGTGAATATGTTGCCGGGCTACGGAGACACCGGGGCCGCCATCGTGGACCACCCCGACGTAGATAAAGTGGCCTTCACCGGTTCGACGGAGGTGGGCAAGCTAATCCAGCGCGGCGCGGCGTCGACGATAAAGCGCATCACGCTGGAGCTGGGCGGCAAGTCGCCCAACATCGTGCTGGCCGACACCGACCTGCCGCGCGCCGTGGAGGCCGCGCACAACGCGCTCTTCTACAACATGGGGCAGTGCTGCTGCGCCGGCTCTCGCACCTTCGTGGAGGACAAGATTTACGACCAGTTCGTAGAGTTGTCGGCCGAGCGCGCCAACCGCCGCGTGGTCGGGGACCCCTTCCGGCCGGACGTGGAGCAGGGACCCCAGATCGACAACGAGCAGCGCGACAAGATCCTGCAGCTGATCAGCTCCGGGTCGCGGCAGGGCGCGCGGCTGGCGGCGGGCGGCGGCGCGGCCCCCGGGCCCGGCTACTTCGTGCAGCCCACCGTCTTCTGTGACGTCACCGACGACATGGACATCGCTAAGACAGAGATCTTTGGGCCGGTGCAGCAAATCCTGAAGTTCTCCCAGTTCGACGAGGTGGTGGAGCGCGCCAACAACTCGGAGTACGGACTGGCCGCCGCTGTCTTCACTAAAGATCTAGACAAGGCCAACTACTTCGTACAGAGGCTGCGCGCCGGCACCATTTGGGTTAACGACTACAACGTATTCGGGAACCAAGTGCCCTTCGGCGGCTTCAAGCAGTCCGGGCTGGGCCGCGAGAACGGGCCCTACGGACTCCGCAACTACCTCGAGGTCAAGGCCGTCGTCGTCAAACTCGCCGACAAGAACACGTGA

Protein

MFGIRTPVKKPNGSEDKSEFEGQPGPSVRRSIGDWPPIVEKEQQRPKTPSPPKAVPQPLPPRPKTKALIAQEAKADPRRQAARVSDSPPITVPSRFPSKTAEAKACLMKSKAELEISKNLKREIKEEVFRSIERLYQLVKEAEGEKASQATNKWPTEACSMVTRTGNEGDISPGPEAPTELMKQLIGGLKQHHVALEECKRHTRALSEQLEKTPLCAAGHGSLDEHSQLLKENKEEIEKLSEEIKKQRTEWKENRSYASVVSGTKEKERGNAEMHSVVISSDDQNATGEDVFNKIRSTLNAKEEGIKIDRIRKVKDRKVIVGCESKEELVKIRETIKTKGKDLHLQEIRNKEPMVQLKDVLNYNKDEDIVRALINQNKHLLGDVSVDSSTLKVKFRRRARNPLTSHVAIQVPPKLWKRLTEAGLVHIDVQRVRVEDQSPLIQCSRCLGYGHGKRFCREKIDACSHCGEAHHRSECADWMARVPPSCCNCLKAKIGEAEHNAFSPECPVRKRLGSPWRTMDASERGALINKLADLIERDRTYLASLETLDNGKPYKDSYFGDLYASIKNLRYYAGWADKIHGNVLPADGKYFAYTRHEPVGVCGQIIPWNFPILMAAWKLGPALATGCTVVMKPAEQTPLTALYIAQLVKEAGFPPGVVNMLPGYGDTGAAIVDHPDVDKVAFTGSTEVGKLIQRGAASTIKRITLELGGKSPNIVLADTDLPRAVEAAHNALFYNMGQCCCAGSRTFVEDKIYDQFVELSAERANRRVVGDPFRPDVEQGPQIDNEQRDKILQLISSGSRQGARLAAGGGAAPGPGYFVQPTVFCDVTDDMDIAKTEIFGPVQQILKFSQFDEVVERANNSEYGLAAAVFTKDLDKANYFVQRLRAGTIWVNDYNVFGNQVPFGGFKQSGLGRENGPYGLRNYLEVKAVVVKLADKNT

Uniprot

NA

ProteinModelPortal

NA

PDB

4KWG E-value=8.46138e-171, Score=1545

KEGG

733015 K00128 aldehyde dehydrogenase (NAD+) [EC:1.2.1.3] | (RefSeq) mitochondrial aldehyde dehydrogenase

GO

GO:0008152 GO:0016491 GO:0016620 GO:0009165 GO:0009156 GO:0044249 GO:0006428 GO:0000049 GO:0006508 GO:0016286 GO:0055114

Length:

938

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.0054

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00003

outside

1 - 938

Pi

12.787476

Theta

17.267288

Tajima's D

-1.537615

CLR

131.129992

CSRT

0.056197190140493

Interpretation

Uncertain

Source	Sequence	Identity	Evalue
26280517	DVYIGAGAIAGAYCR	97.56	1e-22
28556443	DSYFGDLYASIK	100.00	1e-15
28556443	DSYFGDLYASIK	100.00	1e-15
26280517	EAFNMIDQNR	96.67	3e-15
25044914	EAFYIATIGGAK	96.67	3e-15
26280517	GVGTIVAPNKVEVHGEK	95.65	3e-12
26280517	IGDDNIGTIVIGIFGK	100.00	5e-11
25044914	AGTIFGIAIFSGTEECAAK	100.00	5e-11
28467696	AGTGIENIEDDFRNGIK	100.00	5e-11
28556443	HEPVGVCGQ	100.00	5e-11
28556443	YEALLAVQK	100.00	5e-11
26822097	FSQFDEVVER	95.45	1e-10
26280517	ASRDPATDQIINYKK	95.45	1e-10
28467696	AVDVFFPAEAQNDFPVAMQVSPK	95.45	1e-10
26280517	VVGDIAQFMVQNK	100.00	2e-09
26822097	TEIFGPVQQIIK	100.00	9e-09
26280517	QSIPPGIQVK	100.00	9e-09
28467696	RVVEYSANDATGFK	100.00	9e-09
28556443	LADLIER	100.00	2e-08
26822097	IADIIER	100.00	5e-08
26280517	VVDAIGNPIDGK	100.00	5e-08
25044914	VVGDKDAEDNWR	100.00	5e-08
28467696	VVGDIAQFMVQNK	100.00	5e-08
28556443	VVGDPFRPDVEQGPQIDNEQR	100.00	5e-08
28556443	VAFTGSTEVGK	100.00	5e-08
28556443	VAFTGSTEVGK	100.00	5e-08
26280517	IAAAEIQIENIK	100.00	5e-08
25044914	IAAFNDIVIAK	100.00	5e-08
28556443	IYDQFVELSAER	100.00	5e-08
28556443	TENPANGQVIAEVQHANK	100.00	1e-04
28556443	IYDQFVELSAER	100.00	3e-04
28556443	LAAGGGAAPGPGYFVQPTVFCDVTDDMDIAK	100.00	3e-04
28556443	ANNSEYGLAAAVFTK	100.00	0.002
28556443	AGTIWVNDYNVFGNQVPFGGFK	100.00	0.002
28556443	AGTIWVNDYNVFGNQVPFGGFK	100.00	0.002
28556443	MLPGYGDTGAAIVDHPDVDK	100.00	0.003

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree