KLLA0F24552g

similar to uniprot|P38071 Saccharomyces cerevisiae YBR026C ETR1 2-enoyl thioester reductase, member of the medium chain dehydrogenase/reductase family

Genomic environment map

Element type: CDS
Element length: 1149 nucleotides,
on anti-sense strand of
Klla0F: complement(2283569..2284717).
Other names:
KLLA-ORF315
Coding sequence: 383 codons.

Database cross references:
EMBL: CR382126
GeneID: 2895202
HOGENOM: Q6CIR6

Computed results

None available yet

Homologs and Orthologs

Génolevures family GL3C0928
Consensus family of 10 members, scrltkgdy (1 1 1 1 1 1 1 2 1)
10-member family, phyletic pattern sczltkgdy, profile (1 1 1 1 1 1 1 2 1)
Proteins: SACE0B03124p CAGL0B04323p ZYRO0A03916p SAKL0C08910p KLTH0C09020p KLLA0F24552p ERGO0E06380p DEHA2C05808p DEHA2F10362p YALI0C19624p
Search in: Génolevures Google

Génolevures family GL3C0928.F1
Five-SONS subgroup of a Consensus family
5-member family, phyletic pattern --zltkg--, profile (0 0 1 1 1 1 1 0 0)
Proteins: ZYRO0A03916p SAKL0C08910p KLTH0C09020p KLLA0F24552p ERGO0E06380p
Search in: Génolevures Google

Génolevures family GL3C0928.N3
Nine-SONS subgroup of a Consensus family
8-member family, phyletic pattern sczltkgd-, profile (1 1 1 1 1 1 1 1 0)
Proteins: SACE0B03124p CAGL0B04323p ZYRO0A03916p SAKL0C08910p KLTH0C09020p KLLA0F24552p ERGO0E06380p DEHA2F10362p
Search in: Génolevures Google

Génolevures element ZYRO0A03916g
similar to uniprot\|P38071 Saccharomyces cerevisiae YBR026C ETR1 2-enoyl thioester reductase, member of the medium chain dehydrogenase/reductase family
Other name: ZYRO-ORF9342
Orthologs: SAKL0C08910g KLTH0C09020g KLLA0F24552g ERGO0E06380g
Homologs: in families GL3C0928 GL3C0928.F1 GL3C0928.N3
Search in: Génolevures EMBL Google by name Google by description

Génolevures element SAKL0C08910g
similar to uniprot\|P38071 Saccharomyces cerevisiae YBR026C ETR1 2-enoyl thioester reductase, member of the medium chain dehydrogenase/reductase family
Other name: SAKL-ORF10407
Orthologs: ZYRO0A03916g KLTH0C09020g KLLA0F24552g ERGO0E06380g
Homologs: in families GL3C0928 GL3C0928.F1 GL3C0928.N3
Search in: Génolevures EMBL Google by name Google by description

Génolevures element KLTH0C09020g
similar to uniprot\|P38071 Saccharomyces cerevisiae YBR026C ETR1 2-enoyl thioester reductase, member of the medium chain dehydrogenase/reductase family
Other name: KLTH-ORF13170
Orthologs: ZYRO0A03916g SAKL0C08910g KLLA0F24552g ERGO0E06380g
Homologs: in families GL3C0928 GL3C0928.F1 GL3C0928.N3
Search in: Génolevures EMBL Google by name Google by description

Génolevures element ERGO0E06380g
Syntenic homolog of Saccharomyces cerevisiae YBR026C (ETR1)
Other names: AEL081W AGOS_AEL081W
Orthologs: ZYRO0A03916g SAKL0C08910g KLTH0C09020g KLLA0F24552g
Homologs: in families GL3C0928 GL3C0928.F1 GL3C0928.N3
Search in: Génolevures EMBL Google by name Google by description

Homologs in protein families: GL3C0928 GL3C0928.F1 GL3C0928.N3
Orthologs by synteny: ZYRO0A03916g SAKL0C08910g KLTH0C09020g ERGO0E06380g

Protein KLLA0F24552p

similar to uniprot|P38071 Saccharomyces cerevisiae YBR026C ETR1 2-enoyl thioester reductase member of the medium chain dehydrogenase/reductase family localized to in mitochondria where it has a probable role in fatty acid synthesis

Protein domain map

Protein length: 382 amino acids
Protein family: GL3C0928

Database cross references:
Gene3D: G3DSA:3.40.50.720
InterPro: IPR002085
InterPro: IPR013154
InterPro: IPR016040
KEGG: kla:KLLA0F24552g
PANTHER: PTHR11695
Pfam: PF08240
RefSeq: XP_456173.1
UniProtKB/Swiss-Prot: Q6CIR6
UniprotKB: ETR1_KLULA

Computed results for KLLA0F24552p

Blastp Genolevures

Blastp Uniprot

Gene Ontology terms

None available yet

Sequence data

>KLLA0F24552g.nt
ATCCATCTCTGGAGATCTATTGTATGATGGTAAGAAGGCTACTAAGAAGATGGACGATCC
ATCTAAATATGTACCCAATGGTAAAGGGCACCATAGGATGTACTCTCCGACATTCAAAGA
CCTAACCAACTATGACCTTGAACTAGCTAATTGGAAATTGTTCGATGATGTTTTATGCAA
AAATCCAGATGATTATTTGAACTTTTCGTACTTGAGCGAAGTCATCGGTGCAACGGAAAA
ACCAGAGCAAGAAGTGAAAAACATGTGTAAATATATTAAGGATCGCGTGGAATATTTGAA
GCTGTCCACATGGGAAAACAGTTCTTCGTGAGCTTCACTCATCAGTATCCCGTTGGCACC
AGACCTCTGTAACACCAATGTGCACCTTCAAACTAATTAAAGTAGTATGTATATAAACAC
TTTCATCTCCTAAATAAAAGACAAAATATACAACTATAACTCTCTGATTTTATTCAAGGC
ATCCAAACAAGCCTTGGAACTGTCTGTAAATTTTGACTGCTTCATGTATCTGCTTTTTGT
GTCATCTAAATCAAAAAACTCAGACGATTATCATCACCCACTTAGAGCCGCATTGTTCAC
GTGACATCTTCTTTTTCCCTCATTACTCCGGTTTGTTGAAACCTTGACCCTCAGTATTGG
CCTTGGTTCTTTTACGAGATGCTTCTGGTGCGGTTCCAATGGCAGAAAAGTGCAAAATAA
CTCTAGCAAACACACTTCTGAAAAAAAAAACTAAAAAAAGGGTATTTGCCTATCTAGATG
TGGAGTAAGGTCATTGAATATTGAGCGAACAAAAGAAAGTTAGTAAGAAGCATAGGTCCG
AGACGTTTTCGAGTATAAATAGTTGAGGCTCGAACCGTATGAGTAATACTATTGGCCGTT
AAAATATACACCAGTTTCAGTAGTCATTCCATAGTGGTATACTCTATTTCTTTTCGTTTA
GTGTCATTGTCAAAACTTTTACAGCCAAATCATTCCTCAGATGAGTTCATTCCTATCAAA
GAGATTCCTTTCATTCTCTCAAAGAGCCATGTCACAAGAATCCTTAAAATTCAAATCATT
GATTTATTCCAGTCATGATTCTCAGGATTGTACTAAAGTCTTGAAAGTTCATAATTACAA
ACCAAAGAAAGGGAGCGAAACTTCGATCGTATTGAAAACACTAGCTTTCCCGATTAATCC
CTCCGATATCAATCAGTTGGAAGGTGTTTATCCATCAAAGCCAGATAAAGTTACAGATTA
TTCCACTGACGAGCCTTCTGCGATTGCCGGTAATGAAGGTGTTTTCGAAGTGGTTTCGGT
ACCATCCAGTGTAAGCACTTTGAAACCCGGTGATAAAGTTATTCCATTGCAAGCTAATTT
CGGAACCTGGTCCACCTACAGAACGTGTGACAAAGAATCTGACTTGATCAAGATAGAAGG
TGTCGATATCTACACAGCAGCTACTGTTGCCGTTAATGGATGCACCGCTTATCAGTTGGT
TAATGATTACATCAACTGGGATCCAAAAGGTAATGATTGGCTAGTTCAGAATGCTGGAAC
TTCTTCTGTTTCTAAGATTGTTACGCAAATCGCAAAGGCAAAGAATATTAACACCTTAAG
TGTCATCAGAGATCGTGAAAACTTTGAAGAAGTGGCAGAAATATTGGAAAAGAAGTATGG
AGCTACCAAAGTTATTTCAGAAACTGAGAATGGCGAAAAAGAATTTGGTAAAGAAGTTCT
ACCAAAAGTTTTGGGGTCAAACGCTCAGGTCAAATTAGCATTGAACTCCGTTGGAGGTAA
ATCATGTGCTAACATAGCTCGTAAATTGTCAAAGGATGGTTTAATGTTGACTTACGGTGG
TATGTCAAAGCAACCATTGACTTTCCCAACAGGGTTGTTCATTTTTAAAGGATTAAAATC
TCATGGCTTCTGGGTTACTGAGAACTCTAAGAGAGACCCTGAAAATAAAATCAAGACTGT
GAATGAAGTTATTGAGTTGTACCGTGATGGTAAAATCATCTCTCCTAAAGAAGACATCCG
TGCACTCGAATGGGACGTCAACAATGCCTCGGACGAAGAAGTTTTACAATTGATCACCGA
TGGTATCAAAACAAAGGGCACCAAGAATATGGTCATCTTGAAATGGTAGGCTTCTGCAAC
TTGTGTTTTTTCTTACTATTCATAATTTAGATATATTTTATGCTTTATGTACCTTATCAA
TCGATTTATGACCTTTCGCAACTTTGATTTGTACTCTGCTTGGTTTCTTTTAGTATCTTT
TGATAACATTGAAGGGCCGTAAATATATATAGTCATATTTGGCCCAATAGAGCATCTTTG
TGGTACTGATGGCACCGACTCTTTTCCTGTTTAACAAGTTAGACTCCGTGGCCAAGCTGG
TTAAGGCGTGCGACTGTTAATCGCAAGATCGAGAGTTCAATCCTCTCCG

>KLLA0F24552g.cds
ATGAGTTCATTCCTATCAAAGAGATTCCTTTCATTCTCTCAAAGAGCCATGTCACAAGAA
TCCTTAAAATTCAAATCATTGATTTATTCCAGTCATGATTCTCAGGATTGTACTAAAGTC
TTGAAAGTTCATAATTACAAACCAAAGAAAGGGAGCGAAACTTCGATCGTATTGAAAACA
CTAGCTTTCCCGATTAATCCCTCCGATATCAATCAGTTGGAAGGTGTTTATCCATCAAAG
CCAGATAAAGTTACAGATTATTCCACTGACGAGCCTTCTGCGATTGCCGGTAATGAAGGT
GTTTTCGAAGTGGTTTCGGTACCATCCAGTGTAAGCACTTTGAAACCCGGTGATAAAGTT
ATTCCATTGCAAGCTAATTTCGGAACCTGGTCCACCTACAGAACGTGTGACAAAGAATCT
GACTTGATCAAGATAGAAGGTGTCGATATCTACACAGCAGCTACTGTTGCCGTTAATGGA
TGCACCGCTTATCAGTTGGTTAATGATTACATCAACTGGGATCCAAAAGGTAATGATTGG
CTAGTTCAGAATGCTGGAACTTCTTCTGTTTCTAAGATTGTTACGCAAATCGCAAAGGCA
AAGAATATTAACACCTTAAGTGTCATCAGAGATCGTGAAAACTTTGAAGAAGTGGCAGAA
ATATTGGAAAAGAAGTATGGAGCTACCAAAGTTATTTCAGAAACTGAGAATGGCGAAAAA
GAATTTGGTAAAGAAGTTCTACCAAAAGTTTTGGGGTCAAACGCTCAGGTCAAATTAGCA
TTGAACTCCGTTGGAGGTAAATCATGTGCTAACATAGCTCGTAAATTGTCAAAGGATGGT
TTAATGTTGACTTACGGTGGTATGTCAAAGCAACCATTGACTTTCCCAACAGGGTTGTTC
ATTTTTAAAGGATTAAAATCTCATGGCTTCTGGGTTACTGAGAACTCTAAGAGAGACCCT
GAAAATAAAATCAAGACTGTGAATGAAGTTATTGAGTTGTACCGTGATGGTAAAATCATC
TCTCCTAAAGAAGACATCCGTGCACTCGAATGGGACGTCAACAATGCCTCGGACGAAGAA
GTTTTACAATTGATCACCGATGGTATCAAAACAAAGGGCACCAAGAATATGGTCATCTTG
AAATGGTAG

>KLLA0F24552g.aa
MSSFLSKRFLSFSQRAMSQESLKFKSLIYSSHDSQDCTKVLKVHNYKPKKGSETSIVLKT
LAFPINPSDINQLEGVYPSKPDKVTDYSTDEPSAIAGNEGVFEVVSVPSSVSTLKPGDKV
IPLQANFGTWSTYRTCDKESDLIKIEGVDIYTAATVAVNGCTAYQLVNDYINWDPKGNDW
LVQNAGTSSVSKIVTQIAKAKNINTLSVIRDRENFEEVAEILEKKYGATKVISETENGEK
EFGKEVLPKVLGSNAQVKLALNSVGGKSCANIARKLSKDGLMLTYGGMSKQPLTFPTGLF
IFKGLKSHGFWVTENSKRDPENKIKTVNEVIELYRDGKIISPKEDIRALEWDVNNASDEE
VLQLITDGIKTKGTKNMVILKW*

Legend and notes

Lengths
The length, in codons, of coding sequences includes the stop codon, hence it is one unit longer than the protein length.

Genomic environment map
Click on the symbol of an element or a family to go to its corresponding page. Colors in the lane "protein encoding genes" indicate strandedness: shades of blue for direct orientation, shades of red for reverse orientation. Colors in the lane "protein family" are arbitrarly chosen in such a way that different protein families have different colors in the map.

Protein domain map
Domains are extracted from SwissProt files. Click on the symbol of a domain to extract the domain sequence.

Genemark image and list
Genemark computation of protein-coding potential of DNA was made from 1000 nucleotides upstream the open reading frame to 300 nucleotides downstream. Thus the open reading frame protein-coding potential appears on frame #3.

Sequences

Color	Nucleotide sequence and Coding sequence	Predicted translation product
RED	start and stop codons	Initial methionine and sequence end
BLUE	coding sequence	protein sequence
grey	non-coding sequence (upstream, downstream or intron)
grey	donor and acceptor splicing sites

Genetic Elements

KLLA0F24552g

KLLA0F24552g

Genomic environment map

Computed results

Homologs and Orthologs

Protein KLLA0F24552p

Protein domain map

Computed results for KLLA0F24552p

Gene Ontology terms

Sequence data

Nucleotide sequence

Coding sequence

Predicted translation product

Legend and notes