KEGG   Necator americanus (New World hookworm): NECAME_01330
Entry
NECAME_01330      CDS       T04867                                 
Name
(RefSeq) fatty acid oxidation complex, alpha subunit
  KO
K07515  enoyl-CoA hydratase / long-chain 3-hydroxyacyl-CoA dehydrogenase [EC:4.2.1.17 1.1.1.211]
Organism
nai  Necator americanus (New World hookworm)
Pathway
nai00062  Fatty acid elongation
nai00071  Fatty acid degradation
nai00280  Valine, leucine and isoleucine degradation
nai00310  Lysine degradation
nai00380  Tryptophan metabolism
nai00410  beta-Alanine metabolism
nai00640  Propanoate metabolism
nai00650  Butanoate metabolism
nai01100  Metabolic pathways
nai01212  Fatty acid metabolism
Module
nai_M00085  Fatty acid elongation in mitochondria
nai_M00087  beta-Oxidation
Brite
KEGG Orthology (KO) [BR:nai00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00640 Propanoate metabolism
    NECAME_01330
   00650 Butanoate metabolism
    NECAME_01330
  09103 Lipid metabolism
   00062 Fatty acid elongation
    NECAME_01330
   00071 Fatty acid degradation
    NECAME_01330
  09105 Amino acid metabolism
   00280 Valine, leucine and isoleucine degradation
    NECAME_01330
   00310 Lysine degradation
    NECAME_01330
   00380 Tryptophan metabolism
    NECAME_01330
  09106 Metabolism of other amino acids
   00410 beta-Alanine metabolism
    NECAME_01330
Enzymes [BR:nai01000]
 1. Oxidoreductases
  1.1  Acting on the CH-OH group of donors
   1.1.1  With NAD+ or NADP+ as acceptor
    1.1.1.211  long-chain-3-hydroxyacyl-CoA dehydrogenase
     NECAME_01330
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.17  enoyl-CoA hydratase
     NECAME_01330
SSDB
Motif
Pfam: 3HCDH_N ECH_1 3HCDH ECH_2 NAD_Gly3P_dh_N Pyr_redox_2 DAO UDPG_MGDP_dh_N Pyr_redox NAD_binding_2 Shikimate_DH
Other DBs
NCBI-GeneID: 25341373
NCBI-ProteinID: XP_013308429
UniProt: W2TYU2
Position
Unknown
AA seq 1565 aa
CRFTWTYTGFKQLTDIRNSSVENSQIYARKQIVDISFSFLTIMFLEFNVKVLWLILYDQP
VALLFSAPFVRRFSATMSLSQANLLEASAAKVEKVQEIRNVVNTPDARSLAQNMVHSPKG
TVKVEHHGDVAVIRMDLANTKVERDDSIKSIVLMSGKPGSFVAGADVGMLSKVKTPNDGA
TISKKAQDQFAKLEHSGKPIVAAIMGSCMGGGLELAMSCQYRIAVNDKKTQLALPEVMLG
LLPGAGGTQRLPRLVSLQNAMDMMLTGKKVKADKAKKIGLVDSVVQPLGDGLEPATINTH
KYLERVAIDTARQLASGTLKVNRERPLVEKVLQKIMTTSFVLDNLVMKMARDKVMKLTGG
NYPAPLRILDVIRKGLVEGTSQGYTYESQCFGELMQTYQSKALVGLFNGSTECKKNKYGQ
GKPVNEVAVVGAGLMGAGIADVTIDKGLKCVLLDMSEQGLERGQNQIATYLNGQVKRRKI
NKLEKERMVSNLTPTCDYNAMKHADIVIEAVFEDLPLKHKVIKQIEGIVGKDTIIASNTS
ALPIKEIAKASSRPDKVIGMHYFSPVEKMQLLEIIVHDSTSKETLATAAQLGLKQGKTVV
VVKDCPGFFVVRCLGPMMSEVVRLLQEGVPAGDIDKLTMQFGFPVGAATLADEVGIDVAE
HVASFLGQALGPRVRGGSAELLADMVTAGFKGKKTNKGIYVYQSKGKKKVNEEAMKILQN
YRLTAPGNCSSVEDRQLRLATRFVNEALICLQEGVISGPTDGDIASVFGIGFPPFWGGPF
RFVDLYGAQKLVNAMNKFASAYTSEQGPPEIEDGMISRLAQGTRFVVPFVRRISATTSLN
QGTVSVEHKGDVAVIKMDLPNTKENVLNERLTNDLQTAFENVEHDNSVKSIVLMSAKPGS
FVAGADVGMLSKAKTVMEGATISKKGQEQFAKLEMSGKPIVAAIMGSCMGGGLELAMSCH
YRVAVNDKKTQLALPEVMLGLLPAAGGTQRLPKLVSLQNALDMMLTGKRIKADKAKKIGL
VDSIVQPLGDGLEPAAINTHKYLERVAVDTARQLANGSLKASREKPLLEKVVQKAMTTSF
VLDNVVMKMARDKVMKQTGGNYPAPLKILEAVRAGIVEGPSRGYSIESQSFGELIQSYQS
RALVGLFNGSTECKRNKYGQGLPVKEVAVVGAGLMGAGIANVTIDKGLKCVLLDMNEQGL
ARGENQIATQLNGQVKRKKINKLEKERMMSNLVASCDYSAMKNSDIVIEAVFEDLPLKHK
VIKQIEEIVRKDTVIASNTSALPIKDIAKASSRPDKIIGMHYFSPVDKMQLLEIIVHEET
SKETLATAAQLGLKQGKVVVVVKDCPGFFVVRCLGPMMSEVVRLLQEGVSPQDLDKLTKQ
FGFPVGAATLADEVGVDVYGHVAIFLGKALGPRVHGGSAELLAEMVNAGFKGRKTNKGIY
VYESKGKKKVNEEAMKIIQKHRLTEPNSCSSVEDRQLRLATRFVNEALLCLQEGVISSPT
DGDIASVFGIGFPPFWGGPFRFVDLYGAKKLVAAMDKFAAAYASEQFTPCQLLKDHADSG
MKFYR
NT seq 4698 nt   +upstreamnt  +downstreamnt
tgcaggtttacgtggacatacaccggatttaaacaacttactgatattcgtaacagttcg
gttgaaaattcccaaatatatgctagaaaacaaattgtggatattagtttttcatttcta
acgattatgttcttggaatttaacgtaaaggttttgtggctgatactgtatgaccagccg
gttgcattgcttttttcagcaccatttgtgcgacgattctccgcaacgatgtctcttagc
caagcaaatttattagaagcatcggctgcgaaggtggagaaggtccaagaaattcgaaat
gtcgtcaacactcctgatgctagaagccttgcacagaacatggttcacagcccaaaagga
acagtgaaagttgaacatcatggcgatgtagccgttattagaatggatttggcgaacacg
aaggttgaacgtgatgactctatcaaatccatcgtcctgatgtccggaaaacccggcagt
tttgtggcaggcgctgatgttgggatgcttagcaaggtgaaaacaccaaacgacggagct
actatttcaaaaaaggcgcaagatcaatttgccaaactagaacattctggaaaacctata
gtggctgcgattatgggtagctgtatgggaggtggcctggaattagctatgtcctgccag
taccgtattgcagtgaatgacaaaaagacacaacttgcactaccagaggtgatgttagga
cttctccctggagctggaggtactcaacggttgcctaggctagtatcactccaaaacgct
atggacatgatgctaactggcaaaaaagtcaaggctgacaaagcgaagaaaataggtctt
gttgattctgtcgttcaaccactaggagacgggcttgaacccgcaacgatcaatactcac
aaatatctagagagagtagcgatagatacagcacgacaactagccagcggtactcttaaa
gtgaatagagagcgaccattagtggagaaggtacttcagaagataatgaccaccagcttt
gttttggataatctagtgatgaaaatggctagagataaggttatgaaattgaccggagga
aattatccagcaccgcttaggattttagatgtaatacgtaaaggattagttgaaggaacg
tcgcaaggttatacctatgaatcacagtgctttggtgaactgatgcaaacctaccagtca
aaagcgcttgttgggctattcaatggatctaccgagtgcaaaaagaacaaatatggtcaa
ggcaaacctgttaatgaggtagccgtggtaggggcaggacttatgggagcaggtattgcc
gacgttactatagataaaggactgaagtgcgttcttctggacatgagtgagcagggatta
gaacgcggccagaatcaaattgccacgtatctgaatggtcaagttaaacgccgaaagata
aacaaactggaaaaggaaaggatggtctccaatcttaccccaacatgtgactataacgct
atgaaacatgcagatattgtgattgaggcagtttttgaagatttgccgctgaaacacaaa
gttatcaagcagattgaaggcattgttggaaaggacactatcatagcctcgaacacttct
gctcttcctattaaagaaattgcaaaagcatcgtctcgtcctgacaaggtcataggaatg
cactacttctcccctgttgaaaagatgcaacttctggaaattattgtccatgatagcaca
tcgaaggaaactctagctacagctgctcagttaggattaaaacaaggcaaaacagttgta
gttgtgaaggattgtccagggtttttcgttgtgcgatgcttgggtccaatgatgtctgaa
gtagtacgtctattacaagaaggtgtccctgcaggagatatcgataaacttaccatgcaa
tttggattccctgtaggagccgctactctagctgatgaggtcggaatagatgtggctgaa
cacgtcgcgtcattcttaggccaagctttaggtccacgagtgcgtggtggatctgcagaa
ctgttagctgatatggtgacagctggtttcaagggaaagaagaccaataaaggtatctac
gtttaccaaagtaaaggcaagaagaaggtcaatgaagaggcgatgaagatactccagaat
taccggctgacggctccagggaactgttcatcagtggaagaccgccaattacgtcttgcc
acacgattcgtcaacgaagcattgatctgtctccaggagggagtgatttcaggccccacg
gatggtgatattgcatcagtgtttggcatcggattcccaccattctggggtggtccgttc
cgatttgtggacttatacggagcacagaagctggtgaatgcaatgaataagtttgcatcg
gcttatacatccgagcagggtccaccagagatcgaagacgggatgatttcgcggctggca
caaggaacaaggtttgtcgtgccgtttgtgcgacgaatctccgccaccacatcacttaat
caagggacggtaagtgtagaacacaagggagatgtggccgttatcaagatggatttgcca
aacactaaagagaacgtcctcaacgagaggttgactaacgatctacaaacggcatttgag
aatgtggaacacgataattcggtaaagtcaattgttttgatgtcagcaaaacctggcagt
tttgttgctggtgctgatgtgggcatgctgagcaaggcaaagacagtaatggaaggagca
acaatttcaaaaaaaggacaagaacagtttgccaaattggaaatgtccgggaaacctata
gttgctgcaattatgggtagctgtatgggtgggggactggaactagccatgtcttgccat
tatcgtgttgccgtgaatgacaagaagacacagctcgcattgccagaggtaatgctcgga
ctccttcctgcagctgggggtactcagcgactgccgaaattggtatctctccagaatgct
ctggatatgatgctaactggaaagaggatcaaggctgacaaggctaagaaaatcggtctg
gtagactctattgttcaacctcttggagatggccttgagccggcggcaataaatactcac
aaatatctagagagagtagcagtggatacagctcgacagttagccaatggatcactcaaa
gcgagtagggaaaaaccgttgctggaaaaagttgttcagaaggctatgacaacatcattt
gtattggataatgttgtaatgaagatggctagagacaaggtaatgaaacaaactggcgga
aattatccagctccgcttaagatcctggaagcagtgcgtgcaggaatcgtggaagggcct
tctcgagggtacagcatagaatcgcagagctttggtgaacttattcaatcatatcagtca
agagctttagtaggactcttcaatggatccactgagtgtaagaggaacaagtatggtcag
ggactgccagttaaagaagttgcagttgttggtgcaggactcatgggggctggaattgct
aatgttaccatcgacaaaggtttaaagtgtgttctgttggatatgaacgaacagggtttg
gcgcgtggtgagaaccaaatcgctactcaactaaatggccaagtgaaacgtaagaagatc
aacaagttggaaaaagaaagaatgatgtcgaaccttgttgcgtcgtgcgactacagtgcc
atgaaaaattccgatattgtgattgaagcagtcttcgaagatctgccgttgaaacataaa
gttatcaagcaaatagaagaaattgttcgaaaagatacggtcatcgcttccaacacatct
gctttgcccatcaaggacattgcgaaggcatcatctcgcccggataagatcattgggatg
cattacttctcaccagtagacaaaatgcaactgttggaaatcatcgtccatgaagaaacg
tcaaaagaaacccttgcgacggctgctcaattagggctgaaacaaggcaaagtcgttgta
gtggttaaggattgccccggatttttcgttgttcgatgcttaggcccaatgatgtctgaa
gtggtacgcttgttgcaagaaggtgtctctcctcaagatttggataaacttactaagcag
tttgggttccctgtaggagccgctacactagctgacgaagttggggtggatgtatatgga
catgtggcaatattcttaggcaaagctctaggtccacgagtgcatggtggatcagcagag
ctgcttgccgaaatggtaaatgctggatttaaaggaaggaaaacgaacaagggaatttat
gtctatgaaagcaaagggaagaagaaggtgaacgaagaggcgatgaagataatccaaaaa
catcgattgacagagccgaacagctgctcatcagtagaagatcgacagctacgtcttgcg
acgcgatttgtcaacgaggcgttgctctgtcttcaagaaggagtaatttctagccctacg
gatggagacatcgcatcagtgtttggtatcgggtttccgccattctggggaggccccttc
cgatttgttgatctatatggcgcaaagaaacttgtggctgcgatggataagtttgcagcc
gcctacgcatcggaacagttcactccatgccaacttctcaaggatcacgcagacagcggg
atgaagttctaccgatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (13)   
   KEGG PATHWAY (10)   
   KEGG MODULE (3)   
Chemical substance (38)   
   KEGG COMPOUND (38)   
Chemical reaction (23)   
   KEGG ENZYME (2)   
   KEGG REACTION (21)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (139)   

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