Salmo trutta (river trout): 115156153
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Entry
115156153 CDS
T08542
Symbol
lss
Name
(RefSeq) lanosterol synthase isoform X1
KO
K01852
lanosterol synthase [EC:
5.4.99.7
]
Organism
stru
Salmo trutta (river trout)
Pathway
stru00100
Steroid biosynthesis
stru01100
Metabolic pathways
Module
stru_M00101
Cholesterol biosynthesis, FPP => cholesterol
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09100 Metabolism
09103 Lipid metabolism
00100 Steroid biosynthesis
115156153 (lss)
Enzymes [BR:
stru01000
]
5. Isomerases
5.4 Intramolecular transferases
5.4.99 Transferring other groups
5.4.99.7 lanosterol synthase
115156153 (lss)
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Gene cluster
GFIT
Motif
Pfam:
SQHop_cyclase_C
SQHop_cyclase_N
Motif
Other DBs
NCBI-GeneID:
115156153
NCBI-ProteinID:
XP_029559337
Ensembl:
ENSSTUG00000015271
UniProt:
A0A673YPY5
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Position
20:complement(44385090..44397888)
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AA seq
737 aa
AA seq
DB search
MMTEGTCLRRRGGPYKTEPATDLTRWRLSNIEGRQTWRYVEDQDTSDREQTMLEAHSLGL
DTSKFIPGSPSAHTAVESALKGMAFYSQLQAEDGHWAGDYGGPLFLLPGLLITCHITQIP
LPEAWKKEMVRYLRSVQLADGGWGLHIEDKSTVFGTALSYTTLRILGVGPDDPDMVRARN
NLHSKGGAVGIPSWGKFWLAILNVYSWEGMNTLLPEMWLFPTWFPAHPSTLWCHCRQVYL
PMSYCYAVRFAAKEDPLVLSLRQELYVQDYATINWPGQRNNVAACDMYTPHSTLLTVAYM
VMNVYEAHHSSSLRGRAVKELYDHIQADDRFTKCISIGPISKTINMLVRWHVDGPSSAAF
QEHVSRIPDYLWLGLDGMKMQGTNGSQLWDTAFAAQAFLEAGAQDSPRLEECLKHAHQFL
TITQIPDNPPEYQKYYRQMNKGGFPFSTRDCGWIVADCTAEGLKSVMLLQEHCPFISQHV
PSERLCDSVNVLLSMRNKDGGFATYETKRGGRLLELLNPSEVFGDIMIDYTYVECTSAVM
QALRHFQHVYPEYRTEEIRSTLREGLEYCRRVQRPDGSWEGSWGVCFTYGVWFGLEAFAC
MGHTYHDGGGVCEEVQSACDFLVAHQMEDGGWGEDFESCEQRRYVQSANSQIHNTCWALL
GLMAARYPDAQVIERGIQLLVDKQLPNGDWPQENISGVFNKSCAISYTSYRNVFTVWTLG
RFSNLYPSSPLAGKVKL
NT seq
2214 nt
NT seq
+upstream
nt +downstream
nt
atgatgaccgagggaacatgccttcgtaggagggggggaccgtacaagacggagccagcg
accgacctgacccgctggaggctgagtaacatagagggcaggcagacatggcgctatgta
gaggatcaagacacatcagacagggagcagactatgcttgaagcccattcacttggtttg
gatacgagtaaattcatccctggctctccctcagcccacactgcagtggagtcagccctg
aagggcatggcattctacagccagctccaggcagaagatggccactgggcaggagactac
ggaggacccctcttcctgctaccaggtctcctgatcacctgtcacataacccagatccct
ctccctgaggcctggaagaaggagatggtgagatacctgcgctctgtccagctggctgat
ggaggctggggcctacacattgaagacaagtccacagtgtttggcacggccctcagctac
accaccctgaggattctgggagtgggaccagatgacccggatatggttcgggccaggaac
aacctgcacagcaaaggaggcgcggtgggcattccctcctggggtaaattctggttggcc
atcctcaatgtgtacagctgggaaggaatgaacacactcctcccggagatgtggctgttc
cctacctggttccctgctcacccatccactctctggtgccactgtcgccaggtctacctc
cctatgagctactgctatgctgtcaggtttgctgccaaggaggaccccctggtgctcagc
ctcagacaggagctgtatgtccaggactatgccaccatcaactggcctggtcagcggaac
aatgtggcggcatgtgacatgtacacaccacacagcacactactcaccgtggcttacatg
gtcatgaacgtgtatgaggcccaccacagcagcagtctacgaggaagagcggtcaaagag
ctgtacgaccacatacaggctgacgaccgtttcaccaagtgcatcagcatcggcccaatc
tccaaaacgatcaacatgctggtgcgctggcacgtggacggaccctcctccgctgccttc
caggagcacgtgtccaggatcccagactacctctggctgggattggatggtatgaaaatg
caggggaccaatggatcacagctatgggacacggctttcgcagctcaggccttcctagag
gcaggggctcaggacagccccaggttagaagagtgtcttaaacacgcccaccagtttctc
accatcacacagatacctgacaaccccccagaataccagaaatactacagacagatgaac
aagggagggttccccttcagcacacgggactgtggctggatcgtggctgactgcacggca
gagggcctaaagtcagtgatgcttctgcaggaacactgtcccttcatcagtcagcacgtc
ccctcagagcgcctgtgtgactccgtcaatgtgttgttgagcatgagaaacaaagatggc
ggttttgccacttatgagaccaagcgaggagggagactgttggagctactcaacccctca
gaggtgtttggtgacatcatgatagactacacctatgtggaatgcacctcagcagtcatg
caggctctgagacacttccagcacgtgtaccctgaataccggacagaggagataaggtcc
actctgagagaaggattggagtactgccggagggtgcagaggcctgatgggtcatgggaa
ggatcctggggagtgtgcttcacctatggggtctggttcggcttggaggcctttgcctgc
atgggtcacacctaccatgatggcggtggtgtgtgtgaggaggtgcagagtgcctgtgac
ttcctggtggcccaccagatggaggatgggggctggggtgaggactttgagtcctgtgag
cagcgtcgctacgtgcagagtgctaactcccagatccacaacacctgctgggccctgctg
ggcctcatggctgccaggtacccagatgcacaggtgattgagagaggaatacagctgttg
gttgataagcagctgcccaatggagactggccacaggaaaacatctcgggagtgttcaat
aagagctgtgccatcagctacacttcctacaggaacgtcttcaccgtgtggacgctggga
cgcttctctaacctctacccctccagccctctggccgggaaggtgaagctgtga
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