Kwoniella mangroviensis: 30161989
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Entry
30161989 CDS
T10313
Symbol
I203_107423
Name
(RefSeq) hypothetical protein
KO
K01052
lysosomal acid lipase/cholesteryl ester hydrolase [EC:
3.1.1.13
]
Organism
kmg Kwoniella mangroviensis
Pathway
kmg00100
Steroid biosynthesis
kmg04142
Lysosome biogenesis
kmg04148
Efferocytosis
Brite
KEGG Orthology (KO) [BR:
kmg00001
]
09100 Metabolism
09103 Lipid metabolism
00100 Steroid biosynthesis
30161989 (I203_107423)
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome biogenesis
30161989 (I203_107423)
04148 Efferocytosis
30161989 (I203_107423)
Enzymes [BR:
kmg01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.13 sterol esterase
30161989 (I203_107423)
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Ortholog
Paralog
GFIT
Motif
Pfam:
Abhydro_lipase
Abhydrolase_1
Hydrolase_4
MFS_1_like
Motif
Other DBs
NCBI-GeneID:
30161989
NCBI-ProteinID:
XP_019005324
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All DBs
Position
2:complement(<1493596..>1496246)
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AA seq
691 aa
AA seq
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MATLLPSKLLGVTSSIVSPTSTPSPDSSSSSPSPEIIKSLSPHGGAPLTGDSSLIPAKYI
VDEKGPNSNSNSNSSSSSSGQSSSFNTHPAKISPSAPPIHLTRAPPSTLLDAPARAAMSL
PNGMTASAQARAVRGSSEARTPEYEIDEDGLGVPSLSSYKNDNNGGEERTPLLSPTPTYS
NNYNLNIIPSLSRSSSTGSTSSNRGVLRRIFIDRSTTPSQHLTRPTFPPPSLSTYSPIPP
RPLTLLAKLNLFINQSISIILSTYFLIFVVLWAFSAECCKALPKWVWPDRPRKFPWDDEN
YWKKEGKKISKDPSDYARQVGMDIEHQTVETEDGYYLKMHKVIDPKAEPRSDGRGGFPVL
ILHGLFQSSGSFVTSEDRSLAFWLAKNGGYQVYLGNTRGVFDMGHRNFSRNDPRFWDWTI
RELAMYDLPALVEHVCRETGYDKIAFIGHSQGNGLAFISLSLGMCPSLGKKLSVFIALAP
AVYAGPLTHGFPFTALNKMEWSTWKRFFGVLDFIPLMRWAYDYAPARLFASLGYIMFAFL
FGWTDANWLHRRKTKMFRFTPTPVSSASIFWWCGKGGFADRKCTLDDSLERWFDNRFPPL
SIYHGGRDYLVLAEPLIERMEKKEKDVKVIKITKLDKSEHCDFYWAAEAVEWAYLSFMDD
IESTRPKYPDEAESPKEGTETNIDGIEDGSE
NT seq
2076 nt
NT seq
+upstream
nt +downstream
nt
atggcaactctccttccctctaaattactaggagtgaccagctcgatcgtatcacccaca
tctacaccttcacccgactcatcctcgtcttccccttctcccgaaatcatcaaatctcta
tcacctcatggaggagcacctctgaccggtgattcatcattgatacctgccaaatacatc
gtcgacgagaaaggtcccaattccaattccaactccaattcttcatcttcttcctctgga
caatcaagttccttcaacacccatcccgcaaaaatatcacctagtgcaccccccatccat
ctcactcgcgcacctccatccaccttactcgacgcacccgccagagcagctatgagctta
cctaacgggatgacagcctcggcgcaggccagggcagtcagaggatctagcgaagcccgt
acaccggaatatgaaattgatgaagatggtttaggtgttccatcgttgtcatcctacaaa
aacgataataatggaggggaagaaagaacaccattgttatctcctacacctacatattcg
aacaactacaatctcaatataataccatctttatctagaagttcttcaactggatctaca
tcaagcaatagaggtgtactccgaaggatatttatagataggtctactactccttctcaa
catttaactagacctacattccctccaccaagtttatcaacctattcacccatcccaccc
agacctctgactctccttgcgaaattgaatttatttatcaaccaatccatctcgatcatc
ttatcgacttatttcctaatattcgttgttttatgggcgttctctgctgaatgctgtaaa
gccctaccgaagtgggtatggccagatagacctaggaagtttccatgggatgatgagaat
tattggaaaaaggagggaaagaagatatcaaaagatcccagtgattatgcgagacaggtt
gggatggatattgaacatcagacggtggagacggaagatggttattacctaaagatgcat
aaagtgattgacccaaaagccgaacctcgatcagatggacgaggcggcttcccagtattg
atccttcacggacttttccaatcctccgggtcattcgtcacttccgaggatcgttcactg
gcattttggctggcgaaaaatggtggttatcaagtgtatctcggaaataccagaggagtg
tttgatatgggtcatagaaattttagtaggaacgatccaaggttttgggattggaccatc
agagaattggcgatgtatgatctacccgctttggtcgaacatgtctgtagagagacaggt
tacgataagattgcattcataggtcactcccaaggaaacggtctcgctttcatctccctg
tcattaggcatgtgcccatccctaggcaagaaattatcagtattcatcgccctagcgcct
gcagtatacgctggacccctcacccacggtttcccattcaccgcgttgaacaagatggaa
tggtcgacttggaaacgattctttggcgtgctggatttcatacccttgatgaggtgggcg
tacgactatgcccctgcgaggttgttcgctagtttgggttacatcatgtttgcgttcttg
tttgggtggacggatgctaattggcttcaccgacgaaagaccaagatgttccgattcacg
cccacgcccgtatcttccgcgtcgatcttctggtggtgcggtaaaggtggattcgcagat
cggaaatgcacattggatgattcgcttgaaagatggttcgataaccgtttcccaccttta
tcgatctatcatggtgggagggattacctggtattggccgaacccttaattgaaagaatg
gagaagaaggagaaggacgtgaaggttattaaaattacaaagctggataagagtgagcac
tgcgatttctattgggctgcggaagctgtcgaatgggcatatctgtcattcatggacgat
atagaatctactagacctaaatatccggatgaggcagaatcacccaaggaaggaacggaa
actaacatagatggtattgaagatggatcggagtag
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