Amino acid sequence alignment (A) and amino acid sequence identity (B) of CHUA_008368 (CYP4GL4) from <i>Chamberlinius hualienensis</i>, Hho_020879 from <i>Helicorthomorpha holstii.</i>

Amino acid sequence alignment (A) and amino acid sequence identity (B) of CHUA_008368 (CYP4GL4) from <i>Chamberlinius hualienensis</i>, Hho_020879 from <i>Helicorthomorpha holstii.</i>

<p>Amino acid sequence alignment (A) and amino acid sequence identity (B) of CHUA_008368 (CYP4GL4) from <i>Chamberlinius hualienensis</i>, Hho_020879 from <i>Helicorthomorpha holstii.</i></p>

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Dades bibliogràfiques
Autor principal:	Takuya Yamaguchi (4543105) (author)
Altres autors:	Yasuhisa Asano (727606) (author)
Publicat:	2025
Matèries:	Biochemistry Evolutionary Biology Ecology Plant Biology Virology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified subsequently converting aldoxime natural defensive chemicals indicating sequential duplication catalyse aldoxime dehydration div >< p cyanogenic millipedes evolved chamberlinius hualienensis </ hualienensis </ r </ typically lineage related enzymes plant lineages plant kingdoms paralogous genes millipedes demonstrates mechanisms underlying hydroxynitrile lyase hydrogen cyanide giving rise enzymes independently dependent monooxygenase deeper understanding cytochrome p450 complete set coding genes biological characterisation >)- mandelonitrile
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Detection of aromatic amino acids-derived aldoximes after the culture of <i>Escherichia coli</i> harboring millipede aldoxime synthase (MOxS, CHUA_003298).
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Characterization of CYP4GL4 (CHUA_008368) and CYP30008A2 (CHUA_014123) catalyzing dehydration of (<i>E/Z</i>)-phenylacetaldoxime (PAOx) into phenylacetonitrile.
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Formation of phenylacetonitrile (PAN) from (<i>E/Z</i>)-phenylacetaldoxime by yeast harboring CHUA_008368 (CYP4GL4) and CHUA_014123 (CYP30008A2).
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Substrate specificity of CYP4GL4 (CHUA_008368) and CYP30008A2 (CHUA_014123) toward aromatic aldoximes.
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Shotgun sequencing summary statistics (PacBio).
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Body weight and accumulation of (<i>R</i>)-mandelonitrile in <i>Chamberlinius hualienensis.</i>
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Identification of (<i>R</i>)-mandelonitrile biosynthetic enzymes from <i>C. hualienensis.</i>
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<i>C. hualienensis</i> genome annotation.
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Gene cluster and characterisation of <i>ChuaHNL</i> and its paralogues.
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Characteristics of flavin-dependent monooxygenases (FMOs) from <i>Chamberlinius hualienensis.</i>
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Schematic overview of cyanogenesis in <i>Chamberlinius hualienensis</i> and cyanohydrin biosynthesis in millipedes, insects, and plants.
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Identification of phenylacetaldoxime (PAOx)-producing flavin dependent monooxygenase from <i>Chamberlinius hualienensis.</i>
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(<i>R</i>)-mandelonitrile synthetic reaction catalyzed by CHUA_005138 (ChuaHNL), CHUA_005137, and CHUA_005136.
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Purification of N-terminal His-tagged CHUA_005136 from 1.5 L of <i>Pichia pastoris</i> culture supernatant.
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Purification of N-terminal His-tagged ChuaHNL (CHUA_005138) from 1.5 L of <i>Pichia pastoris</i> culture supernatant.
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Distribution of cyanogenesis-related enzymes in millipedes.
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Numerical data underlying Figs 3, 4E, S4, S8, S10, S12, S13,
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TMM normalized read counts of flavin-dependent monooxygenases (FMOs).
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RNA-seq for gene expression analysis.
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RNA-seq for gene annotation.
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TE contents of millipede and centipede.
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Flavin-dependent monooxygenases in myriapods and other species.
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Phylogenetic tree of cytochrome P450s.
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Three dimensional structures of hydroxynitrile lyase (HNL) from millipede, plant, and microorganism.
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Phylogenetic tree of millipede HNLs, their paralogous proteins, and lipocalins from animals (arthropoda and chordata), plants, and bacteria.
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Correlations of genome sizes and TE contents among millipedes and centipedes.
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