Arthropod P450 Enchiridion

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cyp4g_phenotypes [2025/08/16 12:00] – renefeyereisencyp4g_phenotypes [2025/11/23 16:48] (current) – renefeyereisen
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 ^Drosophila melanogaster| |CYP4G15| |viable, no phenotype (Chung et al., 2009)|expressed in the cortex glia cells of the brain. can partially rescue 4G1 deficiency when ectopically expressed in the oenocytes (Kefi et al., 2024)| ^Drosophila melanogaster| |CYP4G15| |viable, no phenotype (Chung et al., 2009)|expressed in the cortex glia cells of the brain. can partially rescue 4G1 deficiency when ectopically expressed in the oenocytes (Kefi et al., 2024)|
 ^Acyrthosiphon pisum| |CYP4G51| |reduced CHC content. reduced desiccation resistance (Chen et al., 2016)| ^Acyrthosiphon pisum| |CYP4G51| |reduced CHC content. reduced desiccation resistance (Chen et al., 2016)|
-^Aedes aegypti|CYP4G35 (called CYP4G15)|  |  |increased susceptibility to dengue virus (Merkling et al., 2025)|transgenic overexpression increases dengue virus resistance (Merkling et al., 2025),18bp deletion in promoter decreases expression and increases susceptibility to dengue virus  (Merkling et al., 2025)|+^Aedes aegypti|CYP4G35|  | increased susceptibility to dengue virus (Merkling et al., 2025)|transgenic overexpression increases dengue virus resistance (Merkling et al., 2025)| 18bp deletion in promoter decreases expression and increases susceptibility to dengue virus (Merkling et al., 2025)|
 ^Aethina tumida| |CYP4G277| |decreased desiccation resistance,decreased CHC levels (n-alkanes), increased toxicity of thiamethoxam, bifenthrin  (Wu et al., 2025)|high embryonic expression (Wu et al., 2025|  ^Aethina tumida| |CYP4G277| |decreased desiccation resistance,decreased CHC levels (n-alkanes), increased toxicity of thiamethoxam, bifenthrin  (Wu et al., 2025)|high embryonic expression (Wu et al., 2025| 
 ^Aethina tumida| |CYP4G278| |decreased desiccation resistance,decreased CHC levels (n-alkanes), increased toxicity of thiamethoxam, bifenthrin  (Wu et al., 2025)|high larval expression (Wu et al., 2025)|  ^Aethina tumida| |CYP4G278| |decreased desiccation resistance,decreased CHC levels (n-alkanes), increased toxicity of thiamethoxam, bifenthrin  (Wu et al., 2025)|high larval expression (Wu et al., 2025)| 
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 ^Tenebrio molitor|CYP4G122|CYP4G123| |reduced CHC content.reduced desiccation resistance. parasitoid Scleroderma guani relies on CHC for searching Tenebrio host (Wang et al. 2019)| ^Tenebrio molitor|CYP4G122|CYP4G123| |reduced CHC content.reduced desiccation resistance. parasitoid Scleroderma guani relies on CHC for searching Tenebrio host (Wang et al. 2019)|
 ^Trialeurodes vaporariorum| |CYP4G61| | |overexpressed 82x in pyriproxyfen R strain (Karatolos et al., 2012)| ^Trialeurodes vaporariorum| |CYP4G61| | |overexpressed 82x in pyriproxyfen R strain (Karatolos et al., 2012)|
 +^Triatoma infestans|  |CYP4G106, CYP4G107|  |decreased CHC levels (n-alkanes),decreased metamorphosis success,reproductive fitness and survival,increased toxicity of deltamethrin (Ifran et al.,2025 )| |
 ^Tribolium castaneum|CYP4G7| |  |increased toxicity of esfenvalerate (Chen et al., 2022)| | ^Tribolium castaneum|CYP4G7| |  |increased toxicity of esfenvalerate (Chen et al., 2022)| |
 ^Tribolium castaneum| |CYP4G14 |  |increased toxicity of tefluthrin (Kelsi & Palli, 2017)| | ^Tribolium castaneum| |CYP4G14 |  |increased toxicity of tefluthrin (Kelsi & Palli, 2017)| |
 ^Tribolium confusum|CYP4G7|CYP4G14| |mortality at eclosion. inhibited dark pigmentation (Huang et al. 2021)| ^Tribolium confusum|CYP4G7|CYP4G14| |mortality at eclosion. inhibited dark pigmentation (Huang et al. 2021)|
 ^Tribolium confusum|CYP4G7| |  |increased toxicity of esfenvalerate (Chen et al., 2022)| | ^Tribolium confusum|CYP4G7| |  |increased toxicity of esfenvalerate (Chen et al., 2022)| |
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cyp4g_phenotypes.txt · Last modified: by renefeyereisen