Table 2.
In vitro studies of activation PPARs by pesticides.
| PPAR subtype | Pesticide | Chemical classification | Type of pesticide | Cell culture | Item | Year | References |
|---|---|---|---|---|---|---|---|
| PPARα | Permethrin | Pyrethroid | Insecticide | Primary mouse and human hepatocytes cultures | Activation of PPARα | 2020 | Kondo et al. [125] |
| Methiocarb | Carbamate | Insecticide | Cos-1 cells (transfected) | Activation of PPARα, CYP4A, PXR, CAR | 2016 | Fujino et al. [57] | |
| Carbaryl | Activation of PPARα, PXR, CAR | ||||||
| Deltamethrin | Pyrethroid | Insecticide | Cos-1 cells (transfected) | None activate PPARα | 2019 | Fujino et al. [30] | |
| Cis-Permethrin Cypermethrin | |||||||
| Paraquat | Bipyridine | Herbicide | Primary mouse hepatocytes cultures | Activation of PPARα, regulate lipid homeostasis and dismiss of stress | 2004 | Anderson et al. [66] | |
| PPAR β/δ | 2,4-D | Phenoxy | Herbicide | HepG2 cell line | Increase expres of PPARβ/δ, and CREB (regulator of gluconeogenesis) | 2018 | Sun et al. [26] |
| PPARγ | Endrin | Organochlorine | Insecticide | 3T3-L1 cell line | Up-regulate PPARγ, C/EBPs, FAS, GLUT-4, Adiponectin | 2022 | Seok et al. [24] |
| DDT | Organochlorine | Insecticide | Primary hepatocytes rat | Increase PPARγ | 2021 | Jellali et al. [36] | |
| Permethrin | Pyrethroid | ||||||
| Chlorpyrifos | Organophosphate | Insecticide | 3T3-L1 cell line | Enhance store lipid droplets, up-regulated transcription of PPARγ, C/EBPα and FABP4 | 2020 | Blanco et al. [32] | |
| Permethrin | Pyrethroid | Insecticide | 3T3-L1 cell line | TG accumulation and pre-adipocytes proliferation | 2021 | Kassotis et al. [126] | |
| Cypermethrin | |||||||
| Chlorpyrifos | |||||||
| Organophosphate | |||||||
| Iprodione | Imide | Hepatocyte rat cell line | Up-regulate PPARγ | 2020 | Sohrabi et al. [37] | ||
| Fungicide | |||||||
| Flutolanil | Acid amides | Fungicide | |||||
| Paraquat | Bipyridine | Herbicide | |||||
| DDT | Organochlorine | Insecticide | |||||
| Endosulfan | Insecticide | ||||||
| Methoxychlor | Insecticide | ||||||
| Pentachlorophenol | Insecticide | ||||||
| Quintozene | Fungicide | ||||||
| Toxaphene | Insecticide | ||||||
| Chlorpyrifos | Organophosphate | Insecticide | |||||
| Diazinon | Insecticide | ||||||
| Fibronil | Phenylpyrazole | Fungicide | |||||
| Allethrin | Pyrethroid | Insecticide | |||||
| Bifenthrin | Fungicide | ||||||
| Cyhalothrin | Insecticide | ||||||
| Permethrin | Insecticide | ||||||
| Resmethrin | Insecticide | ||||||
| Atrazine | Triazine | Herbicide | |||||
| Paclobutrazol | Triazole | Herbicide | |||||
| Diuron | Ureas | Herbicide | |||||
| Endrin | Organochlorine | Insecticide | Hepatocyte rat cell line | Down-regulate PPARγ | 2020 | Sohrabi et al. [37] | |
| Propamocarb | Carbamate | Fungicide | |||||
| Rotenone | Heteropentacyclic compound | Insecticide | |||||
| Prallethrin | Pyrethroid | Insecticide | 3T3-L1, OP9, BM-MSC cell lines | Lipid accumulation, activate PPARγ and stimulate the expression of Plin1 | 2020 | Andrews et al. [38] | |
| Allethrin | Pyrethroid | Insecticide | 3T3-L1, OP9, BM-MSC cell lines | Activate transcriptional function of PPARγ | 2020 | Andrews et al. [38] | |
| Fenthion | Organophosphate | Insecticide | |||||
| Fentin | Organotion | Fungicide | |||||
| Quinoxyfen | Quinoline | Fungicide | |||||
| 2-Benzothiazole sulfonic acid | Benzothiazole | Fungicide | Mammalian cells | Bind to PPARγ | 2020 | Neale et. al. [127] | |
| MCPA | Phenoxy | Herbicide | |||||
| TBT | Organotion | Antifouling | THP-1cell line | Activation of PPARγ, increase lipid accumulation and expression of lipid metabolism genes | 2021 | Jie et al. [65] | |
| QpE | Phenoxy | Herbicide | 3T3-L1 cell line | Induce accumulation of lipids via PPARγ | 2019 | Biserni et al. [39] | |
| Glyphosate | Organophosphate | Herbicide | 3T3-L1 cell line | Not induce accumulation of lipids via PPARγ | 2018 | Mesnage et al. [29] | |
| 2,4-D | Phenoxy | Herbicide | |||||
| Dicamba | Chlorophenoxy | Herbicide | |||||
| Mesotrione | Triketone | Herbicide | |||||
| Isoxaflutole | Isoxazole | Herbicide | |||||
| Permethrin | Pyrethroid | Insecticide | 3T3-L1 cell line | Induce adipogenesis via PPARγ | 2019 | Qi et al. [128] | |
| Fibronil | Phenylpyrazole | Fungicide | |||||
| Chlorantraniliprole | Ryanoid | Insecticide | 3T3-L1 cell line | Induce adipogenesis, up-regulate C/EBPα, PPARγ and ACC | 2019 | Yuan et al. [23] | |
| Chlorpyrifos | Organophosphate | Insecticide | HTR8/SVneo cells | Reduce mRNA of PPARγ | 2019 | Ridano et al. [64] | |
| Flubendiamide | Ryanoid | Insecticide | 3T3-L1 cell line | Enhance TG content, increase C/EBPα, PPARγ | 2018 | Sun et al. [129] | |
| Pyraclostrobin | Strobilurin | Fungicide | 3T3-L1 cell line | TG accumulation, without activation of PPARγ, reduce LPL, CEBPα, GLUT4 | 2018 | Luz et al. [40] | |
| Cis-Bifenthrin | Pyrethroid | Insecticide | HepG2 cell line | Lipid accumulation, induce expression of PPARγ, FAS | 2018 | Xiang et al. [58] | |
| QpE | Phenoxy | Herbicide | HepaRG (transfected) | Activate PPARγ | 2018 | Mesnage et al. [37] | |
| Isoxaflutole | Isoxazole | Herbicide | |||||
| Mesotrones | Triketone | Herbicide | |||||
| Glyphosate | Organophosphate | Herbicide | Not activate PPARγ | ||||
| Diazinon | Organophosphate | Insecticide | 3T3-L1 cell line | Increase lipid accumulation, induce transcriptional factors of C/EBPα and PPARγ | 2018 | Smith et al. [33] | |
| Diflubenzuron Chlorfluazuron Flucycloxuron Noviflumuron | Benzoylurea | Insecticide | HepG2 cell line | Exhibited potent PPARγ agonistic activity | 2018 | Ning et al. [20] | |
| Flufenoxuron | |||||||
| TBT | Organotion | Antifouling | Primary adipocytes culture of Onchrorynchus mykiss | Induce lipid accumulation, increase C/EBPα and PPARγ expression | 2017 | Lutfi et al. [43] | |
| TPT | |||||||
| DDT / DDE | Organochlorine | Insecticide | 3T3-L1 cell line | Increase lipid accumulation, PPARγ expression, FAS, C/EBPα, LPL | 2016 | Kim et al. [31] | |
| Fibronil | Phenylpyrazole | Insecticide | 3T3-L1 cell line | Increase lipid accumulation and expression of PPARγ and C/EBPα genes | 2016 | Sun et al. [22] | |
| Glyphosate | Organophosphate | Herbicide | 3T3-L1 cell line | Increase lipid peroxidation, inhibit the induction of PPARγ during differentiation with the commercial presentation, not in pure form | 2016 | Martini et al. [56] | |
| Deltamethrin | Pyrethroid | Insecticide | SH-SY5Y cell line | Decreased PPARγ expression and the receptor protects against pesticide cytotoxicity | 2016 | Ko et al. [68] | |
| TBT | Organotion | Antifouling | MSC cells | Promote adipogenesis via PPARγ receptor but there are others receptors | 2014 | Biemann et al. [60] | |
| Chlorpyrifos | Organophosphate | Insecticide | SH-SY5Y cell line | Activation of PPARγ, dismiss the oxidative stress, inflammation and death cell produced to the pesticide | 2014 | Lee et al. [69] | |
| Rotenone | Heteropentacyclic compound | Insecticide | SH-SY5Y cell line | Activation of PPARγ via rosiglitazone and inhibits the effect of pesticide | 2014 | Corona et al. [70] | |
| TBT | Organotion | Antifouling | MSC cells | Induce PPARγ, FABP4, lipid accumulation, stimulus cellular differentiation | 2011 | Yanik et al. [59] | |
| TPT | |||||||
| Dibutyltin | |||||||
| TBT | Organotion | Antifouling | 3T3-L1 cell line | Increase adipogenic activity but not via PPARγ | 2011 | Penza et al. [52] | |
| Endrin | Organochlorine | Insecticide | 3T3-L1 cell line | Bind to PPARγ, but preferably through to glucocorticoid receptor | 2010 | Sargis et al. [54] | |
| Tolylfluanid | Sulfamide | Fungicide | |||||
| TPT | Organotion | Antifouling | Activate PPARγ | ||||
| TBT | Organotion | Antifouling | 3T3-L1 cell line | Promote adipogenesis and lipid accumulation | 2006 | Grün et al. [130] | |
| TBT | Organotion | Antifouling | 3T3-L1 cell line | Accumulation of lipid but not via PPARγ and increase aP2 | 2005 | Inadera & Shimomura [45] | |
| TBT | Organotion | Antifouling | 3T3-L1 cell line | Activate PPARγ, accumulation of TG and increase adipocyte differentiation | 2005 | Kanayama et al. [44] | |
| TPT | |||||||
| DDT | Organochlorine | Insecticide | 3T3-L1 cell line | Induction of C/EBPα, PPARγ, increase phenotype of adipocytes | 2002 | Moreno-Aliaga & Matsumura [46] | |
| Endrin | Organochlorine | Insecticide | 3T3-L1 cell line | Inhibition of adipocyte differentiation, inhibit C/EBPα but not C/EBPβ and C/EBPδ, reduce PPARγ | 1999 | Moreno-Aliaga & Matsumura [51] | |
| PPARα and PPARγ | DDE | Organochlorine | Insecticide | 3T3-L1 cell line | No affect PPARα neither PPARγ, reduce lipid accumulation inhibit adipocyte differentiation | 2012 | Taxvig et al. [49] |
| Chlorpyrifos | Organophosphate | Insecticide | |||||
| Mancozeb | Dithiocarbamate | Fungicide | |||||
| Prochoraz | Ureas | Fungicide | |||||
| Deltamethrin | Pyrethroid | Insecticide | 3T3-L1 cell line | Activate PPARγ but not PPARα, reduce lipid accumulation | 2012 | Taxvig et al. [49] | |
| Aldrin | Organochlorine | Insecticide | CV-1 cell line transfected with PPARα and PPARγ mouse | ||||
| α-BHC | Insecticide | ||||||
| β-BHC | Insecticide | ||||||
| γ-BHC | Insecticide | ||||||
| δ-BHC | Insecticide | ||||||
| Captan | Fungicide | ||||||
| cis-Chlordane | Insecticide | ||||||
| trans-Chlordane | Insecticide | ||||||
| Chlorobenzilate | Insecticide | ||||||
| Chloropropylate | Insecticide | ||||||
| Chlorothalonil | Fungicide | ||||||
| o,p´-DDT | Insecticide | ||||||
| p,p´-DDT | Insecticide | ||||||
| p,p´-DDE | Insecticide | ||||||
| p,p´-DDD | Insecticide | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |||
| Dichlobenil | Herbicide | ||||||
| Dicofol | Insecticide | ||||||
| Dieldrin | Insecticide | ||||||
| α-Endosulfan | Insecticide | ||||||
| β-Endosulfan | Insecticide | ||||||
| Endosulfan sulfate | Insecticide | ||||||
| Endrin | Insecticide | ||||||
| Folpet | Fungicide | ||||||
| Fthalide | Fungicide | ||||||
| Heptachlor | Insecticide | ||||||
| Heptachlor epoxide | Insecticide | ||||||
| Methoxychlor | Insecticide | ||||||
| Pentachlorophenol | Insecticide | ||||||
| Quintozene | Fungicide | ||||||
| Acifluorfen | Diphenyl ethers | Herbicide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Acifluorfen-methyl | Herbicide | ||||||
| Bifenox | Herbicide | ||||||
| Chlomethoxyfen | Herbicide | ||||||
| Chlornitrofen | Herbicide | ||||||
| CNP-amino | Herbicide | ||||||
| Chloroxurone | Herbicide | ||||||
| Diclofop-methyl | Herbicide | CV-1 cell line transfected with PPARα and PPARγ mouse | Induce PPARα and PPARγ | 2006 | Takeuchi et al. [25] | ||
| Fluazifop-butyl | Herbicide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | ||
| Nitrofen | Herbicide | ||||||
| Oxyfluorfen | Herbicide | ||||||
| Acephate | Organophosphate | Insecticide | |||||
| CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | ||||
| Anilofos | Herbicide | ||||||
| Bromophos-ethyl | Insecticide | ||||||
| Bromophos-methyl | Insecticide | ||||||
| Butamifos | Herbicide | ||||||
| Chlorpyrifos | Insecticide | ||||||
| Chlorpyrifos-methyl | Insecticide | ||||||
| Cyanofenphos | Insecticide | ||||||
| Cyanophos | Insecticide | ||||||
| Diazinon | Insecticide | ||||||
| Dichlofenthion | Insecticide | ||||||
| Dichlorvos | Insecticide | ||||||
| Dimethoate | Insecticide | ||||||
| Dioxabenzofos | Insecticide | ||||||
| Disulfoton | Insecticide | ||||||
| EPN | Insecticide | ||||||
| Edifenphos | Fungicide | ||||||
| Ethion | Insecticide | ||||||
| Ethoprophos | Insecticide | ||||||
| Fenamiphos | Nematicide | ||||||
| Fenchlorphos | Insecticide | ||||||
| Fenitrothion | Insecticide | ||||||
| Fenitrothion oxon | Insecticide | ||||||
| Fensulfothion | Insecticide | ||||||
| Fenthion | Insecticide | ||||||
| Glyphosate | Herbicide | ||||||
| Iprobenfos | Fungicide | ||||||
| Isofenphos | Insecticide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | ||
| Isoxathion | Insecticide | ||||||
| Leptophos | Insecticide | ||||||
| Malathion | Insecticide | ||||||
| Mecarbam | Insecticide | ||||||
| Methamidophos | Insecticide | ||||||
| Methidathion | Insecticide | ||||||
| Methyl-parathion | Insecticide | ||||||
| Monocrotophos | Insecticide | ||||||
| Parathion | Insecticide | ||||||
| Phenthoate | Insecticide | ||||||
| Phorate | Insecticide | ||||||
| Phosalone | Insecticide | ||||||
| Phosmet | Insecticide | ||||||
| Piperophos | Fungicide | ||||||
| Pirimiphos-methyl | Insecticide | ||||||
| Profenofos | Insecticide | ||||||
| Propaphos | Insecticide | ||||||
| Prothiofos | Insecticide | ||||||
| Prothiofos oxon | Insecticide | ||||||
| Pyridaphenthion | Insecticide | ||||||
| Quinalphos | Insecticide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | ||
| Terbufos | Insecticide | ||||||
| Tetrachlorvinphos | Insecticide | ||||||
| Thiometon | Insecticide | ||||||
| Tolclofos-methyl | Fungicide | ||||||
| Tolclofos-methyl oxon | Fungicide | ||||||
| Trichlorfon | Insecticide | ||||||
| Vamidothion | Insecticide | ||||||
| Cyfluthrin | Pyrethroid | Insecticide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Cyhalothrin | Insecticide | ||||||
| Cypermethrin | Insecticide | ||||||
| Deltamethrin | Insecticide | ||||||
| Etofenprox | Insecticide | ||||||
| Fenvalerate | Insecticide | ||||||
| Flucythrinate | Insecticide | ||||||
| Fluvalinate | Insecticide | ||||||
| Permethrin | Insecticide | ||||||
| Pyrethrin | Insecticide | CV-1 cell line transfected with PPARα and PPARγ mouse | Induce PPARα and PPARγ | 2006 | Takeuchi et al. [25] | ||
| Tefluthrin | Insecticide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | ||
| Tralomethrin | Insecticide | ||||||
| Bendiocarb | Carbamate | Insecticide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Benomyl | Fungicide | ||||||
| Carbaryl | Insecticide | ||||||
| Carbendazim | Fungicide | ||||||
| Carbofuran | Insecticide | ||||||
| Chlorpropham | Herbicide | ||||||
| Diethofencarb | Fungicide | ||||||
| Dimepiperate | Herbicide | ||||||
| Esprocarb | Herbicide | ||||||
| Ethiofencarb | Insecticide | ||||||
| Fenobucarb | Insecticide | ||||||
| Isoprocarb | Insecticide | ||||||
| Methiocarb | Insecticide | ||||||
| Methomyl | Insecticide | ||||||
| Molinate | Herbicide | ||||||
| Oxamyl | Insecticide | ||||||
| Phenmedipham | Herbicide | ||||||
| Pirimicarb | Insecticide | ||||||
| Pyributicarb | Herbicide | ||||||
| Thiobencarb | Herbicide | ||||||
| Thiobencarb sulfon | Herbicide | ||||||
| Thiram | Fungicide | ||||||
| Alachlor | Acid amides | Herbicide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Asulam | Herbicide | ||||||
| Cafenstrole | Herbicide | ||||||
| Flutolanil | Fungicide | ||||||
| Mefenacet | Herbicide | ||||||
| Mepronil | Fungicide | ||||||
| Metalaxyl | Fungicide | ||||||
| Metolachlor | Herbicide | ||||||
| Pretilachlor | Herbicide | ||||||
| Propyzamide | Herbicide | ||||||
| Thenylchlor | Herbicide | ||||||
| Anilazine | Triazine | Fungicide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Atrazine | Herbicide | ||||||
| Metribuzin | Herbicide | ||||||
| Prometon | Herbicide | ||||||
| Prometryn | Herbicide | ||||||
| Simazine | Herbicide | ||||||
| Simetryn | Herbicide | ||||||
| Bensulfuron-methyl | Ureas | Herbicide | |||||
| Daimuron | Herbicide | ||||||
| Diflubenzuron | Insecticide | ||||||
| Diuron | Herbicide | ||||||
| Linuron | Herbicide | ||||||
| Pencycuron | Fungicide | ||||||
| Prochloraz | Fungicide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | ||
| Propanil | Herbicide | ||||||
| Amitraz | Formamidine | Fungicide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Benfuresate | Benzofuran | Herbicide | |||||
| Bentazone | Benzothiadiazole | Herbicide | |||||
| Benzoximate | Organochlorine | Acaricide | |||||
| Bitertanol | Triazole | Fungicide | |||||
| Bromopropylate | Benzilate | Acaricide | |||||
| Chinomethionat | Quinoxaline | Fungicide | |||||
| Chloridazon | Pyridazinone | Herbicide | |||||
| Dazomet | Thiadiazine | Insecticide | |||||
| Diquat | Bipyridine | Herbicide | |||||
| Fenarimol | Pyrimidine | Fungicide | |||||
| Ferimzone | Pyrimidine | Fungicide | |||||
| Fluazinam | Diarilamine | Fungicide | |||||
| Imazalil | Conazole | Fungicide | CV-1 cell line transfected with PPARα and PPARγ mouse | Induce PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Imidacloprid | Neonicotinoid | Insecticide | |||||
| Iminoctadine | Guanidine | Fungicide | |||||
| Indanofan | Sulfonylurea | Herbicide | |||||
| Ioxynil | Nitrile | Herbicide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Iprodione | Imide | Fungicide | |||||
| Isoprothiolane | Dithiolane | Fungicide | |||||
| Lenacil | Uracyles | Herbicide | |||||
| MCPA | Phenoxy | Herbicide | |||||
| 2,4-D | Phenoxy | Herbicide | |||||
| Paraquat | Bipyridine | Herbicide | |||||
| Pendimethalin | Dinitroaniline | Herbicide | |||||
| Probenazole | Benoxthiazole | Fungicide | |||||
| Procymidone | Dicarboximide | Fungicide | |||||
| Propiconazole | Triazole | Fungicide | |||||
| Pyrazolynate | Pyrazole | Herbicide | |||||
| Pyrazoxyfen | Pyrazole | Herbicide | |||||
| Pyroquilon | Pyrroloquinoline | Fungicide | CV-1 cell line transfected with PPARα and PPARγ mouse | None have agonistic activity to PPARα and PPARγ | 2006 | Takeuchi et al. [25] | |
| Sethoxydim | Oxime | Herbicide | |||||
| Thiabendazole | Benzimidazole | Fungicide | |||||
| Thiocyclam | Nereistoxin | Insecticide | |||||
| Thiophanate-methyl | Thioureas | Fungicide | |||||
| Triadimefon | Triazole | Fungicide | |||||
| Tricyclazole | Triazole | Fungicide | |||||
| Triflumizole | Imidazole | Fungicide | |||||
| Trifluralin | Dinitroaniline | Herbicide | |||||
| Triforine | Piperazine | Fungicide | |||||
| Vinclozolin | Dicarboximide | Fungicide | |||||
| 2,4-D MCPA | Phenoxy | Herbicide | COS-1 (transfected) | No transactivation receptors | 1999 | Maloney & Waxman [28] | |
| PPARα, PPARβ/δ, PPARγ | Atrazine | Triazine | Herbicide | RK13 (rabbit kidney) transfected | No interaction with the receptors | 2003 | Devos et al. [104] |
Abbreviations: 2,4-D, 2,4-dichlorphenoxyacetic acid; ACC, acetyl Co-A carboxylase; BM-MSC, bone marrow-derived mesenchymal stem cell; C/EBPα, CCAAT enhancer binding protein alpha; C/EBPβ, CCAAT enhancer binding protein beta; CAR, constitutive androstane receptor; CREB, CAMP responsive element binding protein 1; EPN, Ethyl p-nitrophenyl phenylphosphorothioate; FABP4, fatty acid-binding protein 4; FAS, fatty acid synthase; GLUT-4, glucose transporter type 4; LPL, lipoprotein lipase; MCPA, 4-Chloro-o-toloxyacetic acid; DDT, diclorodifeniltricloroetano; DDD, Dichlorodiphenyldichloroethane; DDE, Dichlorodiphenyldichloroethylene; PPARα, peroxisome proliferator-activated receptor alpha; PPARβ/δ, peroxisome proliferator-activated receptor beta or delta; PPARγ, peroxisome proliferator-activated receptor gamma; PXR, pregnane X receptor; QpE, Quizalofop-p-ethyl; TBT, Tributyltin; TG, triglycerides; TPT, Triphenyltin.