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Toxicological Testing: In Vivo and In Vitro Models Chapter | 9  147




  VetBooks.ir  TABLE 9.1 Examples of Animal Models Used in Selective Toxicity Tests  References


                                 Species
                                            Toxicity Tests
               Order
               Rodentia          Rat        Developmental toxicity      EPA (1998b, 2000), OECD (2001b, 2016a,b)
                                            Carcinogenicity             OECD (2009a,b)
                                            Cutaneous toxicity          OECD (1987)
                                            Genotoxicity                OECD (1984, 2013), EPA (1998c)
                                            Immunotoxicity              IPCS (1996), EPA (1998g)
                                            Neurotoxicity               OECD (1997c), EPA (1998d,e)
                                            Developmental neurotoxicity  EPA (1998f), OECD (2007)
                                            Reproductive toxicity       EPA (2000), OECD (2001a, 2012, 2016a,b)
                                 Mice       Carcinogenicity             OECD (2009a,b)
                                            Skin sensitization          EPA (2003)
                                            Genotoxicity                OECD (1984, 2013), EPA (1998c)
                                            Immunotoxicity              IPCS (1996), EPA (1998g)
                                            Neurotoxicity               OECD (1997c), EPA (1998d,e)
                                            Reproductive toxicity       OECD (2001a)
                                 Hamsters   Carcinogenicity             Gad (1998)
                                            Genotoxicity                Loomis and Hayes (1996)
                                 Guinea pigs  Cutaneous toxicity/skin sensitization  OECD (1987), EPA (2003)
                                            Developmental neurotoxicity  Kaufmann (2003)
               Lagomorpha        Rabbit     Developmental toxicity      EPA (1998b), Foote and Carney (2000), OECD (2001b)
                                            Cutaneous toxicity          OECD (1987), Auletta (2004)
                                            Reproductive toxicity       Foote and Carney (2000)
               Avian             Hen        Neurotoxicity               OECD (1995a,b)
               Swine             Minipigs   Cutaneous toxicity          Auletta (2004)
                                            Developmental neurotoxicity  Kaufmann (2003)
               Canine            Dog        Carcinogenicity             Loomis and Hayes (1996)
                                            Cutaneous toxicity          Vail et al. (1998)
                                            Neurotoxicity               EPA (1998e)
                                            Developmental neurotoxicity  Kaufmann (2003)
               Nonhuman primates  Monkey    Developmental toxicity      Buse et al. (2003)
                                            Cutaneous toxicity          deBlois and Horlick (2001)



             differences between species, previously published data  testing are summarized in Table 9.3. Rats and, to a lesser
             and after careful planning or preliminary experimentation.  extent, mice are the species of choice in reproductive tox-
                                                                icological testing because they are considered inexpensive
                                                                compared to bigger mammals (EPA, 2000; OECD, 2001a,
             Reproductive Toxicity Tests
                                                                2012, 2016a,b). On the other hand, small rodents need to
             Reproductive toxicity testing is based on the measurement  be euthanized even for simple endpoints such as collec-
             of reproductive functional and structural defects caused  tion of sperm, whereas rabbits can be sampled regularly
             by toxic agents in both males and females. The toxicity  without being sacrificed, making them an alternative in
             endpoints most frequently studied in reproductive in vivo  reproductive toxicological tests (Foote and Carney, 2000).
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