EESA10H3 Chapter 2: Chapter 2

• School: UTSC
• Department: Environmental Science
• Course: EESA10H3
• Professor: Silvija Stefanovic

Document Summary

Together toxickinetics and toxicodynamics describe the disposition and effects of toxicant in the body. Ma(cid:374)(cid:455) fa(cid:272)tors i(cid:374)flue(cid:374)(cid:272)e the pro(cid:272)ess of dispositio(cid:374) the (cid:272)hara(cid:272)teristi(cid:272)s of e(cid:454)posure it"s self a brief exposure and acute exposure versus a long lasting and usually lower level exposure chronic exposure may influence disposition. I(cid:374) parti(cid:272)ular (cid:272)hildre(cid:374)"s (cid:272)apa(cid:272)it(cid:455) to deto(cid:454)if(cid:455) chemicals is different from the adults in the bodily systems are vulnerable because the(cid:455)"re still de(cid:448)elopi(cid:374)g. Carcinogenesis: the court and diver of toxicology is to indicate how biochemical mechanisms actually lead to toxic effects and the body of the level of the molecular cell. Oregon or oregon system cancer begins with a change to the genetic code and orga(cid:374)is(cid:373)"s ge(cid:374)eti(cid:272) (cid:272)ode is fou(cid:374)d i(cid:374) (cid:373)ole(cid:272)ules of deoxy ribonucleic acid dna present in the nucleus of each cell. This seemed type of genetic material with different information encoded is found in organisms.