A Abametapir‐Based Formulation 130 Absorption, Distribution
353 Index a amitraz 97, 98, 100, 101, 152, 171, 172, 176, abametapir‐based formulation 130 178, 179, 232, 308 absorption, distribution, metabolism and Anaplasma phagocytophilum 44, 276, 309 excretion (ADME) 263, 274, 280–282 ancestral ticks 25, 32 acaricide classes 96, 98, 101, 110, 116 animal ectoparasiticide products 8 acaricide resistance 101, 102, 110–112, animal vector‐transmitted pathogens 64–74 115, 116 anthelmintic resistance 7, 13, 14 acetylcholine (AChE) 97 antiparasitic drugs 12, 15–16, 151, 245, acetylcholinesterase 100, 114, 121 254, 260 active pharmaceutical ingredient (API) 13, anti‐tick vaccines 143, 144, 156, 157, 16, 274, 321 195, 211 adult immersion test (AIT) 111–112 aquaporins 30, 145 afoxolaner arsenicals 97 – chemical‐biological structure‐activity Argasidae 25, 60, 61, 81, 86, 141, 144 relationships 261–266 arthropod ectoparasites 245–246 – distribution and clearance in artificial feeding systems (AFSs) dogs 282–284 – blood meal 189–190 – dose level selection 277–279 – components 188–191 – flea control 259 – ectoparasiticide drug discovery 197–198 – formulation selection 279–280 – fleas 191 – mode of action 266–270 – flies 196 – naphthalene chemistry 260 – hematophagous hemiptera 196–197 ® – NexGard 235 – insect laboratory cultures 188 – oral pharmacokinetics in dogs 280–282 – lice 196 – plasma concentration 198, 277–279, – membranes 188–189 281–283, 291 – methods and applications 191–196 – proof of concept in dogs 277 – mites 196–197 – protein binding 283 – mosquitoes 195–196 – safety in dogs 284–285 – temperature control systems 190–191 – safety pharmacology profile 284 – ticks 191–195 – study compliance with regulatory ATP‐binding cassette (ABC) requirements 275–276 transporter 126, 152 – topical and oral treatment 259 agricultural pests 7, 18, 183 b agrochemical pesticide development 15 Babesia spp.
[Show full text]