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• W4285405269 endingPage "105175" @default.
• W4285405269 startingPage "105175" @default.
• W4285405269 abstract "Insect-borne diseases of humans, animals and plants can be devastating. The direct damage to crops by insect and nematode pests can also severely reduce crop yields and threaten harvests. Parasitic nematodes can impair human health and the health of farm livestock. Effective control for all such pests, vectors and pathogens is required as the economic and health burden can be substantial. Insecticides, nematicides and anthelmintics have been at the forefront of control and will remain important in the immediate future, even as we explore new and more sustainable methods to maintain the necessary disease control and the growth in food supply. Many important chemicals deployed for the control of invertebrate disease vectors and pathogens of humans, agricultural crops and farm livestock are active on ion channels, resulting in rapid actions. Understanding their modes of action has been accelerated by studies on the physiology of identifiable invertebrate excitable cells. Nematode and insect genetic model organisms and comparative genomics have contributed to defining the molecular targets of insecticides and anthelmintics, facilitating target-based screening. Automated phenotyping, which allows high-throughput screening of chemical libraries for new and re-purposed compounds, has been increasingly deployed in the search for new molecules of interest. With a growing world population to be fed and a 20-49% loss of global harvest to pests, we need to maintain control of the pests, parasites and pathogens that threaten global food supply and global health." @default.
• W4285405269 created "2022-07-14" @default.
• W4285405269 creator A5053484252 @default.
• W4285405269 date "2022-10-01" @default.
• W4285405269 modified "2023-10-14" @default.
• W4285405269 title "Invertebrate neurones, genomes, phenotypic and target-based screening; their contributions to the search for new chemical leads and new molecular targets for the control of pests, parasites and disease vectors" @default.
• W4285405269 cites W1510221241 @default.
• W4285405269 cites W1605667399 @default.
• W4285405269 cites W1647075334 @default.
• W4285405269 cites W1944127002 @default.
• W4285405269 cites W1954391111 @default.
• W4285405269 cites W1966685657 @default.
• W4285405269 cites W1971880089 @default.
• W4285405269 cites W1975239375 @default.
• W4285405269 cites W1977610876 @default.
• W4285405269 cites W1985940938 @default.
• W4285405269 cites W1991133307 @default.
• W4285405269 cites W1992924624 @default.
• W4285405269 cites W1994866804 @default.
• W4285405269 cites W1995716106 @default.
• W4285405269 cites W1998653602 @default.
• W4285405269 cites W1999588263 @default.
• W4285405269 cites W1999643558 @default.
• W4285405269 cites W2000552368 @default.
• W4285405269 cites W2005905831 @default.
• W4285405269 cites W2006810880 @default.
• W4285405269 cites W2010461782 @default.
• W4285405269 cites W2014956379 @default.
• W4285405269 cites W2020089365 @default.
• W4285405269 cites W2026186266 @default.
• W4285405269 cites W2045424199 @default.
• W4285405269 cites W2048247919 @default.
• W4285405269 cites W2048521269 @default.
• W4285405269 cites W2054268241 @default.
• W4285405269 cites W2056174828 @default.
• W4285405269 cites W2057522454 @default.
• W4285405269 cites W2058427270 @default.
• W4285405269 cites W2058816652 @default.
• W4285405269 cites W2068146904 @default.
• W4285405269 cites W2068952753 @default.
• W4285405269 cites W2070706872 @default.
• W4285405269 cites W2080304818 @default.
• W4285405269 cites W2081084990 @default.
• W4285405269 cites W2089747478 @default.
• W4285405269 cites W2090690189 @default.
• W4285405269 cites W2092742937 @default.
• W4285405269 cites W2093912953 @default.
• W4285405269 cites W2095785516 @default.
• W4285405269 cites W2097233732 @default.
• W4285405269 cites W2111915171 @default.
• W4285405269 cites W2116360511 @default.
• W4285405269 cites W2117936709 @default.
• W4285405269 cites W2119301336 @default.
• W4285405269 cites W2122366430 @default.
• W4285405269 cites W2127398512 @default.
• W4285405269 cites W2131503781 @default.
• W4285405269 cites W2139927022 @default.
• W4285405269 cites W2140591044 @default.
• W4285405269 cites W2141652419 @default.
• W4285405269 cites W2144365883 @default.
• W4285405269 cites W2145511217 @default.
• W4285405269 cites W2151252119 @default.
• W4285405269 cites W2151412628 @default.
• W4285405269 cites W2153695039 @default.
• W4285405269 cites W2154414197 @default.
• W4285405269 cites W2168909179 @default.
• W4285405269 cites W2181818174 @default.
• W4285405269 cites W2236967507 @default.
• W4285405269 cites W2238748975 @default.
• W4285405269 cites W2415605090 @default.
• W4285405269 cites W2419018605 @default.
• W4285405269 cites W2465603450 @default.
• W4285405269 cites W2500727927 @default.
• W4285405269 cites W2530755632 @default.
• W4285405269 cites W2586137411 @default.
• W4285405269 cites W2612812586 @default.
• W4285405269 cites W2755206132 @default.
• W4285405269 cites W2780728213 @default.
• W4285405269 cites W2802282671 @default.
• W4285405269 cites W2805829367 @default.
• W4285405269 cites W2901817564 @default.
• W4285405269 cites W2952203084 @default.
• W4285405269 cites W2954731284 @default.
• W4285405269 cites W2982494156 @default.
• W4285405269 cites W2996860114 @default.
• W4285405269 cites W3000498162 @default.
• W4285405269 cites W3007022001 @default.
• W4285405269 cites W3028760640 @default.
• W4285405269 cites W3033323532 @default.
• W4285405269 cites W3038770598 @default.
• W4285405269 cites W3116063736 @default.
• W4285405269 cites W3158165973 @default.
• W4285405269 cites W3164715889 @default.
• W4285405269 cites W3180956051 @default.
• W4285405269 cites W3205898611 @default.
• W4285405269 cites W3212125165 @default.
• W4285405269 cites W4230501579 @default.
• W4285405269 doi "https://doi.org/10.1016/j.pestbp.2022.105175" @default.

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