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- W4214748179 abstract "Fish swimming behavior is a commonly measured response in aquatic ecotoxicology because behavior is considered a whole organism-level effect that integrates many sensory systems. Recent advancements in animal behavior models, such as hidden Markov chain models (HMM), suggest an improved analytical approach for toxicology. Using both new and traditional approaches, we examined the sublethal effects of PCB126 and methylmercury on yellow perch (YP) larvae (Perca flavescens) using three doses. Both approaches indicate larvae increase activity after exposure to either chemical. The middle methylmercury-dosed larvae showed multiple altered behavior patterns. First, larvae had a general increase in activity, typically performing more behavior states, more time swimming, and more swimming bouts per second. Second, when larvae were in a slow or medium swimming state, these larvae tended to switch between these states more often. Third, larvae swam slower during the swimming bouts. The upper PCB126-dosed larvae exhibited a higher proportion and a fast swimming state, but the total time spent swimming fast decreased. The middle PCB126-dosed larvae transitioned from fast to slow swimming states less often than the control larvae. These results indicate that developmental exposure to very low doses of these neurotoxicants alters YP larvae overall swimming behaviors, suggesting neurodevelopment alteration." @default.
- W4214748179 created "2022-03-02" @default.
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- W4214748179 date "2022-02-24" @default.
- W4214748179 modified "2023-10-18" @default.
- W4214748179 title "Altered Larval Yellow Perch Swimming Behavior Due to Methylmercury and PCB126 Detected Using Hidden Markov Chain Models" @default.
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- W4214748179 cites W1823416097 @default.
- W4214748179 cites W1966243944 @default.
- W4214748179 cites W1979290117 @default.
- W4214748179 cites W1999652255 @default.
- W4214748179 cites W2011048228 @default.
- W4214748179 cites W2011788988 @default.
- W4214748179 cites W2012899262 @default.
- W4214748179 cites W2013500221 @default.
- W4214748179 cites W2020050932 @default.
- W4214748179 cites W2031078639 @default.
- W4214748179 cites W2031278175 @default.
- W4214748179 cites W2032046765 @default.
- W4214748179 cites W2038949286 @default.
- W4214748179 cites W2047777561 @default.
- W4214748179 cites W2049770018 @default.
- W4214748179 cites W2050413361 @default.
- W4214748179 cites W2051162616 @default.
- W4214748179 cites W2051470366 @default.
- W4214748179 cites W2057459383 @default.
- W4214748179 cites W2068735240 @default.
- W4214748179 cites W2071531233 @default.
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- W4214748179 cites W2083245174 @default.
- W4214748179 cites W2093745362 @default.
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- W4214748179 cites W2106347346 @default.
- W4214748179 cites W2119655105 @default.
- W4214748179 cites W2128533060 @default.
- W4214748179 cites W2131723887 @default.
- W4214748179 cites W2131808113 @default.
- W4214748179 cites W2135563396 @default.
- W4214748179 cites W2137494597 @default.
- W4214748179 cites W2142475613 @default.
- W4214748179 cites W2148736017 @default.
- W4214748179 cites W2150267608 @default.
- W4214748179 cites W2161726823 @default.
- W4214748179 cites W2167922401 @default.
- W4214748179 cites W2170101472 @default.
- W4214748179 cites W2171878869 @default.
- W4214748179 cites W2175174766 @default.
- W4214748179 cites W2214000971 @default.
- W4214748179 cites W2226347900 @default.
- W4214748179 cites W2234202339 @default.
- W4214748179 cites W2310949909 @default.
- W4214748179 cites W2316408689 @default.
- W4214748179 cites W2341959691 @default.
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- W4214748179 cites W2529590575 @default.
- W4214748179 cites W2611504720 @default.
- W4214748179 cites W2750116784 @default.
- W4214748179 cites W2751866284 @default.
- W4214748179 cites W2762584170 @default.
- W4214748179 cites W2899511014 @default.
- W4214748179 cites W2906336043 @default.
- W4214748179 cites W2908637567 @default.
- W4214748179 cites W2914793148 @default.
- W4214748179 cites W2924710398 @default.
- W4214748179 cites W2981703740 @default.
- W4214748179 cites W2995952877 @default.
- W4214748179 cites W2996090545 @default.
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- W4214748179 cites W3003192070 @default.
- W4214748179 cites W3039256691 @default.
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- W4214748179 cites W4238260078 @default.
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- W4214748179 cites W4256357823 @default.
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- W4214748179 doi "https://doi.org/10.1021/acs.est.1c07505" @default.
- W4214748179 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35201763" @default.
- W4214748179 hasPublicationYear "2022" @default.
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