Matches in SemOpenAlex for { <https://semopenalex.org/work/W4294904086> ?p ?o ?g. }
- W4294904086 endingPage "109462" @default.
- W4294904086 startingPage "109462" @default.
- W4294904086 abstract "Owing to its high production and world-wide usage, plastic pollution is an increasing concern in marine environments. Plastic is decomposed into nano- and micro-sized debris, which negative affect reproduction and development in aquatic organisms. Bisphenol A (BPA), an additive of plastic, is released into the water column upon plastic degradation, and is known as a representative endocrine-disrupting chemical. However, the reproductive effects of plastics and bisphenols at the molecular level have not yet been explored in small marine crustaceans. In this study, we investigated the effects of polystyrene (PS) beads (0.05, 0.5, and 6 - μm) and bisphenol analogues (BPs; BPA, BPS, and BPF) on reproduction and development of small marine crustaceans. Effects on transcriptional changes in ecdysteroid and juvenile hormone (JH) signaling pathway-related genes were examined in the brackish water flea Diaphanosoma celebensis exposed to PS beads and BPs for 48 h. As results, BPs and PS beads delayed emergence time of first offspring, and increased fecundity in a concentration-dependent manner. BPs differentially modulated the expression of ecdysteroid and JH signaling pathway-related genes, indicating that BP analogs can disrupt endocrine systems via mechanisms different from those of BPA. PS beads was also changed the gene expression of both pathway, depending on their size and concentration. Our findings suggest that BP analogues and PS beads disrupt the endocrine system by modulating the hormonal pathways, affecting reproduction negatively. This study provides a better understanding of the molecular mode of action of BPs and PS beads in the reproduction of small crustaceans." @default.
- W4294904086 created "2022-09-07" @default.
- W4294904086 creator A5011514400 @default.
- W4294904086 creator A5036105642 @default.
- W4294904086 creator A5058177669 @default.
- W4294904086 date "2022-12-01" @default.
- W4294904086 modified "2023-09-26" @default.
- W4294904086 title "Modulation of ecdysteroid and juvenile hormone signaling pathways by bisphenol analogues and polystyrene beads in the brackish water flea Diaphanosoma celebensis." @default.
- W4294904086 cites W1968808458 @default.
- W4294904086 cites W1970219892 @default.
- W4294904086 cites W1970358298 @default.
- W4294904086 cites W1982649059 @default.
- W4294904086 cites W1985884019 @default.
- W4294904086 cites W1987649944 @default.
- W4294904086 cites W1988361903 @default.
- W4294904086 cites W1992754592 @default.
- W4294904086 cites W1994417153 @default.
- W4294904086 cites W1996777369 @default.
- W4294904086 cites W1998483515 @default.
- W4294904086 cites W1999014941 @default.
- W4294904086 cites W2001782148 @default.
- W4294904086 cites W2006104250 @default.
- W4294904086 cites W2007733726 @default.
- W4294904086 cites W2007869650 @default.
- W4294904086 cites W2021573078 @default.
- W4294904086 cites W2025646792 @default.
- W4294904086 cites W2033500368 @default.
- W4294904086 cites W2033619888 @default.
- W4294904086 cites W2047237384 @default.
- W4294904086 cites W2048804291 @default.
- W4294904086 cites W2050381918 @default.
- W4294904086 cites W2052114499 @default.
- W4294904086 cites W2060386008 @default.
- W4294904086 cites W2070629549 @default.
- W4294904086 cites W2091764984 @default.
- W4294904086 cites W2093448443 @default.
- W4294904086 cites W2097327668 @default.
- W4294904086 cites W2107277218 @default.
- W4294904086 cites W2112023460 @default.
- W4294904086 cites W2112827049 @default.
- W4294904086 cites W2127409061 @default.
- W4294904086 cites W2146282548 @default.
- W4294904086 cites W2160155743 @default.
- W4294904086 cites W2162660496 @default.
- W4294904086 cites W2163417009 @default.
- W4294904086 cites W2165979526 @default.
- W4294904086 cites W2198930514 @default.
- W4294904086 cites W2251856535 @default.
- W4294904086 cites W2296706368 @default.
- W4294904086 cites W2324374452 @default.
- W4294904086 cites W2329639071 @default.
- W4294904086 cites W2466940732 @default.
- W4294904086 cites W2505003366 @default.
- W4294904086 cites W2575211079 @default.
- W4294904086 cites W2580899680 @default.
- W4294904086 cites W2587662302 @default.
- W4294904086 cites W2588780525 @default.
- W4294904086 cites W2755339940 @default.
- W4294904086 cites W2768091889 @default.
- W4294904086 cites W2775318590 @default.
- W4294904086 cites W2781826559 @default.
- W4294904086 cites W2788762803 @default.
- W4294904086 cites W2793344401 @default.
- W4294904086 cites W2796279047 @default.
- W4294904086 cites W2808673533 @default.
- W4294904086 cites W2809908391 @default.
- W4294904086 cites W2886017002 @default.
- W4294904086 cites W2890516378 @default.
- W4294904086 cites W2894631038 @default.
- W4294904086 cites W2900770374 @default.
- W4294904086 cites W2921566325 @default.
- W4294904086 cites W2935868387 @default.
- W4294904086 cites W2941302153 @default.
- W4294904086 cites W2947805083 @default.
- W4294904086 cites W2953735396 @default.
- W4294904086 cites W2954994738 @default.
- W4294904086 cites W2967802758 @default.
- W4294904086 cites W2968310455 @default.
- W4294904086 cites W2984966099 @default.
- W4294904086 cites W2999802451 @default.
- W4294904086 cites W3009356074 @default.
- W4294904086 cites W3015407545 @default.
- W4294904086 cites W3117296749 @default.
- W4294904086 cites W3118359974 @default.
- W4294904086 cites W3140410845 @default.
- W4294904086 cites W3156431013 @default.
- W4294904086 cites W3162169955 @default.
- W4294904086 cites W3184488225 @default.
- W4294904086 cites W3192487862 @default.
- W4294904086 cites W4210314710 @default.
- W4294904086 cites W4224233823 @default.
- W4294904086 cites W600221233 @default.
- W4294904086 doi "https://doi.org/10.1016/j.cbpc.2022.109462" @default.
- W4294904086 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36087704" @default.
- W4294904086 hasPublicationYear "2022" @default.
- W4294904086 type Work @default.
- W4294904086 citedByCount "0" @default.
- W4294904086 crossrefType "journal-article" @default.