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Abdillah Dimas Arya Kereilwe Onalenna Mizukami Yoichi Watanabe Kenji Kadokawa Hiroya 《Mammalian genome》2022,33(4):606-618
Mammalian Genome - Proper functioning of the anterior pituitary (AP) gland is imperative, however, is suppressed by aging via unclear mechanisms. Therefore, we identified differentially expressed... 相似文献
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Ayik O Hisar O Gulcin I Aras-Hisar S Yanik T 《Biological trace element research》2005,108(1-3):147-153
The changes of copper, zinc, iron, magnesium, manganese, and triiodothyronine as a result of short- and long-term isothermal
exposure to light were determined in the plasma of mirror carp (Cyprinus carpio). Two groups of fish were subject to a 3-mo treatment that consisted of (1) 8h of light followed by 16 h of darkness and
(2) 16 h of light followed by 8h of darkness at 25°C. No significant changes were recorded between the two groups at the beginning
of the study. After 3 mo, the triiodothyronine and elements levels as well as the growth rates of fish in the long-time exposure
period were significantly higher than those in the short-time exposure (p<0.05). 相似文献
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Zhiwei Liang Ayik Abdillah Wenwen Fang Rongliang Qiu Bixian Mai Zhili He Philippe Juneau Marcelo Pedrosa Gomes Cindy Rianti Priadi Shanquan Wang 《Global Change Biology》2023,29(2):391-403
Approximately half of the global annual production of wastewater is released untreated into aquatic environments, which results in worldwide organic matter pollution in urban rivers, especially in highly populated developing countries. Nonetheless, information on microbial community assembly and assembly-driving processes in organic matter–polluted urban rivers remains elusive. In this study, a field study based on water and sediment samples collected from 200 organic matter–polluted urban rivers of 82 cities in China and Indonesia is combined with laboratory water-sediment column experiments. Our findings demonstrate a unique microbiome in these urban rivers. Among the community assembly-regulating factors, both organic matter and geographic conditions play major roles in determining prokaryotic and eukaryotic community assemblies, especially regarding the critical role of organic matter in regulating taxonomic composition. Using a dissimilarity-overlap approach, we found universality in the dynamics of water and sediment community assembly in organic matter–polluted urban rivers, which is distinctively different from patterns in eutrophic and oligotrophic waters. The prokaryotic and eukaryotic communities are dominated by deterministic and stochastic processes, respectively. Interestingly, water prokaryotic communities showed a three-phase cyclic succession of the community assembly process before, during, and after organic matter pollution. Our study provides the first large-scale and comprehensive insight into the prokaryotic and eukaryotic community assembly in organic matter–polluted urban rivers and supports their future sustainable management. 相似文献
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