“…In our study, the FAS activity in the hepatopancreas and gill tissues of P. clarkii was the highest at 25°C. The decrease in activity at low temperature of 10°C and high temperature of 30°C might suggest that under temperature stress, the synthesis of fatty acid in P. clarkii slowed down and accelerated the decomposition of fat to provide energy for the body to cope with environmental stress, which was similar to the findings of Seemann et al (2017) in the Astacus astacus.…”
Authors' Contribution YZ, LL and LSY designed the experiments and drafted the manuscript. LL, JHH and DLL executed the experiment. LQT and SGJ gave the guideline during the research.
“…In our study, the FAS activity in the hepatopancreas and gill tissues of P. clarkii was the highest at 25°C. The decrease in activity at low temperature of 10°C and high temperature of 30°C might suggest that under temperature stress, the synthesis of fatty acid in P. clarkii slowed down and accelerated the decomposition of fat to provide energy for the body to cope with environmental stress, which was similar to the findings of Seemann et al (2017) in the Astacus astacus.…”
Authors' Contribution YZ, LL and LSY designed the experiments and drafted the manuscript. LL, JHH and DLL executed the experiment. LQT and SGJ gave the guideline during the research.
“…In our study, the FAS activity in the hepatopancreas and gill tissues of P. clarkii was the highest at 25°C. The decrease in activity at low temperature of 10°C and high temperature of 30°C might suggest that under temperature stress, the synthesis of fatty acid in P. clarkii slowed down and accelerated the decomposition of fat to provide energy for the body to cope with environmental stress, which was similar to the findings of Seemann et al (2017) in the Astacus astacus.…”
Authors' Contribution YZ, LL and LSY designed the experiments and drafted the manuscript. LL, JHH and DLL executed the experiment. LQT and SGJ gave the guideline during the research.
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