问题描述：
英语翻译
Compensatory growth in the Chinese longsnout catfish,Leiocassis
longirostris following feed deprivation:Temporal patterns in
growth,nutrient deposition,feed intake and body composition
Xiaoming Zhua,Shouqi Xiea,T,Wu Leia,Yibo Cuia,Yunxia Yanga,R.J.Woottonb
aState Key Laboratory of Freshwater Ecology and Biotechnology,Institute of Hydrobiology,Chinese Academy of Sciences,
Wuhan,Hubei Province,430072,P.R.China
bInstitute of Biological Science,University of Wales,Aberystwyth,SY23 3DA,Wales,UK
Received 4 August 2004; received in revised form 15 November 2004; accepted 1 March 2005
Abstract
To investigate the compensatory growth responses of the carnivorous Chinese longsnout catfish a 7-week study was
performed at 28 8C.Juvenile longsnout catfish weighing a mean of 13.14 g were starved for 0 (control),1 (S1) or 2 (S2) weeks and
then re-fed to satiation for 4 weeks.Weekly changes in specific growth rate,feed intake and body composition were monitored
during re-feeding.No significant difference was found in final body weight among the three groups,indicating complete
compensation in the starved fish.The deprived groups caught up in body weight with that of the control within 2 weeks of refeeding.
Body concentrations of protein,lipid and energy were restored to control levels within 1 week of re-feeding.In the first
week of re-feeding,specific growth rates of body weight,lipid,protein and energy contents were significantly higher in the
deprived fish than in the control.In the second week of re-feeding,the specific growth rate of protein content of the S2 group was
still higher than in the control.In the third week of re-feeding,the growth rates for lipid and energy content of the deprived fish
dropped below that of the control,but were elevated again during the last week of the experiment.Feed intake was higher than the
control level in the first week of re-feeding in the S2 group,but no significant difference was found between the S1 group and
control.Growth efficiency in the S2 group was significantly higher than in the controls for the first week of re-feeding.
不要在线翻译的那种啊
Compensatory growth in the Chinese longsnout catfish,Leiocassis
longirostris following feed deprivation:Temporal patterns in
growth,nutrient deposition,feed intake and body composition
Xiaoming Zhua,Shouqi Xiea,T,Wu Leia,Yibo Cuia,Yunxia Yanga,R.J.Woottonb
aState Key Laboratory of Freshwater Ecology and Biotechnology,Institute of Hydrobiology,Chinese Academy of Sciences,
Wuhan,Hubei Province,430072,P.R.China
bInstitute of Biological Science,University of Wales,Aberystwyth,SY23 3DA,Wales,UK
Received 4 August 2004; received in revised form 15 November 2004; accepted 1 March 2005
Abstract
To investigate the compensatory growth responses of the carnivorous Chinese longsnout catfish a 7-week study was
performed at 28 8C.Juvenile longsnout catfish weighing a mean of 13.14 g were starved for 0 (control),1 (S1) or 2 (S2) weeks and
then re-fed to satiation for 4 weeks.Weekly changes in specific growth rate,feed intake and body composition were monitored
during re-feeding.No significant difference was found in final body weight among the three groups,indicating complete
compensation in the starved fish.The deprived groups caught up in body weight with that of the control within 2 weeks of refeeding.
Body concentrations of protein,lipid and energy were restored to control levels within 1 week of re-feeding.In the first
week of re-feeding,specific growth rates of body weight,lipid,protein and energy contents were significantly higher in the
deprived fish than in the control.In the second week of re-feeding,the specific growth rate of protein content of the S2 group was
still higher than in the control.In the third week of re-feeding,the growth rates for lipid and energy content of the deprived fish
dropped below that of the control,but were elevated again during the last week of the experiment.Feed intake was higher than the
control level in the first week of re-feeding in the S2 group,but no significant difference was found between the S1 group and
control.Growth efficiency in the S2 group was significantly higher than in the controls for the first week of re-feeding.
不要在线翻译的那种啊
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