《Table 5 Fatty acids (%/2μL methylated fatty acid sample) composition of M.rosenbergii fed with cont

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《Influence of two different dietary zinc sources in freshwater prawn Macrobrachium rosenbergii post larvae》

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B-Zn:bulk zinc；Zn-NPs:zinc nanoparticles；1 B-Zn and Zn-NPs free feed；EPA:eicosapentaenoic acid；DHA:docosahexaenoic acid；SFA:saturated fatty acids；MUFA:monounsaturated fatty acids；PUFA:polyunsaturated fatty acids；USFA:unsaturated fatty acids；ND:not detecte

The saturated fatty acids（SFA），such as lauric acid，palmitic acid and stearic acids were signifi cantly elevated（P<0.05）in prawns fed with control feed when compared to B-Zn and Zn-NPs supplemented feeds fed prawn groups（Table 5）.Whereas，undeceylic acid and myristic acid were found to be signifi cantly（P<0.05）higher in prawns fed on Zn-NPs supplemented feed.While，tridecylic acid，arachidic acid，behenic acid and pentacosylic acid were detected in prawns fed Zn-NPs alone.The monounsaturated fatty acids（MUFA），palmiotoleic acid and oleic acid were found to be signifi cantly（P<0.05）higher in Zn（B-Zn and Zn-NPs）supplemented feeds fed prawns and control feed fed prawns group respectively.In context，the polyunsaturated fatty acids（PUFA）like linoleic acid，linolenic acid，eicosapentaenoic acid（EPA），and docosahexaenoic acid（DHA）were signifi cantly（P<0.05）elevated in prawns fed with Zn-NPs supplemented feed，followed by B-Zn when compared with the control.Further，the sum of unsaturated fatty acids（UFA），PUFA，n-3，n-6 fatty acids and EPA+DHA were found to be higher in ZnNPs supplemented feed fed prawns.Whereas，the sum of SFA and MUFA were higher in control feed fed prawns.In context，the ratio of n-6/n-3 and PUFA/SFA were elevated in control feed fed prawns.While，the USFA/SFA ratio was found to be higher in B-Zn supplemented feed fed prawns.