Figures & data
Table 1. Characterization of the FPH
Figure 1. Relative molecular weight distributions of the fish protein hydrolysates (FPH) prepared from silver carp on a TSK G3000 PWXL column at 220 nm
![Figure 1. Relative molecular weight distributions of the fish protein hydrolysates (FPH) prepared from silver carp on a TSK G3000 PWXL column at 220 nm](/cms/asset/aae40ff5-ea27-48cb-8ba0-c00230e430ee/ljfp_a_1622563_f0001_b.gif)
Figure 2. Cryoprotective ability of the FPH during freeze-thaw cycles. (a) Salt-soluble protein extractability from freeze-thaw surimi samples added with the FPHs, SuSo, and control. (b) Ca2+-ATPase activity of actomyosin from different surimi samples during freeze-thaw cycles. The reported data are mean values from three replicates. Bars represent standard deviations
![Figure 2. Cryoprotective ability of the FPH during freeze-thaw cycles. (a) Salt-soluble protein extractability from freeze-thaw surimi samples added with the FPHs, SuSo, and control. (b) Ca2+-ATPase activity of actomyosin from different surimi samples during freeze-thaw cycles. The reported data are mean values from three replicates. Bars represent standard deviations](/cms/asset/7805a14e-f6bb-4019-ac43-08212d57231c/ljfp_a_1622563_f0002_oc.jpg)
Figure 3. The proportion of unfrozen water determined by DSC from different surimi samples during freeze-thaw cycles. The reported data are mean values from three replicates. Bars represent standard deviations
![Figure 3. The proportion of unfrozen water determined by DSC from different surimi samples during freeze-thaw cycles. The reported data are mean values from three replicates. Bars represent standard deviations](/cms/asset/a225a55a-dda5-4fac-b052-f235d8eb3a3b/ljfp_a_1622563_f0003_b.gif)
Figure 4. Relative molecular weight distributions of the fractions obtained by membrane separation from FPH-30 on a TSK G3000 PWXL column at 220 nm
![Figure 4. Relative molecular weight distributions of the fractions obtained by membrane separation from FPH-30 on a TSK G3000 PWXL column at 220 nm](/cms/asset/e202aaf5-73ff-40d0-a305-0f597d04b490/ljfp_a_1622563_f0004_b.gif)
Figure 5. Cryoprotective ability of the fractions obtained by membrane separation from FPH-30 during freeze-thaw cycles. (a) Salt-soluble protein extractability from freeze-thaw surimi samples added with separated fractions and SuSo; (b) Ca2+-ATPase activity of actomyosin from different surimi samples during freeze-thaw cycles. The reported data are mean values from three replicates. Bars represent standard deviations
![Figure 5. Cryoprotective ability of the fractions obtained by membrane separation from FPH-30 during freeze-thaw cycles. (a) Salt-soluble protein extractability from freeze-thaw surimi samples added with separated fractions and SuSo; (b) Ca2+-ATPase activity of actomyosin from different surimi samples during freeze-thaw cycles. The reported data are mean values from three replicates. Bars represent standard deviations](/cms/asset/6b2e9164-b7db-4f82-8035-45ea72d90921/ljfp_a_1622563_f0005_oc.jpg)
Table 2. The amino acid sequences of the identified peptides and content in four membranes separated fractions