Aquatic product fish skin gelatin sponge and preparation method thereof
A technology of fish skin gelatin and aquatic products, which is applied in the field of medical devices, can solve the problems of fast degradation and poor flexibility, and achieve the effects of simple preparation process, strong mechanical strength, easy storage and use, and economical effect
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Embodiment 1
[0033] The preparation of embodiment 1 aquatic fish skin gelatin sponge
[0034] 1.1 Preparation of aquatic fish skin gelatin sponge with different concentrations:
[0035] Weigh 75mg, 150mg, 225mg, 300mg, 375mg and 450mg of tilapia skin aquatic gelatin obtained by spray drying, add them to 0.05mol / L acetic acid solution respectively, and set the volume to 15mL, and the established gelatin concentration is 5mg / mL respectively , 10mg / mL, 15mg / mL, 20mg / mL, 25mg / mL and 30mg / mL gelatin acetic acid solution, after proper swelling at room temperature, put it in a 50°C water bath to aid dissolution, and take it out every 10min and put it on the stirrer Stir for 5 minutes until the gelatin is completely dissolved in the acetic acid solution and the liquid becomes transparent and uniform. After vacuum degassing for 20 minutes, pour the gelatin solution into a 7.5cm×1.5cm (diameter×height) petri dish, seal with plastic wrap, cross-link overnight at 4°C, pre-cool at -20°C for 8 hours, and...
Embodiment 2
[0051] Determination of properties of aquatic fish skin gelatin sponge:
[0052] Select each gelatin sponge product that the above-mentioned embodiment that apparent shape is better obtains and carry out scanning electron microscope detection, observe the thickness of its fiber, the size of aperture, the uniformity of aperture etc. (referring to Figure 7-18 ).
[0053] It can be seen from the scanning electron microscope picture that at 100 times magnification:
[0054] 1. The sponge made of tilapia skin gelatin alone has larger pores, thinner fibers and uneven gaps;
[0055] 2. The sponge made of tilapia skin gelatin and glutaraldehyde has smaller voids, thicker fibers and uniform voids;
[0056] 3. The sponge made of tilapia skin gelatin and chitosan (9:1 and 8:2) has smaller voids, thicker fibers, and uniform voids, and the sponge made of 8:2 is more than the sponge made of 9:1 The sponge gap is more uniform;
[0057] 4. The sponge made of tilapia skin gelatin, chitosa...
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