Dalian Polytechnic University (20240334958). Method for Preparing Easy-to-Swallow Composite Gel based on High-pressure Shear Induction simplified abstract
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Method for Preparing Easy-to-Swallow Composite Gel based on High-pressure Shear Induction
Organization Name
Inventor(s)
Method for Preparing Easy-to-Swallow Composite Gel based on High-pressure Shear Induction - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240334958 titled 'Method for Preparing Easy-to-Swallow Composite Gel based on High-pressure Shear Induction
The abstract describes a method for preparing an easy-to-swallow composite gel using high-pressure shear induction in the food processing field, utilizing marine products as raw materials. The gel has low strength, high water/oil retention, and is soft for easy swallowing.
- The method synchronously regulates the cross-linking degree of thermally denatured proteins and the combination degree of functional oil through emulsion filling and protein cross-linking.
- The composite gel is nutritionally enhanced and can be shaped differently through 3D printing to cater to individual needs.
- Leftover processed minced fish meat can be used to prepare a fish meat base material, increasing product value and improving marine resource utilization.
Potential Applications: - Food industry for producing easy-to-swallow products - Healthcare sector for patients with swallowing difficulties - Geriatric care for elderly individuals with swallowing issues
Problems Solved: - Difficulty in swallowing solid foods - Limited options for easy-to-swallow food products - Underutilization of marine resources in food processing
Benefits: - Enhanced nutritional value in easy-to-swallow foods - Customizable shapes for personalized consumption - Increased value of products through resource optimization
Commercial Applications: Title: Innovative Easy-to-Swallow Composite Gel for Enhanced Nutrition This technology can be utilized in food manufacturing companies, healthcare facilities, and senior care centers to provide specialized easy-to-swallow food products.
Questions about the technology: 1. How does the composite gel improve the consumption experience for individuals with swallowing difficulties? - The gel's soft texture and high water/oil retention make it easier to swallow and provide a pleasant eating experience. 2. What are the environmental benefits of using marine products as raw materials in food processing? - By utilizing marine resources, the technology reduces waste and promotes sustainable practices in the food industry.
Original Abstract Submitted
disclosed is a method for preparing an easy-to-swallow composite gel based on high-pressure shear induction and belongs to the technical field of food processing. marine products are used as raw materials. a cross-linking degree of thermally denatured proteins and a combination degree of functional oil are synchronously regulated, calculated and controlled by one-step of emulsion filling and protein cross-linking. a composite gel prepared has low strength, high water/oil retention rate and the properties of “soft” easy-to-swallow foods. the composite gel is enhanced in efficacy by nutrition regulation, and the prepared easy-to-swallow composite gel achieves precise nutrition regulation. the composite gel is differently shaped by 3d printing according to different people's needs to improve consumers' appetite for easy-to-swallow foods. the utilization rate of marine resources is fully improved, a fish meat base material can be prepared from leftover processed minced fish meat, so the added value of products is increased.
- Dalian Polytechnic University
- Xiuping Dong of Dalian (CN)
- Yisha Xie of Dalian (CN)
- Lin Han of Dalian (CN)
- Xiliang Yu of Dalian (CN)
- Xianda Du of Dalian (CN)
- Pengfei Jiang of Dalian (CN)
- Xuhui Huang of Dalian (CN)
- Beiwei Zhu of Dalian (CN)
- A23L13/60
- A23L5/10
- A23L13/40
- A23L17/00
- A23L33/125
- A23L33/22
- A23P20/15
- A23P20/25
- CPC A23L13/67