生物包膜

Bioencapsulation of therapeutic proteins can prolong their half-life in the bloodstream.
生物包封技术可以延长药物蛋白在血液中的半衰期。
Scientists have developed a method for bioencapsulating stem cells to protect them during transplantation.
科学家们已经开发出一种方法，用于生物包封干细胞以保护其在移植过程中的完整性。
The microcapsules used in bioencapsulation are often made from natural polymers like chitosan or alginate.
生物包封中使用的微胶囊通常由天然聚合物如壳聚糖或海藻酸盐制成。
Bioencapsulation helps reduce the exposure of sensitive enzymes to harsh environmental conditions.
生物包封有助于减少敏感酶对恶劣环境条件的暴露。
Researchers are exploring bioencapsulation as a potential solution for controlled drug release in targeted therapies.
研究人员正在探索生物包封作为靶向治疗中控制药物释放的可能解决方案。
Bioencapsulation technology can protect genetically modified organisms (GMOs) during storage and transportation.
生物包封技术可以在储存和运输过程中保护转基因生物（GMOs）。
The use of bioencapsulation in agriculture allows for more efficient delivery of nutrients to plants.
在农业中使用生物包封可以更有效地将营养物质传递给植物。
Bioencapsulation is being investigated for its potential to enhance the shelf life of food products without compromising their nutritional value.
正在研究生物包封如何在不降低营养价值的情况下延长食品产品的保质期。
In cosmetics, bioencapsulation techniques are employed to encapsulate active ingredients, ensuring their stability and effectiveness.
在化妆品行业中，生物包封技术被用来封装活性成分，确保其稳定性和有效性。
Scientists are also exploring bioencapsulation for waste management, using microorganisms to convert pollutants into less harmful substances.
科学家还正在研究生物包封在废物管理中的应用，利用微生物将污染物转化为较无害的物质。