Escherichia coli provides a complete fermentation process package and technical equipment from shake flasks to glass jars, and then to industrial large-scale production, until qualified products are produced.

Bacillus subtilis, as a widely used industrial microorganism, plays an important role in the fields of biofertilizers, biopesticides, enzyme preparations, and food industry due to its strong environmental adaptability, efficient metabolic capacity, and safe production characteristics. This program aims to provide a comprehensive and detailed Bacillus subtilis fermentation plan, covering all aspects from strain selection and preparation to storage and application.

The construction of biopharmaceutical laboratories involves multiple aspects, including laboratory design and planning, equipment procurement and installation, environmental control, etc. The traditional construction method often requires schools or enterprises to contact suppliers and contractors at various stages on their own, which leads to problems such as inconvenient project management and high communication costs. A one-stop integrated solution can integrate all aspects together, with a professional team responsible for the entire process, providing customers with more convenient and efficient services.

NK细胞（自然杀伤细胞）作为免疫系统中重要的细胞类型，因其强大的杀伤活性在免疫治疗领域展现出巨大潜力

CHO细胞因其高效的表达能力、良好的稳定性和安全性，在生物制药领域尤其是重组蛋白和抗体药物的生产中占据核心地位。

通过构建人工瘤胃模拟系统，模拟反刍动物（如牛、羊等）瘤胃内的微生物发酵环境，研究不同饲料组分、添加剂或处理方式对瘤胃微生物群落结构、发酵产物（如挥发性脂肪酸VFA、甲烷产生等）以及饲料降解效率的影响。通过此研究，为优化饲料配方、提高饲料利用率、减少甲烷排放及促进动物健康提供科学依据

本方案旨在通过构建体外肠道模拟消化系统，模拟人体肠道内的环境条件（如pH值、温度、酶活性等），以研究不同食物成分、药物或添加剂在肠道内的消化过程、吸收特性及其对肠道菌群的影响。实验旨在提供科学依据，以优化食品配方、开发新型功能性食品、评估药物生物利用度及探索肠道健康干预策略。

平行反应器系统作为合成生物学研究中的重要工具，能够同时运行多个独立但条件可调的实验单元，优异的平行性，补料的精准性，控制的先进性，开放式的可扩展性，极大地加速了生物过程优化、基因表达调控及代谢路径分析的效率。本方案旨在详细介绍合成生物学平行反应器实验方法，涵盖从设备选择与准备到实验总结与报告的全流程。

本方案旨在探究餐厨垃圾通过厌氧发酵过程转化为沼气的可行性和效率，评估不同预处理方法和配比条件对沼气产量及组分的影响，为餐厨垃圾的资源化利用提供科学依据和技术支持。

实验旨在通过好氧堆肥技术，将餐厨垃圾、秸秆及畜禽粪便等固体废弃物转化为稳定、无害且富含有机质的肥料，减少环境污染，促进资源循环利用。同时，探索最佳原料配比、堆肥条件及过程优化策略。