CSHL Synthetic Biology Course (2022-2024)

冷泉港实验室合成生物学暑期课程是一个为期两周的沉浸式课程，旨在向科学家介绍合成生物学领域的知识。它通过结合实践讲座、开放式研究项目和该领域领导者的研讨会来提供合成生物学方法的密集指导。这门课程吸引了在学术机构、国家实验室和工业领域工作的早期职业科学家。它为那些希望过渡到合成生物学研究并在本国机构传播合成生物学想法和技能的科学家提供服务。在课程的第一周，学生们参加实践培训模块，其中结合了讲座和动手实验。在第二周，学生们参与由课程讲师从他们自己的实验室带来的尖端研究项目。在整个课程的两周里，合成生物学的主要专家被邀请来谈论他们的研究，并在一系列研讨会中提供他们对该领域的看法。今年的课程包括无细胞转录-翻译系统、现代克隆技术、生物过程的计算建模以及基于CRISPR的基因组编辑和基因调控等模块。通过实践讲座、研究项目和研讨会，参与者将接触到尖端的合成生物学方法，使他们对合成生物学领域的挑战和机遇有一个坚实的了解。冷泉港实验室合成生物学暑期课程是世界上唯一一个为高级实习生(本科及以上)团队提供身临其境的讲座和实验湿实验室体验的项目，以协作学习合成生物学的新方法和新途径。高度互动的课程形式使研究与培训的直接结合达到了前所未有的水平，因为学生在非正式环境中与外地领导人互动的同时，致力于创新的研究项目。每年，课程讲师都会带来新颖的研究项目和培训模块，让学生接触合成生物学的最新突破和挑战。今年的研究和培训模块包括：(1)使合成生物学技术能够加速基因电路的设计和构建。学生将学习补充技术，包括体外无细胞转录翻译(TX-TL)方法和预测合成电路功能的计算方法。(2)经历设计-测试-建造的五次启发式挑战。(3)利用基于CRISPR的工具进行先进的细菌基因组编辑。总而言之，本课程提供了为期两周的深入学习尖端合成生物学方法的机会，帮助培养下一代合成生物学家从事生物、计算和物理科学的工作。冷泉港实验室合成生物学课程在合成生物学前沿的科学课题上培养了新一代的科学家和工程师。该奖项反映了NSF的法定使命，并通过使用基金会的智力优势和更广泛的影响审查标准进行评估，被认为值得支持。

The Cold Spring Harbor Laboratory Synthetic Biology summer course is a two-week long immersion course designed to introduce scientists to the field of synthetic biology. It provides intensive instruction in synthetic biology methods by combining practical lectures, open-ended research projects, and seminars from leaders in the field. The course attracts early career scientists working at academic institutions, national labs and in industry. It serves scientists that are looking to transition into synthetic biology research and disseminate synthetic biology ideas and skillsets at their home institutions. In the first week of the course, students participate in practical training modules, which combine lectures and hands-on experiments. In the second week, students participate in cutting-edge research projects that are brought by the course instructors from their own labs. Throughout both weeks of the course, leading experts in synthetic biology are brought in to talk about their research and provide their perspective on the field in a seminar series. This year, the course includes modules on cell-free transcription-translation systems, modern cloning techniques, computational modeling of biological processes, and CRISPR-based genome editing and gene regulation. Through practical lectures, research projects, and seminars, participants will be exposed to cutting-edge synthetic biology methods to provide them with a solid understanding of the challenges and opportunities available in the field of synthetic biology.The Cold Spring Harbor Laboratory summer course on Synthetic Biology is the only program in the world that offers an immersive lecture plus experimental wet lab experience for teams of advanced trainees (post undergraduate and beyond) to collaboratively learn new methods and approaches in synthetic biology. The highly interactive course format allows an unprecedented level of direct integration of research with training, as students work on innovative research projects while interacting with field leaders in an informal setting. Each year, the course instructors bring novel research projects and training modules to expose students to the latest breakthroughs and challenges in synthetic biology. This year’s research and training modules include: (1) Enabling synthetic biology technologies that accelerate the design and construction of genetic circuits. Students will learn about complementary techniques including in vitro cell-free transcription-translation (TX-TL) methods and computational methods for predicting synthetic circuit function. (2) Experiencing the design-test-build cycle through the five-primer challenge. (3) Harnessing CRISPR-based tools for advanced genome editing approaches in bacteria. In summary, the course provides an intensive two-week immersion into cutting-edge synthetic biology methods, helping prepare the next generation of synthetic biologists to work at the interface of biological, computational, and physical sciences. The Cold Spring Harbor Laboratory Synthetic Biology course trains an emerging generation of scientists and engineers on scientific topics that are at the leading edge of synthetic biology.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.