Conference: CSHL Advanced Courses for Model Genetic Systems (2023-2025)

冷泉港实验室（CSHL）模型遗传系统高级课程在培训新的研究人员在细菌，酵母和植物中使用遗传和基因组方法方面发挥着关键作用。这些高度密集的为期三周的课程涵盖了各自系统中的遗传学基础，然后为课程进展中所涵盖的更复杂的基因组方法建立了概念支柱。课程的实践实验部分，通常包括多日模块，并辅之以日常理论讲座，由在系统中具有成熟专业知识的教师和利用相应系统的知名调查人员组成的世界级研讨会系列。因此，每个学生都接触到他们所教授的方法的基本原理以及该领域专家的最先进应用。这些课程在服务于生物学家的多样化社区以及培训物理科学研究人员方面享有盛誉。学生范围从早期研究生到终身教授，具有遗传学、分子和细胞生物学、生物信息学、工程学和物理学等领域的背景。自20世纪70年代和80年代初成立以来，CSHL暑期课程包括高级细菌遗传学、酵母遗传学&基因组学和&植物科学前沿技术（统称为模型遗传学系统课程）在传播新的方法和技术，在遗传学和基因组学模型系统的使用感兴趣的广大科学界发挥了关键作用。拟议的课程（2023-2025）将继续这一传统，通过提供在这些模型系统中工作的基础知识的高级培训，利用经典的遗传和分子生物学方法，遗传相互作用的分析和基因组学。每门课程都包括动手实验模块，一个充满活力的系列讲座，技术演示和演示，以及非正式讨论。讲师和特邀演讲者，公认的领导者在各自的领域，目前最新的研究范围广泛的主题。非正式、高度互动的课程形式使学生和教学学徒能够相互学习，并向讲师和受邀演讲者学习。总之，这些课程提供了为期三周的跨学科和前沿方法的密集沉浸，帮助下一代微生物学家和植物科学家准备将最新的遗传/基因组工具和方法应用于自己的研究，通常在非模型和“真实的世界”中该奖项反映了NSF的法定使命，并已被认为是值得通过使用基金会的知识产权评估的支持。优点和更广泛的影响审查标准。

The Cold Spring Harbor Laboratory (CSHL) Advanced Courses in Model Genetic Systems serve a critical role in the training of investigators new to the use of genetic and genomic approaches in bacteria, yeast and plants. These highly intensive three-week courses cover the fundamentals of genetics in the respective system, which then establishes the conceptual backbone for the more sophisticated genomic methods that are covered as the courses progress. The hands-on experimental portion of the courses, often including multi-day modules, are complemented by daily theoretical lectures by instructors chosen for their proven expertise in the system and a world class seminar series from renowned investigators that utilize the respective system. As a result, every student is exposed to the underlying principles of the methods they are being taught and their state-of-the-art application by the experts in the field. The courses have a well-established reputation for serving a diverse community of biologists as well as training researchers from the physical sciences. The students range from early-stage graduate students to tenured professors, with backgrounds in areas including genetics, molecular and cellular biology, bioinformatics, engineering, and physics.Since their foundation in the 1970s and early 1980s, the CSHL summer courses on Advanced Bacterial Genetics, Yeast Genetics & Genomics and Frontiers & techniques in Plant Science (collectively, the Model Genetics Systems courses) have each played a critical role in disseminating new approaches and techniques to the broad scientific community interested in the use of model systems in genetics and genomics. The proposed courses (2023-2025) will continue this tradition by providing advanced training in the fundamentals of working in these model systems making use of classical genetic and molecular biological approaches, analysis of genetic interactions, and genomics. The courses each consist of hands-on laboratory modules, a vigorous lecture series, technical presentations and demonstrations, and informal discussions. The instructors and invited speakers, acknowledged leaders in their fields, present up-to-the-moment research on a wide range of topics. The informal, highly interactive course format allows students and teaching apprentices to learn from each other as well as from the instructors and invited speakers. In sum, the courses provide for intensive three-week immersion into cross-disciplinary and cutting-edge approaches, helping prepare the next generation of microbiologists and plant scientists to apply the latest genetic/genomic tools and approaches to their own research, often in non-model and “real world” applications.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.