Pennsylvania State University-Penn State New Kensington · Courses
ANSC
18 courses with the subject ANSC, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
ANSC 500Current Issues in the Animal Sciences2
Exploration of current controversial issues and impactful innovations in animal agriculture with a focus on their discovery and future applications. Students will develop an understanding of the contribution of seminal research papers that changed paradigms in the Animal Sciences and develop a deeper understanding of the scientific method and its potential impact on the world.
Consideration of the scientific method relative to scholarship and the ethical issues faced by scientists. Fulfills the students' Discussion-based Education SARI requirement.
Consideration of the scientific method relative to grantsmanship, including formulation of hypotheses, objectives, experimental design, development of a complete grant proposal, and the peer review process.
ANSC 503Professional Skills for Graduate Students2
This course will be focused on four main areas: project management, reproducible science, soft skills, and preparation for the job market. Students will be given an overview of strategies and tools that can be used to improve the execution of their scientific projects. Those concepts will then be put into practice through the development of management, data analysis, and publication materials using students' current or proposed projects. Hands-on sessions will include the financial reality of carrying out a scientific project, and the application of tools designed to improve science reproducibility, transparency, and data sharing. Finally, students will prepare materials that will be useful for future job applications. The course will provide students with important skills needed for a successful graduate school experience that are fundamental, but often not formally taught. Students will receive training in aspects of project management, reproducible science, communication, networking, and career preparation.
Development of skills in scientific writing and speaking, including preparation of manuscripts, scientific posters and technical documents, and design and delivery of oral presentations (e.g., platform talks, webinars, seminars).
Foundations in genomics, proteomics, epigenomics, and basic bioinformatics, and their applications in animal breeding, health, production, reproduction, nutrition, and medicine. AN SC 543 Animal Genomics (3) Genomics is a branch of genetics concerned with the study of genome sequence, assembly, and analysis of the structure and function of genomes. It is an interdisciplinary field involving the marriage of molecular biology, robotics, and computing. The course is designed to foster an appreciation for the importance of genomics as applied to animal agriculture and medicine and to provide a knowledge base that enables students to successfully move on and master advanced topics in genomics. Additionally, the course will introduce students to approaches and techniques used to sequence and analyze animal genomes and provide a hands-on learning environment to familiarize students with genome databases and basic bioinformatics tools. The course will combine lecture discussion of current literature with hands-on genomic analysis with focus on genome structure & organization, genome sequencing & annotation, animal genome projects & comparative mapping, single nucleotide polymorphism (SNP) discovery & genome-wide association study (GWAS), genomic selection, non-coding RNA, microarray analysis, proteomics, epigenomics, phylogenomics, and systems biology. Each topic will have one or more computer-based lab sections that are designed to provide students with further information related to the topic, with a particular focus on how to navigate genome databases and how to carry out basic bioinformatics analysis for their research projects. This course is suitable for graduate students, professional research scientists, and any student who has a BS in life science and wants to learn more about animal genomics and its sub-disciplines.
RNAseq is one of the most widely used technologies for understanding biology. However, due to a lack of bioinformatic skillset, students are still limited in applying this technology to their research. This course offers an end-to-end understanding of RNAseq analysis for biologists. The target audience is experimental biologists with little experience in bioinformatics. Hence, no prior experience in data analysis is required. The course consists of lectures/discussions and significant hands-on elements with individualized instructor support, covering both theory and tools associated with RNA-seq data analysis. Students will explore experimental design, technology usage, cost estimation, data generation, and data analysis (using command-line and R) of RNAseq data generated from the Illumina sequencing platform. The course is in a 2-week hands-on workshop format with line-by-line code provided, giving students the tools to plan and execute successful RNAseq experiments in their research.
Formal courses given on a topical or special interest subject which may be offered infrequently; several different topics may be taught in one year or term.
Formal courses given on a topical or special interest subject which may be offered infrequently; several different topics may be taught in one year or semester.
ANSC 602Supervised Experience in College Teaching1-3
Experience in developing, organizing, and conducting lectures/laboratories; evaluation and counseling students and related resident education activities.
