Antimicrobial Databases and Genotype Prediction: Data Sharing and Analysis
Posted 2 months 4 days ago by Wellcome Connecting Science
Discover how to harness AMR genotype-phenotype databases to advance your career
Transform your understanding of antimicrobial resistance (AMR) and elevate your research or clinical practice with this online course from Wellcome Connecting Science.
Dive into the world of AMR genotype-phenotype databases and gain practical skills that will set you apart in your field.
Unlock the power of AMR data
On this course, you’ll learn how to effectively utilise antimicrobial resistance (AMR) genotype-phenotype databases to advance your research, clinical practice, and public health efforts. You’ll begin by understanding how AMR data is created and how these insights can enhance your work. This foundational knowledge will empower you to interpret AMR data with confidence and clarity.
Detect and analyse AMR in your data
After grasping data creation, you’ll discover how to effectively detect AMR in your own data using various tools and algorithms. You’ll learn to navigate AMR databases, understand their strengths and limitations, and harmonise outputs from different sources.
Share and leverage AMR data for impact
Next, you’ll learn how to share AMR data and understand how to do it in a FAIR (Findable, Accessible, Interoperable, Reusable) manner. At this point, you’ll also discuss the principles of open access data and explore databases for storing public data, as well as delving into future trends, including AI and machine learning, and how they are furthering AMR research and application.
Enhance your career prospects in the scientific arena
By the end of the course, you’ll be able to confidently contribute to AMR genotype-phenotype databases, improving your career mobility and making a tangible impact in your field.
You’ll join a global network of scientists and professionals dedicated to advancing AMR research and practice.
This course is designed for early career researchers, healthcare professionals at any stage, and public health experts who are familiar with AMR but have limited experience with genotypic data.
No advanced prior knowledge is required, just a basic understanding of AMR concepts and a desire to enhance your expertise.
This course is designed for early career researchers, healthcare professionals at any stage, and public health experts who are familiar with AMR but have limited experience with genotypic data.
No advanced prior knowledge is required, just a basic understanding of AMR concepts and a desire to enhance your expertise.
- Explain the genotypic basis of AMR
- Contrast and critique the various ways to predict AMR from linked genotype/phenotype data
- Discuss the various AMR databases and their related pros and cons
- Explain how different AMR prediction tools can be operated and their outputs interpreted and implemented, understanding the current pitfalls of those tools
- Describe the process required to create and share FAIR and open AMR data