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In this webinar, you will learn:
• Single cell sequencing basic theory and available technologies
• More about 10X Genomics technology and DNBSEQ™ Sequencing Technology
• About a real world case study and single cell sequencing data example
In this webinar, you will learn:
– Why mass spectrometry based proteomics offers advantages over other techniques.
– The main differences between different quantitative proteomics techniques including stable isotopic labelling and label-free quantification.
– Best practice and practical guidance for how to design and set up a quantitative proteomics experiment or research project.
– Real world case studies for how quantitative proteomics is used for biomarker discovery research.
What will you learn from this webinar?
Dr Tang will give a comprehensive introduction and live demo of the Dr. Tom system, showcasing some of its key functionality and advantages. You will have the chance to ask any questions you have.
What Will You Learn from This Webinar?
– what we know of the genetic diversity of the virus from evolutionary analysis
– current SARS-CoV-2 databases and resources
– common challenges in infectious disease genomics research
– practical guidance regarding coverage and sampling protocols for relevant sequencing solutions, including:
• whole genome sequencing
• single cell sequencing
• metagenomics sequencing
– how sequencing can be applied for vaccine development, drug R&D and clinical research.
In this webinar, you will learn:
– what types of RNA sequencing are there and which is right for what research.
– common questions and quality challenges with RNA sample preparation.
– what RNA library types are there.
– RNA data analysis: common needs and BGI’s bespoke solution.
In this webinar, you will learn:
– an overview of the main omics fields, including genomics, transcriptomics, proteomics and metabolomics
– an introduction to the concept of multi-omics and the main research areas that benefit from a multi-omics approach
– case studies based on two key BGI papers within the fields of proteomics and metabolomics covering plant novel gene annotation and human obesity research respectively
– bioinformatics challenges and best practice for multi-omics research
In this webinar, you will learn:
– common quality challenges with DNA sample preparation for WGS
– what level of coverage is needed for what WGS research goal
– common questions regarding WGS bioinformatic analysis and the options available
– the advantages of different WGS strategies including:
low coverage WGS for GWAS projects
long fragment read WGS for greater insight
In this webinar, you will learn:
– the principles of RNA data analysis, frequently used approaches and tools
– an overview of useful RNA databases and resources for data analysis
– how to create common data analysis figures and visualisations for standard analysis using the Dr. Tom System
(specific analysis approaches to RNA based oncology research illustrated using two case studies)
– the advantages of BGI’s Dr. Tom System for medical research
In this webinar, you will learn:
– An introduction to WGRS, frequently used databases and applications
– The key principles for designing an effective WGRS Project
– Four case studies demonstrating different WGRS applications including:
> Bulk Segregation Analysis
> Genome Wide Association Analysis (GWAS)
> Genetic Mapping
> Population Evolution Analysis
– Advantages of the DNBSEQ platform for WGRS
In this webinar, you will learn:
– An introduction to small RNA, including the different types of small RNAs and the key applications of small RNA research
– A detailed introduction to ‘Unique Molecular Identifier’ (UMI) small RNA technology, and how this is enabling new levels of RNA data quality
– Common challenges with small RNA projects, and practical tips for solving them
– Three model case studies demonstrating common small RNA research approaches