What are the main differences between bottom up/shotgun and top down proteomics strategies?

What are the procedures in genomics and why is useful?

What's the difference between genomics and transiptomics?

Why is it necessary to examine gene-expression profiles, in additionto genome sequences, for effective precision medicine?

How have GWAS's changed the field of genomics and what do they allow that other methods do not? What applications have GWASs been used in successfully (provide an example)?

What are the processes in genomics, and why are they important?

Question 5 What major workplace health hazard category would a virus like the COVID-19 Pandemic be classified under? O chemical O ergonomic O physical O biological Question 6 What is the name of the pay-for-performance plan that attempts to motivate teamwork. Also this pay- for-performance type involves employees in a plan to help reduce cost, and this gain would be shared with employees according to a predetermined formula? O gain share O commission O goal share O piece work

Within the subject of genomics, genetic engineering and gene therapy are related. What unites them and sets them apart?

Why is bioethics such an essential area in genomics?

How do high-throughput techniques such as computer-automated, next-generation sequencing, and mass spectrometry facilitate research in genomics and proteomics? Explain.