1. All of the following are characteristics of the genomics revolution EXCEPT_____________
Large scale acquisition of DNA sequences
Ability to conduct discovery-based research
Enabled reverse genetics approach to genetics research
Facilitated collaborative research networks
Inability to understand single genes
2. Determine which of the below are types of analyses that can occur once an entire sequence of a genome is known?
a) Bioinformatics
b) Comparative genomics
c) Proteomics
d) Educational genomics
e) Functional genomics
3. Genomics can be used to:
1. understand general design principles of living organisms.
2. discover new genes that have a role in human genetic diseases.
4. Which of the below are not steps in the production of genome sequence maps:
a) Read the sequence of individual piece of the genome.
b) Isolate whole chromosomes.
c) When sequences are obtained, assemble and organize the sequences in order.
d) Identify molecular markers on specific chromosomes.
e) All of these are steps you would use.