Genomics
Proteomics
Whole-Genome Sequencing
DNA
Miscellaneous
100

study of how genes affect a person's response to drugs

pharmacogenomics

100

study of all proteins produced by a cell, tissue, or organism under specific conditions

proteomics

100

the process of determining the complete DNA sequence of an organism’s genome 

whole-genome sequencing

100

coding regions of genes

exons

100

DNA exchange between homologous chromosome pairs

genetic recombination

200

sequencing method that Fred Sanger developed

chain termination method, AKA Sanger method

200

set of proteins with altered expression that can indicate a diseased state

protein signature

200

potential ethical issues in whole-genome sequencing

privacy, genetic discrimination, and ethical use of genetic information

200

continuous sequence assembled from overlapping DNA fragments

contig

200

production of identical cell populations by binary fission

cellular cloning

300

study of how genomes respond to toxic substances and drugs

toxicogenomics

300

individual proteins that are uniquely produced in a disease state and used for diagnosis

biomarkers
300

process of finding the location of genes on each chromosome

genome mapping

300

study of genetic material recovered directly from environmental samples

metagenomics

300

DNA that is present in the genome of the organism of interest

host DNA

400

why do we sequence model organism's genomes

it helps understand gene function and biological processes relevant to other species

400

complete set of proteins expressed by a genome at a given time

proteome

400

method where DNA is randomly fragmented and sequenced, then reassembled using overlapping regions

shotgun sequencing 

400

alteration of the genetic makeup of an organism  

 genetic engineering

400

complete set of metabolites which are related to an organism's genetic makeup

metabolome

500

process of identifying genes and attaching biological information to sequences

genome annotation

500

difference between a proteome and a genome 

the genome is constant, while the proteome changes depending on environmental and cellular conditions

500

use of mitochondrial genomics 

tracing maternal ancestry and studying evolutionary relationships

500

trait influenced by multiple genes, often also affected by the environment

polygenic trait

500

transfer of RNA from a gel to a nylon membrane

Northern blotting