options:
1. pluripotency
2. in situ hybridization
3. 2D gel electrophoresis
4. cloning a cow from a differentiated somatic cell
5. heatmap
6. reporter gene assay
7. ChIP-Seq
8. RNA-Seq
Match the description/purpose to the corresponding technique. Separates proteins by mass and
charge to create an array of dots that reflect the proteome of the cell type analyzed Uses an RNA
probe to identify where a particular mRNA is expressed Uses different colors to indicate high and
low expression to display gene expression data To characterize the effects of any enhancers that
could be present in a segment of DNA, that sequence of DNA is fused to a GFP gene Can be
used to identify the DNA sequences that a particular insulator protein binds to Can be used to
discover which RNA are expressed in a particular cell type The ultimate proof of genomic
equivalence.
options 1 pluripotency 2 in situ hybridization 3 2D gel.pdf
1. options:
1. pluripotency
2. in situ hybridization
3. 2D gel electrophoresis
4. cloning a cow from a differentiated somatic cell
5. heatmap
6. reporter gene assay
7. ChIP-Seq
8. RNA-Seq
Match the description/purpose to the corresponding technique. Separates proteins by mass and
charge to create an array of dots that reflect the proteome of the cell type analyzed Uses an RNA
probe to identify where a particular mRNA is expressed Uses different colors to indicate high and
low expression to display gene expression data To characterize the effects of any enhancers that
could be present in a segment of DNA, that sequence of DNA is fused to a GFP gene Can be
used to identify the DNA sequences that a particular insulator protein binds to Can be used to
discover which RNA are expressed in a particular cell type The ultimate proof of genomic
equivalence
