One platform for your entire workflow
- The 4 steps of a typical gene expression workflow
As the industry’s only platform with the ability
to analyze RNA, DNA, cells and proteins, it is an obvious fit
in the gene expression workflow.
View typical workflow demo. 
Step 1: RNA isolation
The 2100 bioanalyzer utilizes the RNA
6000 Nano LabChip kit, the industry standard to control Total
RNA, to perform many of the functions crucial to gene expression
analysis through microarray technology.
- Eliminate steps and save time while using as little as 5
ng of total RNA
- Calculate the ratio of ribosomal bands in total RNA samples
and show the percentage of ribosomal impurities in mRNA samples.
- Check the success of cRNA amplification reactions and insure
sufficient sample.
Step 2: Gene expressions analysis
DNA LabChip kits
make it easy to get size and concentration information for each
fragment of a sample.
- Check a PCR reaction faster and easier than ever.
- Quantify a template before a cloning experiment or sequencing
reaction.
- Verify the outcome of an enzymatic digestion.
Step 3: Protein expression
Using the cell fluorescence
LabChip kit and the cell assay extension,
biochemists, molecular, protein and cell biologists can perform
cell assays and simplify their workflow.
- Detect non-fluorescent, cell surface and intracellular proteins
by antibody staining.
- Monitor transfection efficiency by Green Fluorescence Protein
detection.
- Detect fluorescently labeled annexin-V for apoptosis.
Step 4: Protein purification
The 2100 bioanalyzer and the Protein
200 Plus LabChip kit are capable of analyzing a multitude
of different protein samples.
- Express recombinant proteins, purify proteins or work with
antibodies.
- Identify impurities and control stability.
- Determine the absolute concentration of antibody preparations.
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