Smile! Protein and peptide sample preparation automated

The challenge:

How do you bring further standardization, reproducibility and hands on time savings to proteomics sample preparation for LC-MS analysis when you have already successfully addressed the many challenges of time, sample contamination, sample loss and reproducibility?

The solution:

In conjunction with Agilent, PreOmics' kits are suitable for use on the Agilent Bravo platform. Meeting the demands of reproducible, robust and sensitive proteomics sample preparation for LC-MS analysis, these applications allow research labs to partially automate proteomics processing, decreasing the hands on time.

Apply! Simple, streamline workflows

1. Adding samples

Samples should be liquid, homogenates or a soft pellet.

2. iST kit setup

Add the appropriate iST kit components to Agilent Bravo.

3. Sample preparation

Protocols need to be programmed by an in-house specialist.

4. MS analysis

Inject samples into your LC-MS system.

5. Data analysis

Process your data to see improved peptide identities.

Results

Fig 1. A) Distribution of proteins quantified in the 20-minute gradients of the 96 workflow replicates. B) Direct comparison of the two plasma samples to visualize the magnitude of IGHG4, IGHM, SHBG, and PZP in the background of the other quantified plasma proteins.

Fig 2. Color-coded Pearson correlation coefficients for thebinary comparison of the 96 technical workflow replicated. Pearson correlationcoefficients of up to 0.98 demonstrate high reproducibility.

The partially automated Agilent Bravo requires off-board centrifugation. The figures above show data generated on the Agilent Bravo in a partially-automated protocol, using 1 µL plasma with analysis on a Thermo Q-Exactive HF Orbitrap.