Remove Barriers to Proteomic Insights

A Uniquely Hands Free, Automated Benchtop System

Speed of Proteomic Insights is Critical

Now You Can Skip the Time Consuming Tasks

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Traditional vs.

Tedious steps like manual washes, multiple reagent additions, manual pipetting, and incubation cycles have become the norm in traditional methods.

Lab technicians are tied to the bench, attached to a timer for the entirety of the run, to perform each protocol step at precise moments.

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With Bruker Cellular Analysis' fully automated fluidics system, there are no manual washes, no reagent additions, and no need to perform standard curve serial dilutions.

Just pipette your samples into the chip, load the chip into the system, select the assay you'd like to run, and walk away!

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Experience the Difference
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Traditional
Workflow
12-18 HRS
Step 1 / Prep

Prepare all reagents as instructed

+15 min
Step 2 / Prep

Add 50 µl of sample to each well

5 min
Step 3 / Prep

Add 50 µl of diluted microparticle cocktail to each well

2 hr 5 min
Step 4 / Incubate

Incubate for 2 hours at RT on a shaker at 800 rpm

30 min
Step 5 / Wash

Remove the liquid from each well with 100 µl wash buffer

30 min
Step 6 / Wash

Perform the wash 3 times

1 hr 5 min
Step 7 / Incubate

Cover and incubate for 1 hour at RT on a shaker at 800 rpm

30 min
Step 8 / Wash

Repeat washing procedure
from step 5

5 min
Step 9 / Prep

Add 50 µl of diluted biotin antibody cocktail to each well

1 hr 5 min
Step 10 / Incubate

Cover and incubate for 1 hour at RT on the shaker at 800 rpm

30 min
Step 11 / Wash

Repeat washing procedure
from step 5

5 min
Step 12 / Prep

Add 50 µl of diluted Steptavidin-PE to each well

35 min
Step 13 / Incubate

Incubate for 30 minutes at RT on the shaker the 800 rpm

30 min
Step 14 / Wash

Repeat washing procedure
from step 5

5 min
Step 15 / Prep

Add 100 µl of wash buffer to each well

5 min
Step 16 / Incubate

Incubate for 2 minutes at RT on the shaker the 800 rpm

90 min+
Step 17 / Read

Read within 90 minutes using an analyzer

There are 10 more steps left but complete walk-away automation is only one step away.

IsoPlexis' Automated
Walk-Away Workflow
IsoPlexis' Automated
Walk-Away Workflow
Bruker Cellular Analysis' Automated
Walk-Away Workflow
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