PRODUCTS – CONSUMABLES
proteoCHIP LF 48
Reliable and Sensitive Prep for Exploratory Single-Cell Proteomics
The proteoCHIP LF 48 is designed for single-cell proteomics experiments where robustness and sensitivity are critical. With capacity for up to 144 single-cell samples, it minimizes evaporation and sample loss, ensuring reproducible preparation even with fragile or exploratory cell types. LF 48 provides a dependable solution for researchers who need consistent, high-quality data when working with challenging or precious samples.
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These leading institutions use our single cell and 3D cell model technologies:
Benefits
LF 48 minimizes evaporation and sample loss, making it ideal for sensitive or exploratory single-cell proteomics. Researchers can confidently prepare precious or fragile cells without compromising integrity.
Designed for robustness, LF 48 ensures reproducible peptide recovery and consistent proteome coverage, supporting dependable data across experiments and labs.
Optimized for Bruker’s nanoElute LC, LF 48 ensures smooth workflows and high-quality injections without added transfer steps. Still, it is compatible with any other LC-MS systems, with a unique manual pipetting transfer step.
Reduced background noise and reproducible prep lead to cleaner MS readouts, enabling detection of subtle proteoform changes in rare cell populations.
Nanovolume reactions cut reagent use and maximize peptide recovery, enhancing detection sensitivity while lowering consumable costs.
From single-cell isolation to LC-MS-ready samples, LF 48 runs entirely within cellenONE. Application specialists provide training to ensure smooth adoption and reliable use.
“Our workflow enables us to distinguish between in vitro analogs of two human blastocyst lineages: naive human pluripotent stem cells (epiblast) and trophectoderm-like cells.” Bubis, J.A., Arrey, T.N., Damoc, E. et al. Nature Methods 22, 510–519 (2025)
Validated on
proteoCHIP LF 48
Key Features
OIL-SEALED TO CONTROL EVAPORATION (OIL-FREE OPTION AVAILABLE)
Geometry optimized for nanoElute interfacing
48 wells per chip, up to 144 cells per run
Sloped wells enable easy pipetting and recovery
WORKFLOW
