Massively multiplexed single-cell barcodes.
Connect Your Data Across Single-Cell and OMICs Platforms
High-dimensional single-cell data across flow cytometry, imaging, sequencing and more.
Follow Every Cell
LASE Innovation is redefining what is possible when it comes to tracking individual cells at scales needed for the next generation of biological discovery.
News
LASE Innovation Receives SBIR Award to Study T Cell Function Over Time
LASE Innovation, a developer of the groundbreaking LP Cell Barcoding™ platform, announced that it has received a Direct-to-Phase II SBIR grant, valued at approximately $1.8 MM from the NIH.
Applications in Life Sciences and Beyond
Flow Cytometry
Microscopy
Sequencing
in vivo Studies
Drug Screening
New Applications
Applications in Life Sciences and Beyond
Flow Cytometry
Microscopy
Sequencing
in vivo Studies
Drug Screening
New Applications
Next Generation Optical Particles for Cell Barcoding
LASE has developed its novel laser particle (LP™) technology, which are novel light-emitting particles with nano-to-micron sizes and narrowband emission (<0.2nm) tuned to over 1000 possible wavelengths.
Using their proprietary attachment methods to the cells surface, this enables massively multiplexed barcoding of cells, tracking their data across single-cell and omics platforms.
Achieve Full-Scale Single-Cell Data
LP™ cell barcoding technology enables unprecedented single-cell data sets, including the ability to monitor individual cell responses over time, something no other technology can do at this scale.
- Patent-protected, exclusively licensed
- Fast, non-invasive readout
- No interference with standard assays
- Track 100,000s to millions of cells
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