Targeted Tissue laser capture microdisection profiling with spatial contexts for precision medicine
A digital pathology ecosystem for integrated multi-omic analysis
AccuLift™ with Targeted Labs Pro
Advancing tissue molecular profiling and molecular analysis by integrating cutting edge tissue microdissection, digital pathology, and machine learning.
AccuLift™ is a cutting-edge Laser Capture Microdissection (LCM) tissue profiling solution designed to revolutionize spatial biology research. By integrating the capabilities of multiple spatial biology platforms into a single, streamlined workflow, AccuLift™ allows researchers to gain unprecedented insights into the tissue microenvironment. This solution leverages multimodal and multi-omic approaches, combined with advanced AI data analysis, to provide deeper, more comprehensive profiling of tissue samples.
Acculift™ Tissue Profiler
Acculift™ Tissue Profiler is the next generation in laser capture microdissection (LCM), allowing researchers to quickly and easily capture spatial biology insights and unlock unique molecular signatures down to the single-cell level.
Step up the next level of precision with spot on laser technology
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Targeted Labs Pro
A comprehensive cloud platform that integrates your lab's ecosystem with software tools, including a universal whole slide image viewer, remote collaboration with image annotation and messaging, AI-driven data analysis for multimodal insights (multi-omic and image), and third-party image analysis overlay.
Import leading image analysis and spatial biology analysis files for multi modal analysis
Uncover Spatial Biology Insights with the New Acculift™ Cloud-Based Digital Pathology Solution
Learn how to profile the tissue microenvironment and collaborate in the cloud.
Precise
Exact spatial molecular profiling down to single cell level.
Flexible
Profile targeted regions of interest (ROIs) within the tissue microenvironment or the whole section.
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Seamless Integration
Used with standard histology protocols for a minimal set-up period.
Comprehensive
Multi-omic profiling (WGS,
RNA-seq, LC-MS, RPPA) with spatial context.
Spatial biology profiling solution
Unprecedented understanding of tissue microenvironment in discovery, translational, and clinical research
Slide Digitalization
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Whole slide, high quality image scanning of frozen and formalin-fixed,
paraffin-embedded
tissue sections.
Cloud Pathology
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Cloud-based digital pathology for case reviews, selections, and annotations on
targeted ROIs.
Spatial Profiling
Accurate sample capture down to a single cell level for
spatial profiling.
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Data Analytics
Comprehensive analytical tools to accelerate informed
decision making.
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Applications
Accurate, cell-specific data for a variety of downstream applications
See How AccuLift™ is Used
Advancing digital pathology and precision medicine
Laser microdissection, a groundbreaking technique in microscopy, enables precise isolation of tissue sections and single cells for downstream molecular analysis. By using advanced laser microdissection microscopes like the AccuLift Spatial Profiler, researchers can achieve unparalleled accuracy in tissue preparation, ensuring only the target tissue or cells are captured while preserving surrounding tissue integrity. This method is pivotal in cancer research, gene expression analysis, and molecular biology studies, as it enables direct microscope visualization and precise laser cuts tailored to research objectives.
Innovations in Laser Capture Microdissection Systems
Modern laser capture microdissection (LCM) systems, including LMD systems like the AccuLift, integrate cutting-edge laser technology and sophisticated optics. These tools empower scientists to profile signal pathways and isolate gene expression from even the most challenging tissue samples. Microscopic precision ensures high-quality tissue sample acquisition, facilitating advancements in molecular laser applications and accelerating discoveries in cancer diagnostics and therapy development.
Applications of Laser Capture Microdissection in Cancer Research
Laser microdissection microscopes are indispensable in cancer research, offering precision in isolating cells and tissue sections critical for identifying molecular markers. The technique supports gene expression analysis, enabling researchers to explore pathways and signals integral to understanding tumor progression. This precise approach enhances tissue preparation for molecular analysis, helping researchers develop targeted therapies and diagnostic tools.
Precision and Flexibility in Single-Cell and Tissue Analysis
The AccuLift Spatial Profiler revolutionizes tissue analysis by delivering precise laser cuts for capturing single cells or tissue sections. Whether isolating cells for gene expression analysis or preparing samples for microscopic molecular analysis, the system provides unparalleled flexibility and reliability. Its unique ability to combine direct microscope visualization with cutting technology ensures researchers achieve their objectives efficiently and with minimal sample loss.
Enhancing Tissue Sample Preparation with Molecular Laser Technology
Molecular laser microdissection elevates tissue preparation by allowing researchers to extract microscopic regions of interest with pinpoint accuracy. This technology is particularly beneficial in profiling gene expression and studying signal pathways. By isolating specific tissue sections without affecting surrounding tissue, laser microdissection enables highly focused molecular biology studies, paving the way for breakthroughs in personalized medicine and other cutting-edge research areas.
Advancing Gene Expression Studies with LMD Systems
LMD systems have become essential in gene expression analysis, allowing researchers to study microscopic structures and pathways within tissue samples. These systems combine the power of laser microdissection and microscopic visualization to provide a robust platform for molecular biology research. Their ability to isolate tissue sections or single cells with precision facilitates signal pathway profiling, tissue preparation, and surrounding tissue preservation, ensuring high-quality data for scientific discovery.
Unmatched Versatility with the AccuLift Spatial Profiler
The AccuLift Spatial Profiler stands out among laser microdissection microscopes for its ability to handle diverse tissue samples and molecular biology objectives. Designed for flexibility, this advanced system allows for precise tissue preparation, gene expression analysis, and molecular laser applications. Whether focusing on cancer research or tissue sample collection, its innovative features redefine what’s possible in laser microdissection.
Microscopic Precision for Cutting-Edge Research
Laser capture microdissection microscopes offer unparalleled precision for research in molecular biology and cancer studies. By using lasers for microscopic cutting and tissue isolation, researchers can study single cells and tissue sections with unmatched clarity. The ability to capture targeted regions for analysis ensures high-quality results in gene expression and tissue profiling, making LCM systems essential tools for modern laboratories.
Signal Pathway Profiling and Molecular Analysis
Laser microdissection systems, such as the AccuLift, enable signal pathway profiling by isolating specific tissue regions and cells for detailed molecular analysis. This precision ensures researchers can study gene expression in tissue sections or single cells while preserving the integrity of surrounding tissue. The resulting data supports groundbreaking research in cancer and other molecular biology fields.
Enhancing Research Through Direct Microscope Visualization
Direct microscope visualization combined with laser capture technology enhances tissue analysis by allowing researchers to target specific areas with unmatched precision. This innovative approach ensures high-quality tissue preparation for molecular laser applications, enabling breakthroughs in cancer research, gene expression studies, and tissue profiling.