Machscape Lifeline
Seeing Science Beyond the Visible

Redefining Microscopy with Hyperspectral Precision

Machscape Lifeline is an advanced hyperspectral imaging (HSI) platform designed for life science and microscopic applications. By combining spectroscopy with imaging, Lifeline captures hundreds of narrow spectral bands to generate 3D hypercubes, offering researchers and clinicians unparalleled insights at the cellular and molecular level. From DNA/RNA differentiation to embryo imaging and advanced tissue analysis, Lifeline pushes beyond the limits of conventional microscopy, enabling true spatial biology studies and delivering data-driven discoveries.

Features:

• Unprecedented Spectral Detail – Captures hundreds of contiguous bands (1–10 nm resolution) for deep biological insights.
• 3D Hypercube Data – Provides full spectral signatures for each pixel, allowing identification of unique molecular properties.
• Spatial Phenotyping – Enables visualization of cells in context, showing organization, biomarker expression, and tissue microenvironment interactions.
• Non-Destructive Imaging – Examines biological samples without altering or destroying them.
• Advanced Differentiation – Distinguishes between DNA and RNA, healthy and cancerous tissues, and various biomarkers.
• Versatile Platform – Adaptable for research, diagnostics, food quality, and material science applications.

Usage Directions:

• Sample Preparation: Place the biological specimen (tissue, cell culture, embryo, or food sample) on the imaging stage.
• Imaging Setup: Configure the microscope-integrated Lifeline system to capture visible and near-infrared spectral bands.
• Data Acquisition: Run spectral scans to generate the 3D hypercube, capturing spatial and spectral data simultaneously.
• Analysis: Use AI-powered software to interpret spectral signatures, identify biomarkers, detect anomalies, and quantify tissue interactions.
• Application-Specific Workflow: Customize analysis for life sciences (e.g., biomarker mapping), medical diagnostics (e.g., cancer detection), or food safety (e.g., authenticity checks).