Plant Science

Non-destructively image plant cell wall components, in vivo metabolic flux, and agrochemical distribution to reveal growth regulation mechanisms, support biomass conversion research and precision agriculture, and improve resource utilization efficiency.

Solution Advantages

Label-Free Imaging

Avoid fluorescence-induced phototoxicity and photobleaching while preserving the physiological authenticity of the sample.
Deep Penetration with High Resolution

Combine tissue-clearing workflows with millimeter-scale imaging depth and submicron spatial resolution.
Precise Quantification

Signal intensity remains linearly correlated with concentration, enabling direct quantification of endogenous molecules such as proteins, lipids, and metabolites.
Ultrafast Imaging

Signal enhancement of up to 10⁶ supports imaging in seconds to minutes rather than the hours often required by conventional approaches.

Typical Scenarios

Glycolipid Metabolism

For metabolic processes involving small biomolecules, coherent Raman imaging can track the metabolic trajectory of deuterated glucose in cells and visualize molecular distribution changes at different time points in real time.
Pathology Research

By comparing the spectral differences between diseased and normal tissues, the system can help identify tumor biomarkers. Quantitative analysis can also correlate with tumor malignancy and support further signaling-pathway research.
Glycolipid Metabolism

For metabolic processes involving small biomolecules, coherent Raman imaging can track the metabolic trajectory of deuterated glucose in cells and visualize molecular distribution changes at different time points in real time.