Identifying the molecular structure of raw materials and unknown substances

Estimation of composition ratio (main components in a mixture)
Sub-ingredients)

Evaluation of differences in crystallinity (polymorphism, amorphous)

Identifying counterfeit drugs and foreign objects (foreign object analysis)

Foreign object detection

Quantification of component concentrations from the intensity of Raman peaks

Quantitative assessment of drug content and residues

Concentration profile (depth distribution)

Evaluation of cell and tissue status (visualization of differentiation state, activity, and stress response)

Non-labeled and non-destructive drug response evaluation (ADMET screening)

Quality control of cells for regenerative medicine (iPS cells, stem cells, etc.)

Supporting the diagnosis of cancer tissue and detecting marker substances (can also be combined with AI image analysis)

Predicting health status through spectral analysis of biological samples such as blood and body fluids (also compatible with PoC)

Mapping the chemical composition inside a sample

Structural analysis of multilayer films

Confirmation of the localization of components in fine particles and biomaterials

Assessment of metabolite distribution in tissues and cells (e.g. lipids, proteins, drugs)

Bulk analysis of large amounts of samples using our proprietary multi-point measurement device

Pharmaceutical screening, lot comparison of food ingredients, quality check of cells for regenerative medicine

Data dimensionality reduction and classification through various statistical analyses

AI analysis support for spectra (classification and prediction using supervised and unsupervised learning)

Multimodal analysis: Comprehensive evaluation through integrated analysis with other analytical techniques such as IR, MS, and fluorescence

Spectral pre-processing (baseline correction, noise removal, normalization, etc.) and algorithm selection

Real-time tracking of chemical reactions

Observation of thermal decomposition and photodegradation processes

Stability testing of pharmaceuticals and materials

Non-invasive tracking of cell status and metabolic changes during culture

Raman measurements under temperature control (heating/cooling)

Measurement in wet environments such as underwater or in saline solution

In-line/on-site analysis (for process monitoring)

Equipment design and prototype development (Raman microscopes and line sensors)

Development of sample pretreatment methods tailored to the analysis target

Technical consulting regarding analysis design (measurement conditions, equipment selection, sampling methods, etc.)

Assistance with interpretation of results and report review (advice in line with the direction of research and product development)

Support for publishing and patenting: Clarification of data presentation and analysis methods, initial advice on intellectual property strategy