What are histology and imaging analysis services?

Histology and imaging analysis services combine tissue preparation, staining, microscopy, and image-based evaluation into a single workflow for biological and biomaterial samples. Materials Metric provides this as an end-to-end service from sample intake through interpreted imaging results. It supports structural, marker, and quantitative assessment of tissues and constructs.

What do histology and imaging analysis services include?

Services include fixation and processing, sectioning, routine and special staining, immunohistochemistry, brightfield and fluorescence microscopy, and quantitative image analysis such as area, count, and intensity measurements. The combination is tailored to each study objective. Results are reported with representative images and documented methods.

What sample is required for histology and imaging analysis?

We accept fresh or fixed tissue, frozen samples, paraffin blocks, pre-cut slides, or cultured constructs. The required form depends on the stains and imaging endpoints planned. Share tissue type and study goals so the workflow and controls can be scoped.

Which standards or best practices apply to histology and imaging analysis?

Work uses validated, fit-for-purpose methods with appropriate controls and documented image-analysis parameters, aligned with GLP and histology and imaging best practices. For material biological evaluation, studies can align with ISO 10993 where applicable. Methods and settings are recorded to support reproducibility.

Advanced Histology, Microscopy & Imaging Analysis

Accurate biological and material evaluation requires a deep understanding of tissue structure, cellular response, material–tissue interaction, and micro/nanoscale morphology.
Our Advanced Histology, Microscopy & Imaging Analysis services combine precision tissue processing, comprehensive staining, and high-resolution imaging to provide clear, quantitative insight into biological performance and material behavior.

At Materials Metric, we integrate histology, fluorescence microscopy, confocal imaging, SEM/TEM, AFM, micro-CT, and biointerface analysis to deliver a complete picture of how materials interact with biological environments.
These capabilities support R&D, materials validation, biomedical device development, and ISO/FDA regulatory submissions.