In the field of biomedical research and nanomaterials analysis, many samples such asnano drugs, virus particles, liposomes, protein complexes, and various types of nanomaterialsthat usually exists in a liquid solution environment. If traditional electron microscope sample preparation methods are used for drying treatment, it may cause the nanomaterialsaggregation, sedimentation or structural deformationThis makes the observation results unable to truly reflect the original state of the sample in the liquid phase environment.

The liquid sample electron microscopy preparation technology can prepare the sampleEncapsulated in a liquid environment at the nanoscaleand combined with electron microscopy for observation, allowing researchers to directly analyze the nanoparticles in solution.morphology, particle size distribution and aggregation stateThrough this technology, the original dispersion of the sample can be effectively preserved, avoiding structural changes caused by drying or vacuum environments.

MA-tek has established a completeLiquid sample and biomedical materials electron microscopy analysis platform, integrating Transmission Electron Microscope (TEM/EDX), Scanning Electron Microscope (SEM/EDX), Cryo-transfer system, Ultramicrotome, Cryo-ultramicrotome, Critical Point Drying Equipment (CPD), Negative Staining Sample Preparation, and Liquid Sample Preparation System (K-kit)and equipment. Through diverse sample preparation techniques and high-resolution image analysis capabilities, suitable observation methods can be provided based on the characteristics of different biomedical samples, obtaining clear and reliable nano-structure images.

This technology is widely used innanomedicine development, biomedical nanomaterials research, observation of virus and protein structures, and evaluation of nanoparticle dispersion.In the field, it provides important microscopic structure analysis tools for biomedical and nanotechnology research.

Liquid Sample/Biological/Material Microscope Equipment Summary