Our protein characterization service offers a comprehensive suite of advanced techniques to assess protein quality, stability and functional properties, ensuring the highest standards in biophysical and biochemical analysis. Leveraging state-of-the-art instrumentation, we provide robust and reliable data tailored to your research needs.
We specialize in:
- Quality Control and Stability Assessment: Analyze protein integrity and thermal stability to ensure experimental reproducibility.
- Enzymatic Assays: Evaluate activity and kinetics of enzymatic processes.
- Protein-Protein and Protein-Ligand Interactions: Characterize binding affinities, kinetics, and stoichiometry for in-depth mechanistic insights.
- Protein Aggregation and Oligomerization Studies: Investigate aggregation pathways and oligomerization states critical for understanding disease mechanisms or optimizing therapeutic protein formulations.
Our integrated approach enables precise and efficient characterization, supporting applications in drug discovery, biomarker development, and structural biology
High-performance circular dichroism spectropolarimeter designed for routine CD, LD, and absorbance measurements [READ MORE]
A reliable, streamlined platform for accurate quantification of nucleic acids. Its robust thermal control and support for multiple fluorescent chemistries make it suitable for a wide range of molecular biology research tasks — from basic gene expression studies to complex quantitative analyses and melt-curve assays. [READ MORE]
High-performance multimode microplate reader for biochemical and cell-based assays using absorbance, fluorescence, and luminescence detection [READ MORE]
High-performance fluorescence spectrometer capable of sensitive and flexible optical measurements across a wide range of applications, combining advanced optics with a pulsed xenon flash lamp to deliver fast, high-signal-to-noise data for steady-state and kinetic fluorescence studies [READ MORE]
double-beam UV-Visible spectrophotometer for precise, repeatable results optimized for quality control, research and analytical applications [READ MORE]
directly measure the strength of molecular interactions in solution, without the need for immobilization. Characterize nearly all types of molecular interactions with ultra-low sample consumption and versatile capabilities [READ MORE]