Drug Evaluation

Drug evaluation is an important aspect of drug analysis. Study of drug-cell interactions can identify potential side effects and adverse reactions that could harm patients, and determine how effective a drug is at treating the intended condition. Drug evaluation plays a key role in protecting public health by ensuring that medications are safe and effective for use.

Due to rapid development of microfluidic technology, microfluidic technology offers new capabilities for studying drug interactions with cells and tissues. It can also be integrated with other analytical techniques, such as imaging and mass spectrometry, to provide a more comprehensive understanding of drug behavior.

What We Can Do for You

According to different disease, STEMart utilizes unique microfluidic platform to simulate a similar tissue structure and then monitor related indicators after administration of drug to evaluate the effectiveness, toxicity, and safety of the drug.

• Evaluation of drug toxicity
  STEMart utilizes various types of microfluidic platforms to effectively determine drug toxicity
  • Study of dose-dependent drug toxicity with concentration-gradient-based microfluidic chips
  • Study of drugs’ nephrotoxicity, cardiotoxicity, and hepatotoxicity with organ-on-chips
  • High-throughput evaluation of cytotoxic effect of drugs through assessment of cell viability, enzyme activity, gene expression with three-dimensional cell coculture on droplet-based microfluidics
• Evaluation of drug effectiveness
  STEMart utilizes state-of-the-art microfluidics which simulates the physiological conditions within the human body to test how the drug interact with cells and tissues.
  • Exploration of various treatment schedules
  • Optimization of dosage regimens for maximum effectiveness.
• Assessment of drug resistance
  • Prediction of anticancer drug resistance with a 3D microfluidic cancer model
  • Fast detection of antibiotic susceptibility at the single-cell level
• Chiral separation of drugs
• Drug interaction studies

For more information about how our microfluidics technology can revolutionize your drug evaluation process, please contact us.