Applications
Applicable area :
Industries Where OrganXpert Delivers Maximum Impact
1. Drug Discovery & Pharmaceutical Industry
OrganXpert enables highly accurate drug response and toxicity assessments through realistic human microenvironment simulation, 3D co-culture, and perfusion-based flow systems.It offers a validated alternative to animal testing, aligning with FDA and other global regulatory shifts, while significantly reducing development time and cost.With its multi-chip operation and reliable data output, it is highly effective for high-throughput drug candidate screening and preclinical evaluation.
Benefits
- Animal-free testing
- High data reliability
- Faster development cycles
- Cost savings
2. Preclinical CROs & Animal Testing Alternatives
OrganXpert is increasingly adopted by domestic and global CROs as a next-generation system for safety and efficacy testing.It supports GLP compliance and regulatory expectations, enhancing credibility and operational efficiency in preclinical studies.
Benefits
- Regulatory compliance (GLP-ready)
- Reliable, reproducible data
- High experimental throughput
- Competitive edge in global markets
3. Personalized & Precision Medicine
Utilizing patient-derived cells, OrganXpert allows accurate prediction of individual drug responses and disease behavior.Combined with CRISPR and other gene-editing tools, it enables advanced disease modeling for rare diseases, cancer, and more.
Benefits
- Personalized drug testing
- Realistic disease modeling
- Supports next-generation therapies
- High compatibility with genomics and bioengineering tools
4. Chemical, Environmental, Vaccine, Functional Foods & Cosmetics Sectors
OrganXpert provides human-relevant insights for toxicity and efficacy testing of novel materials, chemicals, health supplements, cosmetics, and vaccines.Its immune system modeling capability makes it especially useful in next-gen vaccine development.
Benefits
- Accurate in vitro toxicity & efficacy screening
- Accelerates new product development
- Reduces need for animal-based safety assessments
- Simulates physiological responses in human-like environments
