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Core Technology
Four Pillars Platform
Anivance AI features four core platforms that continually evolve, enabling extensive exploration in human disease and drug development fields. We also provide innovative, stable, and efficient solutions to accelerate advancements in research and applications.
Chip design
The team has developed a modular design process that simplifies, enhances reliability, and reduces costs in chip design.
Achieved over five-fold improvement in chip stability and performance, enhancing biological diversity and compatibility to create advanced microsystems.
Innovative Bio-Simulation
1. Simulate microenvironments using respiratory-like gas flow and particle atomization systems.
2. Utilize blood-like fluid and primary cell cultures to simulate biological flow and cell growth.
3. Recreate tissue barriers and pioneer ciliated mucosal layers integrated with airflow.
4. Enhance data analysis precision through high-resolution imaging and semiconductor sensing components.
5. Established over five highly realistic respiratory tissue and disease models.
Through these five technological advantages, our preclinical trial core platform offers forward-thinking and diverse options to meet development needs.
Imaging
Harnessing advanced imaging systems like confocal microscopy, high-throughput platforms, and high-speed CCD devices, we provide high-resolution analysis services. With expertise in reconstructing thousands of 3D images, we offer long-term live cell imaging to observe cellular structures, interactions, and molecular distributions at micro- and nano-scales. Our solutions support both biological research and clinical applications effectively.
AI-Powered Health Solutions
By integrating image analysis with deep learning, we rapidly and effectively handle large datasets, enhancing analytical precision to accelerate disease research and drug development processes.
To date, significant achievements have been made in pulmonary mucus clearance and drug metabolism, providing robust support for medical research and clinical applications.
