Technology
We have successfully integrated semiconductor technology, artificial intelligence (A.I.), optical engineering, molecular pathology, and precision mechanics to develop a new generation of highly accurate cell-detection devices, collectively known as the Nano CAST™ Cancer Solution system.
Molecular Pathology
CytoAurora Biotechnology possesses extensive expertise and experience in cellular and molecular pathology—an essential foundation for the development of our advanced technologies.
Technology Development
Our systems are developed using highly specific antibodies designed to target tumor-associated cellular molecules with precision.
Comprehensive Support
We provide high-quality instruments, biological reagents, and specialized microchips, along with complete technical support throughout the diagnostic workflow.
Professional Team
Our research team is composed of experts in bioscience, biochemistry, and bioinformatics, who are proficient in conducting precise cellular and molecular pathological analyses.
Innovation and Solutions
We are dedicated to continuously advancing research and developing new technologies and methodologies in cellular and molecular pathology to meet the demands of clinical diagnostics.
In particular, the enumeration of circulating tumor cells (CTCs), combined with molecular profiling, represents a biomarker-driven bioassay that delivers crucial insights into:
Tumor characteristics
Disease progression and metastasis
Treatment response evaluation
These analyses support more accurate clinical decision-making and personalized therapeutic strategies.
Quality and Collaboration
All of our reagent test kits are validated for quality and performance, utilizing premium-grade raw materials and stringent quality control (QC) procedures.
We also collaborate with leading medical and research institutions to deliver comprehensive, clinically applicable diagnostic solutions in pathology and molecular medicine.
Semiconductor Technology
CytoAurora Biotechnology has successfully developed an internationally patented Nanobiochip.
Operating Principle and Key Features
The Semiconductor Biochip is a biological analysis innovation that integrates semiconductor fabrication technology with physics principles, allowing it to:
- Perform high-throughput biological experiments within a minimal space.
- Rapidly and accurately analyze and measure proteins, nucleic acids, cells, other biomolecules, as well as cellular structures.
Manufacturing Expertise
We possess deep experience and expertise in semiconductor manufacturing technology, enabling us to execute micro- and nano-level processing with high precision and reliability. Furthermore, we hold a distinct advantage in semiconductor materials, functional materials, and chemical surface modification technology.
Our team consists of specialists covering every dimension of biochip development, allowing us to deliver superior solutions by integrating diverse expertise:
| Area of Expertise | Key Responsibilities |
|---|---|
| Semiconductor Processes | Responsible for chip design, development, and manufacturing. |
| Biotechnology | Responsible for designing and testing reagents, as well as reactions for biological experiments. |
| Chemistry | Responsible for material preparation and chip surface improvement. |
| Physics | Responsible for the design and optimization of Microfluidic channel structures. |
| Mechanical Engineering | Responsible for equipment design and related machining work. |
In addition, the team possesses strong capabilities in designing and manufacturing micro-devices essential for biological experiments, not limited to semiconductor-based chips alone.
Artificial intelligence interpretation
CytoAurora Biotechnology focuses on integrating artificial intelligence (AI) with advanced optical systems to develop high-performance automated analytical instruments.
Technology Applications
Cell Image Analysis:
We utilize advanced image recognition technologies to analyze cellular images through image processing and machine learning techniques.
Accuracy:
These technologies enable precise identification and characterization of cellular features and behaviors, leading to faster and more accurate diagnostic outcomes.
Team Capabilities and Mission
Our team possesses multidisciplinary expertise spanning programming, algorithm design, image processing, data analysis, firmware development, and machine learning—enabling the creation of highly accurate and efficient image recognition software.
We remain committed to:
- Continuous Improvement:
Ongoing enhancement and optimization of algorithms to further elevate the accuracy and performance of our models. - Integrated Innovation:
Consistently integrating with the latest biomedical research to explore and develop new technologies and applications that address the evolving needs of the healthcare market.
Automatic machinery
CytoAurora Biotechnology has fully developed and manufactured its own cell-detection platform.
Innovation and Performance
We have developed several key system components, including:
- An automated cell amplification and staining system
- A single-cell capture platform
- Other high-precision machinery
These automated systems are designed to significantly reduce manual operation time, thereby minimizing potential human errors and maximizing the reliability of laboratory test results.
