OUR SCIENCE
The Science Behind the Platform
Caza Health combines fluorescence imaging, AI-driven analysis, and microbiome biology to give researchers unprecedented clarity into women's reproductive health.
THE PLATFORM
A Complete Research Ecosystem
Our integrated platform spans sample preparation, multi-channel fluorescence imaging, automated scanning, and AI-supported analysis — purpose-built for the complexity of vaginal microbiome research. Every component is designed to work together, reducing manual steps and delivering reproducible, high-quality data.
PLATFORM ONE
DayZ™ Vaginal Health Assessment
A fluorescence-based assay designed to support vaginal microbiome research through automated imaging and AI-supported analysis.
The DayZ™ Vaginal Health Assessment combines sample collection components, proprietary fluorescence staining reagents, automated image acquisition, and AI-supported image analysis. Utilizing the nCyteAI™ Fluorescent Scanning Microscope, the DayZ™ assay is designed to rapidly characterize microbial patterns and support research involving vaginal microbiome health, vaginosis, microbial imbalance, and preterm birth research.
Sample collection components
Standardized collection tools designed for consistent, reproducible sample preparation.
Proprietary fluorescence staining
Specialized reagents enabling high-contrast visualization of microbial populations.
Automated image acquisition
Streamlined scanning workflow reduces operator variability and manual intervention.
AI-supported image analysis
Intelligent algorithms characterize microbial patterns and deliver reproducible, quantitative data.
RESEARCH USE ONLY. NOT FOR USE IN IN‑VITRO DIAGNOSTICS.
PLATFORM TWO
Fluorescent Scanning Microscope
A compact, bench-top system that brings one-click scanning, multi-channel fluorescence, and AI-supported analysis to any research lab.
nCyteAI™ is a compact fluorescent scanning microscope designed for ease of use without sacrificing scientific rigor. Its one-click scanning workflow, multi-channel fluorescence capability, and integrated AI analysis engine make it accessible to a wide range of research settings — from academic labs to clinical research environments. The system is optimized for vaginal microbiome research but adaptable to a broad range of fluorescence imaging applications.
One-click scanning
Streamlined workflow reduces operator variability and training time.
Compact bench-top design
Fits comfortably in standard laboratory environments without specialized infrastructure.
Integrated AI engine
On-board AI analysis delivers results directly from the instrument, no external processing required.
Multi-application ready
Optimized for vaginal microbiome research and adaptable to broader fluorescence imaging needs.
RESEARCH USE ONLY. NOT FOR USE IN IN‑VITRO DIAGNOSTICS.
RESEARCH AREAS
Focused Where It Matters Most
Our platforms are purpose-built for the research questions that matter most to women's health — from understanding the vaginal microbiome to identifying risk factors for preterm birth.
Vaginal Microbiome
Characterizing the complex microbial communities of the vaginal environment and their role in health and disease.
Bacterial Vaginosis
Investigating the microbial signatures of BV and developing tools to support faster, more accurate research diagnostics.
Preterm Birth
Exploring the links between vaginal microbiome dysbiosis and preterm birth risk to support preventive research.
Reproductive Health
Broadening our platform's application to support research across the full spectrum of women's reproductive health.
COLLABORATE
Ready to Advance Your Research?
We partner with academic researchers, clinical investigators, and industry partners to advance women's health science. Get in touch to learn how our platforms can support your work.