AstraTF kit
Tissue fundamental kit for basic spatial biology workflows.
AstraTF kit
Optimized workflow for research and clinical environments
Supports high-performance analysis and automation
Designed for professional laboratory workflows
Applications
Overview
AstraTF kit includes essential reagents for preparing tissue samples for spatial analysis. It streamlines the pretreatment process, ensuring optimal results for subsequent staining and imaging steps.
Key Features
- Standardized pretreatment
- Broad compatibility
- Consistent results
- Time saving
Key Performance Metrics
* Based on internal test results
All-in-one Standardized Kit
Single kit standardizes the entire spatial analysis pretreatment—eliminating inter-researcher variance
All Tissue Type Compatible
FFPE, fresh, and frozen tissue all processed with the same protocol
Under 1-hour Pretreatment
Streamlined workflow drastically reduces preparation time, increasing experimental throughput
Spatial Analysis-specific Design
Reagent composition optimally connected to downstream spatial biology steps: staining, imaging, and analysis
Strategic Advantage
Discover the overwhelming performance advantages over conventional methods and competitors.
| Metrics | Manual | Existing | OUR SOLUTIONAstraTF kit |
|---|---|---|---|
| Pretreatment Standardization | Protocol varies per researcher | Partially standardized reagents | Fully standardized all-in-one kit |
| Compatible Tissue Types | Primarily FFPE / limited frozen | 2–3 tissue types supported | Compatible with FFPE, fresh, and frozen |
| Preparation Time | 4–6 hrs (multi-step manual) | 2–3 hours | Simplified protocol under 1 hour |
| Spatial Analysis Optimization | Not optimized for spatial analysis | General IHC reagents repurposed | Designed exclusively for spatial biology workflows |
Trusted
AstraTF kit is designed for research and clinical environments.
Optimized for professional laboratory workflows.
Validation
Validation data and technical documents are available upon request.
Our team can provide tailored deployment recommendations.