DiaLine Excellence

AVE 572 Feces Microscopy Analyzer

REFERENCE ID: 223B76M94I

This Automated Feces and Secretion Analyzer is a high-performance clinical diagnostic system utilizing AI-driven machine vision, high-speed autofocus microscopy, and cytology enrichment to analyze stool and secretion samples.

Brand AVE

Availability By Request

Detailed Information

Product Overview

This Automated Feces and Secretion Analyzer is designed to deliver highly precise quantitative and qualitative profiling of stool, vaginal secretions, and other clinical fluid specimens. Utilizing advanced AI-driven machine vision, high-speed autofocus microscopy, and specialized liquid-based cytology enrichment techniques, it automatically identifies, classifies, and quantifies pathological formed elements with exceptional efficiency and safety.

Highlights & Key Advantages

Optimized Image Processing via Staining: Automatic staining of formed elements enhances image clarity, ensuring high automatic recognition rates and highly accurate classification.
AI-Driven Deep Learning: Advanced artificial intelligence simulates human brain functions, enabling autonomous learning from extensive image databases for high-accuracy identification of various formed elements.
Liquid-Based Cytology Enrichment: Employs thin-layer cytology preparation technology to concentrate and enrich formed elements by over 20 times, significantly improving positive detection rates.
High-Speed Autofocus Microscopy: Multi-level automatic focusing integrated with high-speed imaging ensures exceptional clarity of egg nuclei, cells, and other delicate pathological structures.
Disposable Slide Protection: Uses disposable slides and cover slips to effectively prevent cross-contamination, protecting both sample integrity and equipment fluidics from blockages.
Fully Automated Workflow: Executes sample preprocessing, enrichment, slide preparation, staining, microscopy, and recognition with zero operator supervision.

Testing Parameters Detected

Physical Indicators: Automated analysis of fecal color, characteristics, and consistency.
Formed Elements (Microscopy): Standardized classification and quantitative counting of all pathological formed elements, including Parasite Eggs, Cells, Fungi, Protozoa, Microorganisms, and Starch granules.

Technical Work Principles

The system utilizes advanced Machine Vision Technology and artificial intelligence deep learning algorithms. It automatically prepares, stains, and focuses specimens, using high-speed optical microscopy to capture real-time images at both low and high magnifications for comprehensive analysis and reporting.

Vaginal Secretion Result Interpretation

Parameter	Result Interpretation
pH	Normal range is 3.8 - 4.5.
H₂O₂	• "–" indicates vaginal flora balance. • "±" signals an intermediate state needing attention. • "+" points to an imbalance requiring treatment.
LE (Leukocyte Esterase)	• "–" indicates normal. • "±" suggests mild vaginitis. • "+", "++", "++++" denote increasing severity of vaginitis.
SNA (Sialidase)	• "–" indicates normal. • "±" or "+" suggests bacterial vaginitis (BV).
β-G (β-Glucuronidase)	• "–" indicates normal. • "±" or "+" suggests aerobic bacterial vaginitis (AV).
NAG (Glucosaminidase)	• "–" indicates normal. • "±" or "+" with pH ≥ 4.8 indicates trichomonas vaginitis. • "±" or "+" with pH ≤ 4.6 suggests candidal vaginitis.
CAL (Calibration)	Used for negative calibration.

Working Procedure

Refer to the standard automated laboratory workflow diagram below for sample handling, enrichment, and microscopic imaging steps:

Figure: Standard Automated Working Procedure

Recommended For

Hospitals, Clinical Laboratories, Private Laboratories, Gynecology Clinics, Diagnostic Centers

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