Biochemistry Analyzers working principle.pdf

A biochemistry analyzer works by measuring the concentration of specific chemicals in biological samples, like blood or urine. It uses techniques such as photometry, where light absorption is measured to determine the amount of a substance. The analyzer mixes the sample with reagents, triggers chemical reactions, and then calculates the results, providing crucial information for diagnosing and monitoring health conditions.

1. Understanding Biochemistry
Analyzers: Working Principle,
Uses & Price
-EVERLIFE CPC DIAGNOSTICS

2. A Comprehensive Overview
What is a Biochemistry Analyzer?
A Biochemistry Analyzer, also referred to as a Clinical Chemistry Analyzer or
Chemistry Analyzer, is a sophisticated medical instrument used to measure and
analyze a wide range of biochemical substances found in biological specimens
like blood, urine, cerebrospinal fluid etc.

3. Working Principle of a Biochemistry
Analyzer
A biochemistry analyzerworks by measuring the concentration of specific chemicals,
metabolites, and proteins in biological samples, such as blood or urine. The basic
working principle involves several steps:
Sample Collection and Preparation: A biological sample (e.g., blood or urine) is
collected and prepared for analysis. This may involve dilution or mixing with
reagents.
Chemical Reaction: The analyzer adds specific reagents to the sample that cause
a chemical reaction with the target substances (e.g., glucose, enzymes, lipids).
These reactions often result in color changes, fluorescence, or changes in
absorbance.
Optical Detection: The biochemistry analyzer uses light, typically through
photometry or spectrophotometry, to measure changes in the sample's optical
properties (such as light absorption, reflection, or transmission). The amount of
light absorbed is proportional to the concentration of the substance being tested.
Data Processing: The detected signals are processed, and the analyzer calculates
the concentration of the target substances based on pre-calibrated data.
Result Output: The results are displayed as numerical values, indicating the
concentration of specific analytes(such as glucose, cholesterol, or enzymes) in the
sample.

4. Common Uses of Biochemistry Analyzers
Disease Diagnosis (Diabetes, Liver, Kidney)
Routine Health Monitoring
Drug Level Monitoring
Emergency Care for Critical Decisions

5. Types of Biochemistry Analyzers
Fully Automated Biochemistry Analyzers
Definition:Fully automatic biochemistry analyzers automate the entire
testing process, from sample loading to result generation, minimizing the
need for manual intervention.
Characteristics:
Ideal for high-throughput laboratories.
Reduce human error and increase efficiency.
Capable of running multiple tests simultaneously.
Equipped with advanced features like barcode scanning and automated sample
handling.

6. Semi-Automated Biochemistry Analyzer
Definition:Semi-automatic biochemistry analyzers require manual
intervention for certain steps in the testing process, such as sample loading
and reagent mixing.
Characteristics:
Cost-effective and suitable for small to medium-sized laboratories.
Require skilled technicians to operate.
Offer flexibility in testing a variety of samples.
Typically have lower throughput compared to fully automatic analyzers.

7. Features of CPC's Biochemistry
Analyzers
High Precision and Accuracy: Utilizes advanced detection technology and high-
quality reagents for precise and reliable results.
User-Friendly Interface: Features intuitive touch screens and customizable
settings for easy operation and tailored laboratory needs.
Automated Sample Processing: Capable of high throughput with automated
sample loading and processing, reducing contamination and errors.
Compact and Efficient Design: Space-saving footprint and energy-efficient
operation, ideal for laboratories with limited space and budget constraints.
Advanced Software Integration: Facilitates seamless data management and
connectivity with Laboratory Information Systems (LIS) for efficient reporting.
Comprehensive Quality Control and Safety: Integrated QC programs, real-time
monitoring, and robust safety features ensure accurate results and protect
laboratory personnel.

8. Choosing the Right Biochemistry Analyzer
Factors to consider:
Throughput
Sample size
Accuracy
Cost
Maintenance and support
Here are some reasons to choose our biochemistry analyzers:
Advanced Technology:Our analyzers are built with cutting-edge technology to
provide precise and dependable results.
User-Friendly Interface:Designed with the user in mind, our analyzers feature
intuitive interfaces and easy-to-navigate menus.
Comprehensive Support:We offer extensive customer support and training to
ensure your laboratory staff can operate the equipment efficiently.
Cost-Effective Solutions:Our analyzers offer excellent value for money, making
advanced diagnostics accessible to laboratories of all sizes.
Proven Performance:Trusted by healthcare professionals across multiple regions,
our analyzers have a proven track record of performance and reliability.

9. Price of Biochemistry Analyzers
Semi-Automatic Biochemistry Analyzer Price:
1. These are particularly developed for budget-constrained multi-purpose labs
and private hospitals.
2. The prices start from around 65,000 rupees and go up to 8,50,000 rupees.
Fully Automated Biochemistry Analyzer Price:
1. These are the advanced instruments which are more efficient and perfect
for large-scale hospitals and diagnostic centres.
2. Prices are a variable factor, depending on the specific division ranging from
around 3,00,000 rupees to several lakhs.

10. Conclusion
Vital for diagnostics and healthcare
A valuable investment for accurate and efficient lab operations

11. Thank You!
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