Clinical Chemistry Reagents
Clinical chemistry, a specialized sector of medical science, plays an instrumental role in diagnosing various diseases, understanding patient metabolism, and evaluating treatment effectiveness. Central to these processes are clinical chemistry reagents, which facilitate the analysis of body fluids, predominantly blood and urine, to determine their chemical composition.
Why are Clinical Chemistry Reagents needed?
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Diagnostic Accuracy
Clinical chemistry reagents interact with specific compounds in patient samples, allowing for precise measurements. This precision helps healthcare professionals accurately diagnose a range of conditions, from diabetes to liver and kidney disorders, amongst others.
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Broad Spectrum Analysis
Modern medicine recognizes the complexity of human health and the myriad of factors affecting it. Clinical chemistry reagents help in analyzing a wide range of metabolites, proteins, and enzymes, presenting a comprehensive health overview.
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Swift Results
Quick diagnosis leads to timely treatment. Using these reagents, many automated analyzers can provide rapid results, essential for critical care situations.
Importance of Clinical Chemistry Reagents
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Reliable Health Assessments
The efficacy of clinical chemistry reagents ensures that test results are consistent and reliable, which is pivotal for accurate health assessments. Any discrepancies can lead to misdiagnosis, potentially jeopardizing patient health.
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Informed Clinical Decisions
Clinicians rely on data-driven insights. The results derived from these reagents provide crucial biochemical insights, guiding doctors in prescribing the right treatment, adjusting medication doses, or recommending lifestyle changes.
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Monitoring Disease Progression
Many conditions, like kidney diseases or certain types of cancers, require regular monitoring. Clinical chemistry reagents offer consistent evaluations, helping doctors track disease progression or regression.
Clinical Chemistry Reagents
- Albumin with human protein calibrator
- Alkaline Phosphatase, Liquid Stable
- Amylase, Single Reagent
- Bilirubin, Total & Direct
- Calcium, Arsenazo III (available in mono-vials also)
- Cholesterol, Single Reagent
- Creatinine, Single Reagent & Two Reagents
- Creatine Kinase, Liquid Stable
- Creatine Kinase MB, Liquid Stable
- Gamma GT, Liquid Stable
- Glucose, Single Reagent
- HDL Cholesterol Direct, Enzymatic
- Uric Acid, Single Reagent
- Immunoturbidity Method RF
- Immunoturbidity Method CRP
- Immunoturbidity Method ASO
- LDL Cholesterol Direct, Enzymatic
- Lipase
- Microprotein, Pyrogallol Red
- SGOT, Highly stable NADH based
- SGPT, Highly stable NADH based
- Total Protein with human protein calibrator
- Triglycerides, Single Reagent
- Urea UV, Berthelot & Salicylate
