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Veterinary Diagnostic Reagents
High Quality Open Channel Tests, Validated For Veterinary Use
Benefits of Randox Diagnostic Veterinary Reagents
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Comprehensive Test Menu
A comprehensive test menu encompassing 48 diagnostic veterinary assays, including a variety of assays unique to Randox.
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Superior Methodology
Superior methodologies ensuring accurate & reliable results compared to traditional methods
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Reduce Costs
Versatile test menu enabling laboratories to reduce costs with in-house testing
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Excellent Correlations
Excellent correlations to gold standard & commercial methods, providing confidence in patient results
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Validated For Use
The Randox diagnostic veterinary reagents are scientifically proven and validated for use with a diverse range of animal species
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Applications Available
Applications available detailing instrument-specific settings for the convenient use of Randox Veterinary Reagents on a variety of clinical chemistry analysers
Open Channel Diagnostic Veterinary Reagents
| Alanine Aminotransferase (ALT) | Calcium | D-3-Hydroxybutyrate (Ranbut) | Phosphorus (Inorganic) |
| Albumin | Chloride | Gamma GT | Potassium |
| Aldolase | Cholesterol (HDL) | GLDH | Sodium |
| Ammonia | Cholesterol (LDL) | Glucose | Superoxide Dismutase (Ransod) |
| Amylase | Cholesterol (Total) | Glutathione Peroxidase (Ransel) | Total Protein |
| Aspartate Aminotransferase (AST) | Cholinesterase (Butyryl) | Iron | Triglycerides |
| Bile Acids (4th Gen) | CK-NAC | Lactate | Urea |
| Bile Acids (5th Gen) | CO2 Total Lipase | Uric Acid | Bilirubin (Direct) |
| Copper | Magnesium Urinary Protein | Bilirubin (Total) | Creatinine |
| Non-Esterified Fatty Acids (NEFA) | Zinc |
Superior Performance & Unique Diagnostic Veterinary Reagents
Copper is one of the several essential trace elements in animal life required for red and white blood cell formation, healthy nerve fibres, pigmentation, wool growth and bone growth 1. In animals, whilst copper deficiency is one of the most commonly diagnosed trace element deficiencies, over-supplement of copper can lead to copper toxicity 2.
Copper deficiency is common in bovines, mainly cattle and sheep, caused by two factors: low copper levels in plants in copper-deficient soils, and an induced deficiency due to ingesting excessive levels of other elements, including: sulphur, iron and molybdenum in feed supplements or pastures 1.
On the other hand, bovines such as sheep and calves prior to weaning are the most susceptible to copper toxicity. This can occur as a result over excessive 'therapeutic' amounts of copper are added to the feed to avoid copper deficiency, however, it's more commonly the result of long-term ingestion of copper in quantities which exceed the nutritional requirements 3.