Full Biochemistry Profile LIS Code: FULL BIOCHEM
Comprehensive biochemistry blood test assessing liver, kidney, and metabolic health. Includes cholesterol, glucose, and electrolytes for a complete wellness overview.
What's included in this profile
- An enzyme found mainly in the liver
- Raised levels can indicate liver inflammation or damage
- Commonly checked alongside AST to assess liver health
- The main protein made by the liver
- Helps maintain fluid balance in the blood
- Low levels can indicate liver or kidney problems, or poor nutrition
- An enzyme found in the liver, bone and bile ducts
- Raised levels can point to liver, bile duct or bone conditions
- Interpreted alongside other liver markers for context
- An enzyme found in the liver, heart and muscles
- Raised levels can suggest liver or muscle damage
- Used alongside ALT to help pinpoint the cause of liver stress
- A mineral essential for bone strength, muscle and nerve function
- 'Adjusted' calcium corrects for albumin level for accuracy
- Abnormal levels can relate to bone, kidney or parathyroid issues
- Total cholesterol divided by HDL cholesterol
- A widely used singlefigure measure of cardiovascular risk
- Lower ratios are generally more favourable
- An enzyme released from muscle, heart or brain tissue when damaged
- Raised levels can indicate muscle strain, injury or heart issues
- Often checked after unusual muscle pain or intense exercise
- A waste product from normal muscle breakdown, filtered by the kidneys
- Raised levels can indicate reduced kidney function
- Used to calculate eGFR (estimated kidney filtration rate)
- An enzyme sensitive to liver and bile duct problems
- Often raised with alcohol intake or bile flow issues
- Helps confirm whether a raised ALP is liverrelated
- A group of proteins involved in immune function and transport
- Assessed alongside albumin to give a fuller liver/immune picture
- Abnormal levels can reflect liver disease, infection or inflammation
- The main sugar circulating in the blood, used for energy
- Raised fasting levels can indicate prediabetes or diabetes
- A cornerstone test for metabolic health
- Often called 'good' cholesterol
- Helps remove excess cholesterol from the bloodstream
- Higher levels are generally protective for heart health
- Often called 'bad' cholesterol
- Can build up in artery walls, raising heart disease risk
- A key target for lifestyle or treatment intervention
- Total cholesterol minus HDL cholesterol
- Captures all the 'harmful' cholesterol particles in one figure
- Increasingly used alongside LDL for cardiovascular risk assessment
- A mineral important for bone health and energy metabolism
- Levels are closely regulated by the kidneys and parathyroid hormone
- Abnormal results can reflect kidney or bone conditions
- A key electrolyte important for heart and muscle function
- Abnormal levels can affect heart rhythm and need prompt attention
- Closely linked to kidney function
- The amount of iron currently circulating in the blood
- Fluctuates through the day, so interpreted alongside ferritin
- Low levels can contribute to irondeficiency anaemia
- A key electrolyte that regulates fluid balance
- Abnormal levels can reflect kidney, hormonal or hydration issues
- Commonly checked as part of a routine metabolic panel
- A breakdown product of old red blood cells, processed by the liver
- Raised levels can cause jaundice (yellowing of skin/eyes)
- Helps assess liver function and red cell turnover
- The overall amount of cholesterol in the blood
- A key marker for cardiovascular risk
- Interpreted alongside HDL, LDL and triglycerides
- The combined total of albumin and globulin in the blood
- Reflects overall nutritional and liver status
- Abnormal results prompt a closer look at albumin/globulin individually
- A type of fat found in the blood, from food and the liver
- Raised levels are linked to heart disease and metabolic conditions
- Affected by diet, alcohol and blood sugar control
- A waste product from protein breakdown, filtered by the kidneys
- Raised levels can indicate reduced kidney function or dehydration
- Interpreted alongside creatinine for a fuller picture
- A waste product from the breakdown of purines in food and cells
- Raised levels are linked to gout and kidney stones
- Also checked as part of general metabolic screening
About this profile
Full Biochemistry Profile
The Full Biochemistry Profile is a comprehensive test designed to evaluate multiple biochemical markers related to organ function, metabolic processes, and electrolyte balance. It provides a detailed analysis of your body’s key systems, including liver and kidney performance, cholesterol regulation, and enzyme activity, offering valuable insights into your overall biochemical health.
Who is this panel for?
This profile is ideal for individuals who wish to monitor their metabolic health and organ function, especially those managing or at risk of conditions such as kidney disease, liver disorders, or high cholesterol. It is also suitable for anyone undergoing routine health assessments or experiencing symptoms like fatigue, weakness, or changes in energy and metabolism.
What’s different?
Unlike the Full Biochemistry, Hematology & CRP Profile, this test focuses exclusively on biochemical parameters. It excludes blood count and inflammation markers, making it a more targeted option for assessing organ health, metabolism, and electrolyte stability. This focused approach allows for precise evaluation of biochemical performance without overlapping with hematological testing.
When to get tested
This test is recommended as part of regular health check-ups or when monitoring chronic conditions that affect the liver, kidneys, or lipid levels. It is also beneficial if you have experienced lifestyle changes, new medications, or symptoms suggesting metabolic or organ stress.
Is fasting required?
Yes, fasting for 8–12 hours before the test is required for accurate measurements of glucose and lipid levels.
Key benefits
The Full Biochemistry Profile delivers a detailed picture of your internal biochemical balance. It helps detect early signs of organ dysfunction, assess metabolic efficiency, and monitor essential electrolytes, supporting preventive care and long-term health management.
