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Also reported in: g/L
A normal albumin is consistent with the liver has sufficient synthetic capacity to produce adequate levels of this key protein. Since albumin production is one of the liver's core functions and one of the last to fail in progressive liver disease, a normal albumin provides meaningful reassurance about liver synthetic reserve. Normal albumin also supports proper fluid balance throughout the body.
Albumin is made almost entirely by the liver, and very low levels below 2.0 g/dL indicate noticeable liver failure or very large malnutrition. Without adequate albumin, fluid leaks out of blood vessels causing dangerous swelling throughout the body — in the abdomen (ascites), legs, and lungs. Albumin also carries many vital substances in the blood, so very low levels affect drug delivery, calcium binding, and immune function.
This needs urgent medical attention. Seek immediate hospital care. Very low albumin may require albumin infusions, treatment of the underlying liver disease, and nutritional support.
Albumin: {{value}} {{unit}} — very low (ref: {{low}}–{{high}}; critical: <2.0)Low albumin means the liver is producing insufficient quantities of this essential protein. The liver synthesizes albumin continuously, and reduced production signals significant hepatic impairment, chronic malnutrition, or protein-losing conditions like nephrotic syndrome or inflammatory bowel disease. Low albumin may contribute to fluid imbalance and reduces the blood's carrying capacity for vital substances.
Medical evaluation is needed. Identify whether the cause is liver disease, malnutrition, or protein loss through kidney or gut. Nutritional support and liver disease treatment are the main interventions.
Albumin: {{value}} {{unit}} — low (ref: {{low}}–{{high}})A borderline low albumin can reflect chronic liver stress, mild malnutrition, significant inflammation (albumin is a negative acute-phase reactant that drops with inflammation), protein-restricted diet, or protein loss through the kidneys or gut. The liver produces less albumin when it is under chronic stress or when nutritional protein supply is inadequate.
Discuss with your doctor. A full liver panel, nutritional assessment, urine protein check, and inflammatory markers will help identify the cause.
Albumin: {{value}} {{unit}} — borderline low (ref: {{low}}–{{high}}; borderline: 3.5–3.8)A normal albumin is consistent with the liver has sufficient synthetic capacity to produce adequate levels of this key protein. Since albumin production is one of the liver's core functions and one of the last to fail in progressive liver disease, a normal albumin provides meaningful reassurance about liver synthetic reserve. Normal albumin also supports proper fluid balance throughout the body.
Good result. Normal albumin with other normal liver markers is reassuring for liver health.
Albumin: {{value}} {{unit}} — normal (ref: {{low}}–{{high}})An optimal albumin above 4.0 g/dL reflects robust liver synthetic function. The liver is producing abundant albumin to maintain proper blood volume, fluid balance, and transport capacity. High-normal albumin is associated with better overall health outcomes, better response to treatments, and stronger reserve capacity during illness.
Excellent liver health indicator. Maintain adequate dietary protein and liver-healthy habits to keep albumin in this range.
Albumin: {{value}} {{unit}} — optimal (ref: 4.0–5.0)A borderline high albumin most commonly reflects mild dehydration, which concentrates blood proteins and makes the albumin reading appear artificially elevated. True pathologically high albumin is very rare. Well-hydrated retesting typically normalizes the value if dehydration is the cause.
Ensure good hydration and retest. Dehydration is the most common cause of mildly elevated albumin.
Albumin: {{value}} {{unit}} — borderline high (ref: {{low}}–{{high}}; borderline: 5.0–5.5)Significantly elevated albumin above 5.5 g/dL almost always reflects noticeable dehydration causing hemoconcentration of blood proteins. True primary hyperalbuminemia from overproduction is not recognized as a clinical condition. This level should prompt urgent attention to hydration status.
Rehydrate and retest. If dehydration cannot explain the elevation, discuss with your doctor to rule out rare causes of protein concentration.
Albumin: {{value}} {{unit}} — elevated (ref: {{low}}–{{high}}; elevated: >5.5)Albumin above 6.0 g/dL almost exclusively indicates noticeable dehydration with marked hemoconcentration. This level of albumin elevation would suggest significant blood volume depletion. Rehydrating typically brings albumin back into the normal range within hours.
Seek medical attention for dehydration management if symptomatic. Rehydrate and retest to confirm this the result normalizes.
Albumin: {{value}} {{unit}} — very high (ref: {{low}}–{{high}}; critical: >6.0)Upload your lab report and get your actual values interpreted in plain English — instantly, with no medical training required.