Understand Your Blood Online
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From reference ranges to trajectories. From reaction to anticipation.

An evidence-based clinical approach to blood test interpretation, focusing on integrated panels, historical trends, and personalized context in modern medicine.

Trying to read your blood test results in the USA? Get clear explanations of US normal ranges + instant personalized AI interpretation trusted by physiciansl.

Traditional laboratory interpretation often relies on generalized reference ranges, which fail to account for the unique physiological context of the individual.

Clear, age-specific guide to interpreting children's blood test results from birth to 18 years. Includes normal ranges, red flags, physiologic anemia, lymphocyte peak, and parent/clinician tips. Evidence-based 2025.

Learn how to prepare for blood tests correctly. Fasting, coffee, alcohol, medications, exercise — understand how each factor affects accuracy of your results.

Get a promo code valid for 3 months for lab interpretation

Join our expert-led webinar designed for clinicians, lab directors, and clinic owners who want to enhance diagnostic precision and streamline workflow.

Medicine has entered an era where diagnostic accuracy depends not merely on the quantity of data, but on the ability to interpret it within the context of the individual.

Get your blood test done quickly at Apotek 1 — no doctor’s referral needed. Instantly interpret your results for free with Aima Diagnostics, a Norwegian AI platform based on the official NORRISK 2 model, or request a full physician-verified health report.

Learn how to interpret your blood test results the right way. Discover why “normal” doesn’t always mean healthy and how Aima Diagnostics uses AI-driven, personalized analysis to detect early health risks with unmatched accuracy.

The network is also engaging leading experts in hematology and laboratory medicine.

Diabetes mellitus is one of the world’s most common chronic conditions, and early detection remains the most effective way to prevent its complications.

Learn what RDW means in a blood test, normal range, and what high or low RDW levels indicate about anemia, nutrition, and your overall health.

What once sounded like futuristic speculation has become a daily reality: AI systems are now capable of interpreting laboratory data.

Discover how Aima Diagnostics redefines laboratory AI through Universal Reference Calibration — harmonizing lab data worldwide for precise, contextual interpretation.

A medical center specializing in women’s health for over 25 years.

Personalization and historical data in test interpretation reveal hidden health issues.

Behind the familiar headlines of infectious diseases, cancer, and cardiovascular disorders lies a problem whose magnitude is strikingly underestimated by the general public. 

Explore the latest 2025 insights on PCOS diagnosis, focusing on hormonal levels like AMH, LH/FSH, and androgens. Learn how advanced tools like Aima Diagnostics ensure precise interpretation of lab results for accurate polycystic ovary syndrome diagnosis

According to data from the U.S. National Academies of Sciences, up to 15–20% of medical errors are associated with incorrect interpretation of results.

How Aima Diagnostics' AI detected hidden anemia in a 40-year-old man's blood test, preventing a late diagnosis. Read the personalized diagnostics case study.

Understand your blood test results with this expert guide. Learn about CBC, CMP, reference ranges, and what high/low values indicate for anemia, diabetes, and more.

Learn how to interpret hCG, AMH, and progesterone tests for fertility with this expert guide. Discover what low AMH (<1.5 ng/mL) means, how to track hCG doubling, and the role of progesterone in pregnancy.

Discover how to understand TSH, estrogen, and progesterone test results with this expert guide.

Discover the most important blood tests for women aged 20–30, 30–40, and 40–50. Based on research from Harvard Medical School, Mayo Clinic, and WHO guidelines.

Discover how AI-powered blood diagnostics can extend your life by monitoring biomarkers, assessing biological age, and predicting risks.

Version 1.2 | July 2025
Developed by AIMA Diagnostics, Oslo, Norway

Interpretation of Analyses for private Individuals, doctors, clinics, labs

Rapid blood diagnostics in war and crisis zones: Ukraine, Sudan, Syria

Genomic profiling, AI (Aima Diagnostics), non-invasive methods, and portable tech enhance early detection and accuracy.

What do high platelets and white blood cells mean?

 Difference between reference intervals and normal values in blood tests. Understand how personalized ranges improve diagnosis accuracy. A guide for medical professionals.

How to detect anemia from blood test results. Understand CBC, MCV, ferritin, and how Aima Diagnostics uses AI for faster, accurate interpretation.

Explore causes, symptoms, diagnosis, and modern treatments for low hemoglobin and anemia. Updated clinical guide for physicians and healthcare professionals.

A detailed review of key inflammatory blood markers—CRP, ESR, PCT, IL-6, and more. Clinical relevance, limitations, and interpretation for healthcare professionals.

Explore key blood parameters and their diagnostic value, enhanced by AIMA, the first patented AI platform for precise, early blood analysis.

Powerful tool for insurance companies, enabling significant cost reductions through early diagnostics, accurate risk assessment, fraud prevention, and process optimization.

Explore RDW's role in diagnosing anemias and systemic diseases with clinical significance, enhanced by AI like Aima for precision.

Modern medicine is making a significant leap forward with the integration of advanced technologies such as artificial intelligence (AI) in blood analysis.

Diagnostic errors in blood analysis may lead to misdiagnosis, treatment delays, and exacerbated chronic conditions. This article analyzes pre-analytical and interpretive errors, their clinical impact, and the role of AI in enhancing precision and mitigating risks.

Unveiling flaws in blood diagnostics, this piece explores AI, automation, and portable tech as keys to sharper, faster, and fairer testing.

This in-depth analysis explores the CBC, a vital diagnostic tool, detailing its key parameters, reference ranges, and clinical insights for healthcare professionals.

Сritical parameter derived from the Complete Blood Count (CBC), representing the concentration of hemoglobin within the erythrocyte mass.

Blood analysis remains a cornerstone of clinical medicine, facilitating the diagnosis of hematological, infectious, and systemic diseases.