Tool Quick Medical-Absolute Eosinophil Count (AEC) Calculator — Quick Medical Tool

Esonophil 

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Absolute Eosinophil Count (AEC) — Quick Calculator

Enter Eosinophil percentage and total WBC to compute AEC. Designed for mobile-first, accessible use and clear copy-ready output.

Eosinophils (%)

Percentage of eosinophils from differential count.

White Blood Cell (WBC) — ×10³ cells/µL

Enter WBC as ×10³ per µL (common lab reporting format).

AEC (cells/µL)

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(absolute number of eosinophils per microliter)

AEC (×10³ cells/µL)

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(same result expressed in ×10³ units)

Result guidance

This AEC is a calculated value for rapid reference. It does not replace clinical evaluation. Abnormal values may be associated with allergic conditions, parasitic infections, or other causes. Consult a clinician for interpretation and next steps.

For clinicians (calculation details)

AEC (cells/µL) = (Eosinophils % / 100) × WBC (×10³/µL) × 1000. The tool displays both cells/µL and ×10³ cells/µL formats for convenience.

Animated: How AEC is formed

Visual explanation

Enter values and watch the animated bloodstream where eosinophils (orange cells) pulse proportionally to the calculated AEC. Great for patient education and quick clinician explanation.

Animated preview (orange = eosinophils)

AEC visual intensity: —

Designed for quick reference and patient education. Always verify with laboratory reports and clinical context.

Absolute Lymphocyte Count (ALC) — Quick Calculator

Absolute Lymphocyte Count (ALC) — Quick 

Information

Absolute Lymphocyte Count (ALC) is a measure of the number of lymphocytes in the blood, calculated from the total white blood cell count and the percentage of lymphocytes. It is used in the evaluation of various conditions including immune disorders, certain infections, and some types of cancer.

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Absolute Lymphocyte Count (ALC)

Quick, mobile-friendly ALC calculator — enter values to compute and interpret results

Calculator

Lymphocytes (%)

Typical adult reference: 20–40%

White Blood Cell (WBC) ×10³ cells/µL

Common reference range: 4.1–10.9 ×10³ cells/µL

Absolute Lymphocyte Count (ALC)

— ×10³ cells/µL

— cells/µL

Result ready

Information: Absolute Lymphocyte Count (ALC) is calculated from the total WBC and the percentage of lymphocytes. Low ALC may indicate a weakened immune system; high ALC can signal infection or hematologic disease.

Reference

Typical lymphocyte %: 20–40% · Typical WBC: 4.1–10.9 ×10³ cells/µL. This tool provides approximate values for clinical use; always correlate with clinical context and lab reports.

Made for clinicians & educators — Rhodium Libra theme

Quick Clinical Tool-Absolute Neutrophil Count (ANC) Calculator

Heematology and Oncology

Heematology and Oncology

 

Information

Absolute Neutrophil Count (ANC) is a key measure of immune function, calculated from the total white blood cell count and the percentage of neutrophils (including both segmented neutrophils and bands). It is used to assess the risk of infection, particularly in patients undergoing chemotherapy, as a low ANC (neutropenia) can indicate a higher risk of infection. The ANC is guides treatment decisions, such as the initiation of antibiotics or the modification of chemotherapeutic regimens and is an important in the management of patients with conditions that affect white blood cell production or function.

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Absolute Neutrophil Count (ANC) — Quick Calculator

Compute ANC from WBC and neutrophil percentages. Designed for clinicians and informed patients — mobile-first and printable.

Input values

White Blood Cells (WBC)

×10³ cells/µL (example range 4.1 - 10.9)

Neutrophils (%)

Segmented neutrophils percent (example 45 - 62)

Bands (%)

Immature neutrophils (bands) percent (example 3 - 5)

Result

- ×10³ cells/µL

No result yet — press Calculate.

ANC

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SevereModerateMildNormal

How ANC is calculated

ANC = WBC (×10³ cells/µL) × (Neutrophils% + Bands%) / 100. Example: WBC 6.0, neutrophils 55%, bands 4% → ANC = 6.0 × (55+4)/100 = 3.54 ×10³ cells/µL.

Interpretation & Suggested actions

• ANC < 0.5 ×10³/µL — Severe neutropenia. High infection risk. Consider urgent clinical review and protective isolation; discuss empiric antibiotics per local protocols.
• 0.5 — 1.0 ×10³/µL — Moderate neutropenia. Increased infection risk; consider close monitoring and infection precautions.
• 1.0 — 1.5 ×10³/µL — Mild neutropenia. Low-moderate risk; observe and repeat CBC as indicated.
• >= 1.5 ×10³/µL — Generally considered normal neutrophil count for adults.

This tool provides general guidance only. Always interpret in the clinical context and follow local guidelines.

Designed for quick clinical reference • Printable • Mobile-first

ENDOX Study – Endometriosis Research | Oxford

SOFA Score- Sequential Organ Failure Assessment

 Heematology and Oncology

Sequential Organ Failure Assessment

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SOFA Score — Quick Calculator

Heematology and Oncology Calculate SOFA quickly and copy results for notes or EMR.

Clinical • Fast

Enter component values

Respiration (PaO₂/FiO₂ ratio in mmHg) ≥400 = 0 ; <400 = +1 Platelets (×10³/µL) ≥150 = 0 ; <150 = +1 Bilirubin (mg/dL) ≤2 = 0 ; >2 = +1 MAP (mmHg) ≥70 = 0 ; <70 = +1 GCS (Glasgow Coma Scale) 15 = 0 ; 13-14 = +1 ; <13 = +2 Creatinine (mg/dL) or urine output/day (mL) ≤1.2 = 0 ; 1.2-1.9 = +1 ; ≥2.0 = +2

This is a compact implementation for rapid bedside use. Use clinical judgement; not a replacement for formal documentation.

SOFA Score

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0 - 24

Interpretation

Enter component values and tap Calculate. Interpretation will appear here with suggested risk tier.

Last calculated: —

Reference: Vincent et al., 1996. Use clinically.

Information 

 The SOFA Score (Sequential Organ Failure Assessment) is a tool used to assess the severity of organ dysfunction in critically ill patients. It evaluates six organ systems: respiration, coagulation, liver, cardiovascular, central nervous system, and renal. The score ranges from 0 to 24, with higher scores indicating greater organ dysfunction.

Tool-Child–Pugh Score — Chronic Liver Disease

Hematology 

Heematology and Oncology- 

The Child-Pugh Score is used for assessing the prognosis of chronic liver disease, especially cirrhosis. It evaluates liver dysfunction using five clinical measures: total bilirubin, serum albumin, prothrombin time or INR, ascites, and hepatic encephalopathy. Patients are classified into three categories reflecting disease severity. This scoring system is essential in determining treatment strategies, evaluating liver transplant needs, and in clinical research, including patient stratification in trials. Child–Pugh Score Severity of Liver Disease One-year Mortality Two-year Mortalit 

 References 

Child CG, Turcotte JG. Surgery and portal hypertension. The liver and portal hypertension. Philadelphia: Saunders 1964:50-64. Pugh RN, Murray-Lyon IM, Dawson JL, Pietroni MC, Williams R. Transection of the oesophagus for bleeding oesophageal varices. Br J Surg. 1973;60(8).

Child plug score

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Child–Pugh Score

Chronic liver disease & cirrhosis

Quick mobile-friendly calculator

Enter findings

Total bilirubin

µmol/L mg/dL

Albumin (g/dL)

INR

Ascites Absent Slight Moderate

Encephalopathy No encephalopathy Grade 1-2 Grade 3-4

Reference ranges and scoring derived from classic Child & Pugh publications. This calculator is for clinical guidance only — always combine with clinical judgement and local protocols.

Created: Child–Pugh calculator • Quick, mobile-friendly

Total Iron Deficit Calculator — Ganzoni Equation

                            Total iron deficit

Information

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Total Iron Deficit — Ganzoni equation

Estimate iron required to correct haemoglobin and replenish stores. Informational — always apply clinical judgment and local protocols.

Enter patient data

Weight (kg)

Use kg. Example: 80

Iron stores (mg)

Default: 500 mg for adults ≥35 kg; otherwise 15 mg/kg.

Target Hb (g/L)

Current Hb (g/L)

Formula (Ganzoni): Iron deficit (mg) = body weight (kg) × (target Hb − actual Hb in g/dL) × 2.4 + iron stores (mg). (The form converts g/L → g/dL automatically.)

Copy result

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Total Iron Deficit:

— mg

( recommended)

Infographic & guidance

— mg

Example: Weight 80 kg, Target 150 g/L, Current 90 g/L, Stores 500 mg

Interpretation

This tool gives an estimated iron deficit to guide replacement therapy planning. Confirm product dose limits, local protocols, and patient factors (bleeding, inflammation, renal disease). Not a substitute for clinical judgment.

© Rhodium Libra — For educational use

Reference: Ganzoni AM. Intravenous iron-dextran: therapeutic and experimental possibilities. Schweiz Med Wochenschr. 1970;100(7):301-3.

Total iron deficit can be calculated by the Ganzoni equation, which is used in the management of iron deficiency anaemia. It estimates the amount of iron required to replenish body stores and correct haemoglobin levels, factoring in the patient's current haemoglobin, target haemoglobin, body weight, and existing iron stores. It is applied to determine the appropriate iron supplementation, particularly in cases requiring intravenous iron therapy, ensuring both efficacy and safety in the treatment of iron deficiency anaemia.

References

Ganzoni AM. Intravenous iron-dextran: therapeutic and experimental possibilities. Schweiz Med Wochenschr.