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Here is a full interpretation of the CBC report for Mr. Jagannath Thorve, 42-year-old male, collected on 07/08/2026.

CBC Report Interpretation

Patient Summary

  • Name: Mr. Jagannath Thorve | Age/Sex: 42 years / Male
  • Lab: Shiv Satyava Clinical Laboratory

Parameter-by-Parameter Analysis

TestValueReference RangeStatusSignificance
Haemoglobin14.1 g/dl13.5 - 17✅ NormalNormal for male
Total WBC Count11,000 /cmm4000 - 11000⚠️ Upper limitBorderline leukocytosis
RBC Count3.83 mill/cmm3.8 - 6.5✅ Low-normalJust at lower boundary
PCV (Hematocrit)39.9%40 - 54⚠️ Slightly lowMarginally below normal
MCV104.18 cu micron76 - 96🔴 HIGHMacrocytosis
MCH36.81 pg27 - 32🔴 HIGHHyperchromia
MCHC35.34 g/dl32 - 36✅ NormalWithin range
RDW-CV15.7%11 - 16⚠️ High-normalMild anisocytosis
Neutrophil66%40 - 70✅ Normal
Lymphocytes27%20 - 40✅ Normal
Eosinophil4%1 - 6✅ Normal
Monocytes3%2 - 8✅ Normal
Basophils0%0 - 1✅ Normal
Platelet Count2,44,000 /cmm1,50,000 - 4,50,000✅ Normal

Key Findings & Clinical Interpretation

1. 🔴 Macrocytosis (MCV = 104.18, elevated)

The MCV is significantly above the upper limit of 96 cu micron. This means the red blood cells are larger than normal. This pattern is characteristic of:
  • Vitamin B12 deficiency (most common cause in this age group)
  • Folate (Vitamin B9) deficiency
  • Megaloblastic anemia - a condition where the bone marrow produces large, structurally abnormal precursor red cells due to impaired DNA synthesis
  • Less commonly: liver disease, hypothyroidism, alcoholism, medications (methotrexate, hydroxyurea)
As noted in Robbins & Kumar Basic Pathology: "Elevated MCH may be seen in megaloblastic anemia due to folate or vitamin B12 deficiencies."

2. 🔴 Elevated MCH (36.81 pg, vs normal 27-32)

The average hemoglobin content per red cell is high. This is a direct consequence of the macrocytosis - larger cells contain more hemoglobin. This further supports a megaloblastic process.

3. ⚠️ Borderline WBC = 11,000 /cmm

Exactly at the upper limit of normal. This could reflect a mild reactive state (infection, inflammation, stress) but is not definitively pathological on its own. Worth monitoring.

4. ⚠️ Low-normal PCV (39.9%) and RBC (3.83)

The PCV is just below the normal male range (40-54%) and RBC is at the very lower boundary. Despite haemoglobin being normal (14.1), this discordance further supports macrocytic anemia - fewer but larger red cells, maintaining Hb at near-normal levels but with reduced cell count and hematocrit.

5. RDW-CV = 15.7% (high-normal)

RDW reflects variation in red cell size. A slightly elevated RDW in the setting of macrocytosis suggests a mixed picture or early deficiency state.

Clinical Summary

This CBC is consistent with early or evolving macrocytic anemia, most likely due to Vitamin B12 and/or folate deficiency. The hemoglobin is still maintained at a near-normal level (14.1 g/dl), suggesting this may be a compensated or early stage.

Recommended Follow-up Tests

  1. Serum Vitamin B12 level - to confirm or rule out B12 deficiency
  2. Serum Folate / RBC Folate - to assess folate status
  3. Peripheral Blood Smear - to look for hypersegmented neutrophils (classic in megaloblastic anemia) and macro-ovalocytes
  4. Serum LDH and Indirect Bilirubin - elevated in ineffective erythropoiesis
  5. Reticulocyte count - typically low in megaloblastic anemia
  6. Liver Function Tests - to rule out liver disease as a cause of macrocytosis
  7. Thyroid Function Tests (TSH) - hypothyroidism can cause macrocytosis

Important Note

This interpretation is for informational purposes. The patient should consult a physician who can correlate these findings with clinical symptoms (fatigue, tingling/numbness in hands/feet, sore tongue, dietary history, alcohol intake) and order the appropriate follow-up investigations. This report does not replace a medical consultation.
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