PERICARDIAL FLUID-TC,DC (In Karad)

Pericardial Fluid TC, DC test measures the Total Cell Count (TC) and Differential Cell Count (DC) in the pericardial fluid to diagnose infections, inflammation, ma

test
test
Report Availability
24 hours
₹ 150 /-
Free Home Blood Collection

Overview

Pericardial fluid surrounds the heart and provides lubrication for normal cardiac function. When this fluid increases or undergoes pathological changes due to infection, inflammation, trauma, tuberculosis, or cancer, a diagnostic evaluation becomes essential. The Pericardial Fluid – TC, DC test plays a critical role in assessing cellular patterns and detecting abnormalities early.

This test helps clinicians identify whether the cause of pericardial effusion is bacterial, viral, tubercular, malignant, or inflammatory. It is a highly valuable component of cardiac and systemic disease diagno

Why PERICARDIAL FLUID – TC, DC is Important

The pericardium reacts to infections, autoimmune disorders, metabolic changes, or malignancies by altering its fluid content. Measuring Total Cell Count and Differential Count helps categorize the effusion as:

  1. Transudative – usually non-inflammatory

  2. Exudative – seen in infection or malignancy

Key diagnostic importance

  1. Helps diagnose Pericarditis

  2. Early detection of Tuberculous Pericardial Effusion

  3. Identifies bacterial or viral infections

  4. Differentiates malignant vs non-malignant effusions

  5. Guides clinical management and therapy

The test is also helpful in correlation with other diagnostic evaluations such as biochemical tests, cytology, microbiology, and occasionally immunological assays like the Paul Bunnel Test (highlighted as requested for SEO relevance).


Benefits of PERICARDIAL FLUID – TC, DC Test

Accurate Diagnosis

The test provides clear insight into the nature of inflammation or infection.

Early Detection of Serious Conditions

Effusions due to tuberculosis, cancer, or bacterial infections require urgent treatment. This test helps identify them early.

Guides Personalized Treatment

Cell count patterns help doctors decide whether antibiotics, antifungals, antitubercular therapy, or oncological evaluation is required.

Non-Invasive and Safe

The test is performed on aspirated pericardial fluid collected during a medically guided and safe procedure.


How the Testing is Done

Sample Collection

Pericardial fluid is obtained through a procedure called pericardiocentesis, performed under sterile conditions with imaging guidance (ultrasound/echo).

Laboratory Procedure

  1. TC (Total Cell Count):
    Performed using a hemocytometer or automated counters to evaluate overall cell load in the fluid.

  2. DC (Differential Cell Count):
    Smears are prepared and stained to differentiate types of cells such as

    1. Neutrophils

    2. Lymphocytes

    3. Monocytes

    4. Eosinophils

    5. Mesothelial cells

Why Choose Diagnopein for PERICARDIAL FLUID-TC,DC Test?

  1. Highly accurate laboratory technology

  2. Specialized sample handling for body fluids

  3. Expert pathologists for precise differential analysis

  4. Fast reporting with clinical interpretation

  5. Affordable pricing with trusted quality

  6. Seamless patient support system

Diagnopein ensures reliability, precision, and timely reports for better clinical outcomes.

Talk to an Pathologist

  I HereBy Consent to receive calls/messagess from Diagnopein Pathology and its partners and override DND settings

faq image

Frequently Asked Questions

It is performed when there is suspicion of pericardial effusion due to conditions such as infections, inflammatory diseases, malignancies, or post-surgical complications.

Symptoms include chest pain, shortness of breath, palpitations, or signs of heart failure. These may warrant further investigation for pericardial effusion.

Common causes include infections (viral, bacterial), autoimmune diseases, malignancies, heart failure, and post-surgical complications.

Pericardiocentesis is generally safe but may carry risks such as bleeding, infection, or damage to surrounding structures. It is typically performed under ultrasound guidance to minimize risks.