Detecting Parasitic Presence for Comprehensive Infectious Disease Assessment
Malaria can be caused by several species of Plasmodium parasites, each of which has a complex life cycle (see illustration). Research in recent decades has shed light on many aspects of Plasmodium biology, broadening understanding of how parasites interact with the human immune system, cause human disease, and are transmitted by mosquitoes.
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How our test process works!
The malaria parasite test detects the presence of malaria-causing parasites in the blood.
1. Methods Used:
• Blood smear microscopy: Identifies parasite type and count.
• Rapid Diagnostic Test (RDT): Detects malaria antigens quickly.
2. Positive Result:
• Confirms malaria infection, requiring immediate treatment.
• Identifies species (e.g., Plasmodium falciparum, P. vivax).
3. Negative Result:
• No malaria detected, but retesting may be needed if symptoms persist.
Used for diagnosing and monitoring malaria effectively.
Malaria.
A haematology report depicting peripheral blood smear for malarial parasites is a positive-negative MP report. The malarial parasite report might state “Detected/Not Detected” or “Positive/Negative.” Along with it, the name of the identified malarial parasite will also be present. For example: Parasites: DETECTED. (Schizont of P. Vivax.) Parasites: NOT DETECTED.
Interpretation of Results
-
Positive Test:
- Indicates active malaria infection.
- The severity and type depend on the species detected and parasite load (e.g., low, moderate, high).
-
Negative Test:
- No infection detected, but false negatives can occur in cases of low parasite density.
Sample Type
- Whole Blood Sample: Collected via venipuncture or finger prick.
- Two types of blood smears may be prepared:
- Thick Smear: Concentrates blood for better parasite detection.
- Thin Smear: Used to identify the species of Plasmodium.
Frequently Asked Question
Malarial Parasite
Detecting Parasitic Presence for Comprehensive Infectious Disease Assessment
Malaria can be caused by several species of Plasmodium parasites, each of which has a complex life cycle (see illustration). Research in recent decades has shed light on many aspects of Plasmodium biology, broadening understanding of how parasites interact with the human immune system, cause human disease, and are transmitted by mosquitoes.
Covid Safety
Assured
Free Report
Counselling