87801 Infectious agent detection by nucleic acid (DNA or RNA), multiple organisms; amplified probe(s) technique

Infectious Agent Detection by Nucleic Acid (DNA or RNA), Multiple Organisms; Amplified Probe(s) Technique

Name of the Procedure:

• Common Name: Multiplex PCR Test
• Technical Term: Infectious Agent Detection by Nucleic Acid (DNA or RNA), Multiple Organisms; Amplified Probe(s) Technique

Summary

This procedure is a laboratory test that helps identify specific infectious agents like bacteria, viruses, or fungi by detecting their genetic material (DNA or RNA). The test uses a technique called amplified probes to increase the amount of genetic material for easier detection.

Purpose

This test is used to diagnose infections caused by multiple organisms quickly and accurately. It helps in identifying the specific type of infectious agent responsible for the illness, allowing for targeted treatment.

Indications

• Persistent or severe infections with unknown cause
• Immunocompromised patients with atypical infections
• Patients with symptoms suggesting multiple possible pathogens (e.g., fever, cough, diarrhea)
• Confirming the presence of a specific pathogen after initial testing

Preparation

• Patients generally do not need to prepare or fast.
• Depending on the infection site, a sample may be required from blood, urine, throat, or another body part.
• No specific diagnostic tests are required beforehand, although a physician might order preliminary tests.

Procedure Description

1. Sample Collection: A sample is taken from the patient, such as blood, urine, throat swab, or other tissues.
2. Lab Processing: The sample is processed to extract nucleic acids (DNA or RNA) from potential infectious agents.
3. Amplification: Specific genetic material from the pathogens is copied multiple times using the amplified probe technique to create a detectable amount.
4. Detection: The amplified genetic material is analyzed to identify the presence of specific infectious agents.

• Tools/Equipment: PCR machine, amplification reagents, detection probes.
• Anesthesia or Sedation: Not required.

Duration

• Sample collection: 5-15 minutes
• Lab processing and result generation: 1-3 days

Setting

• Sample collection: Physician's office, outpatient clinic, or hospital.
• Processing: Medical laboratory specialized in genetic testing.

Personnel

• Sample Collection: Nurse or phlebotomist
• Lab Analysis: Medical laboratory technician or molecular biologist

Risks and Complications

• Common risks: Minor discomfort or bruising at the sample collection site.
• Rare risks: Infection at the collection site.

Benefits

• Rapid and accurate identification of multiple infectious agents.
• Facilitates prompt and targeted treatment.
• Reduced diagnostic uncertainty.

Recovery

• Post-procedure care: No special care needed after sample collection.
• Expected Recovery: Immediate, as there is typically no recovery needed from the test itself.
• Restrictions: None
• Follow-Up: Based on test results, a follow-up appointment may be scheduled to discuss treatment plans.

Alternatives

• Traditional culture methods: Slower and less specific.
• Singular PCR tests: Target only one pathogen at a time, potentially requiring multiple tests.
• Serological tests: May not provide as fast or as specific results.

Patient Experience

• During: Brief discomfort at the site of sample collection.
• After: Normal activities can be resumed immediately.
• Pain Management: Not typically necessary, over-the-counter pain relief if needed. Comfort measures are minimal due to the non-invasive nature of the test.