BIOFIRE PNEUMOINIA PLUS PANEL
MRP - ₹ 22,000
What is a BIOFIRE PNEUMOINIA PLUS PANEL?
The BioFire Pneumonia Plus Panel is an advanced molecular diagnostic test that uses multiplex PCR technology to rapidly detect a wide range of respiratory pathogens directly from sputum, bronchoalveolar lavage (BAL), or endotracheal secretions. It identifies bacteria, viruses, and select antimicrobial resistance genes associated with pneumonia. This test is performed to provide quick, accurate results, helping clinicians choose appropriate treatments, reduce unnecessary antibiotic use, and improve patient outcomes, especially in severe or hospital-acquired pneumonia cases.
Additional Information
| Also known as/ Other names: | Respiratory Pathogen Panel (BioFire), Pneumonia Multiplex PCR Panel, BioFire Pneumonia Molecular Test, Pneumonia Plus PCR Assay, BioFire Pneumonia Pathogen Detection Panel, Multiplex Pneumonia Diagnostic Panel |
| Parameters: | 34 |
| Recommended for: | M/F/Others |
| Sample Type: | Sputum/BAL/ET secrition |
| Patient Preparation: | No prior preparation is needed |
| Reports: | Next Day |
FAQs
It provides quick results, helping doctors choose the right treatment, reduce unnecessary antibiotics, and improve patient outcomes in pneumonia cases.
Patients with suspected pneumonia, especially those hospitalized or critically ill, are recommended for this test to confirm infection and guide therapy.
It identifies multiple bacteria, viruses, and select antimicrobial resistance genes commonly associated with pneumonia.
A positive result confirms the presence of pneumonia-causing pathogens, guiding doctors to prescribe targeted treatment.
A negative result means no pathogens were detected, suggesting pneumonia may not be present or caused by organisms outside the panel’s scope.
Prior antibiotic use may reduce bacterial load, but PCR technology can still detect genetic material, making results reliable.
Yes, it identifies several respiratory viruses that can cause pneumonia, helping distinguish bacterial from viral infections.
