

“FLU-NGS is the latest modality for accurate identification of the pathogen responsible for a patient’s condition. It helps me arrive at a precise diagnosis and significantly reduce the possibility of prescribing unnecessary drugs, especially antibiotics. Both the parents and I feel a sense of relief with the clarity this test provides. While the report takes 24 hours, the wait is well worth the accuracy it offers.”
MBBS, Diploma in Child Health (DCH), MD – Pediatrics



“Haystack’s FLU-NGS test has been a valuable addition to my clinical practice. It has enabled prompt and accurate diagnosis of etiology of upper respiratory tract infections, helping me make confident decisions on prognosis and avoid unnecessary antibiotic use – enhancing both patient care and antibiotic stewardship.”
Consultant Pediatrician at RxDx healthcare and Stepcare Healthcare



“FLU-NGS by HaystackAnalytics has become an essential diagnostic tool in my pediatric practice. Its painless, non-invasive sampling method is ideal for children, and the comprehensive pathogen detection it offers enables me to accurately diagnose respiratory infections without delay. This not only improves clinical outcomes but also helps me minimize unnecessary antibiotic use, making it a win for both patient comfort and responsible treatment.”
Senior Pediatrician, Chiranjeevi Hospital

Fever
Cough
Runny / stuffy nose
Sore throat
Headache
Body ache

FLU-NGS is a Next Generation Sequencing (NGS) based flu test that detects major respiratory & neuropathic viruses and key bacterial pathogens from a single, painless sample. It reliably detects polymicrobial and co-infections, going far beyond routine flu tests that are restricted by panels.



Flu-like symptoms often look similar at presentation but the underlying causes are not.
From a total of 5,033 FLU-NGS tests performed over 12 months,
out of the 3,302 pathogen-positive cases-
Among 3,302 pathogen-positive cases:






Flu-like illness is not predominantly viral.
Over 1 in 5 patients had viral+bacterial co-infections, a pattern frequently missed by conventional testing approaches that focus on viral detection alone.


