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Novaplex™ Gastrointestinal Assays
Detect and identify 34 GI pathogens
Most gastrointestinal infections do not have a known pathogen identified.

Gastrointestinal infections (food poisoning) caused by Salmonella and Listeria cause 1500 deaths annually in US. In fact, 3200 deaths are attributed by unidentified pathogens.1

Product Information

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  • Analytes
    • Shigella spp./EIEC (Sh/EI)
    • Vibrio spp. (Vib)
    • Aeromonas spp. (Aer)
    • Campylobacter spp. (Cam)
    • Y. enterocolitica (Yer)
    • C. difficile toxin A (TcdA)
    • C. difficile toxin B (TcdB)
    • Salmonella spp. (Sal)
    • C. perfringens
    This product has multiple variants. The options may be chosen on the product page
  • Analytes
    • Shiga toxin (stx1/2)
    • E. coli O157 (O157)
    • Hypervirulent C. difficile (CD hyper)
    • EPEC (eaeA)
    • ETEC (lt/st)
    • EAEC (aggR)
  • Analytes
    • Enterocytozoon spp. / Encephalitozoon spp. (EN)
    • Hymenolepis spp. (HY)
    • Taenia spp. (TA)
    • Enterobius vermicularis (EV)
    • Strongyloides spp. (ST)
    • Ascaris spp. (AS)
    • Trichuris trichiura (TT)
    • Ancylostoma spp. (AN)
    • Necator americanus (NA)
    This product has multiple variants. The options may be chosen on the product page
  • Analytes
    • Blastocystis hominis (BH)
    • Dientamoeba fragilis (DF)
    • Cyclospora cayetanensis (CC)
    • Giardia lamblia (GL)
    • Entamoeba histolytica (EH)
    • Cryptosporidium spp. (CR)
    This product has multiple variants. The options may be chosen on the product page
  • Analytes
    • Adenovirus F (ADV-F)
    • Astrovirus (ASV)
    • Norovirus GI (NVG1)
    • Norovirus GII (NVG2)
    • Sapovirus (SV)
    • Rotavirus A (ROV)
    This product has multiple variants. The options may be chosen on the product page


Compatible instrumentation

Automated Extraction & PCR Setup
Seegene NIMBUS
Seegene STARlet 

Real-time PCR
CFX96™ Dx System
CFX96™ Opus (Bio-Rad)
CFX96 Touch™ Real-Time PCR Detection System

Seegene Viewer Software

  • Quick and easy data analysis and interpretation
  • Interface specialized for multiplex testing
Key Features
  • Full range of causative pathogens (34 pathogens) in gastrointestinal tract infection 
  • Short TAT (4 hours) from extraction to final results
  • Informative data with individual Ct values for each analyte 
  • Automated data interpretation with the Seegene Viewer
Download Spec Sheet
Understanding Gastroenteritis

Gastroenteritis is a very common infection, with more than 3 million cases per year in the US. It can be caused by a wide range of bacterial, viral, and/or parasitic pathogens. With gastroenteritis, the bowels, stomach, and intestines become irritated and inflamed leading to diarrhea, vomiting and nausea that can last for days or even weeks. Detection based on conventional methods has several drawbacks including low sensitivity, significant hands-on-time, and long turnaround time. This includes stool processing steps to prepare for microscopy that require specialized expertise for the detection of specific infection-causing ova and parasites.

Recently, multiplex real-time PCR-based syndromic testing has been at the forefront of molecular testing due to its many advantages such as simultaneous detection and broad coverage of gastrointestinal (GI) tract pathogens, short turnaround time, and a high reproducibility rate.

The Novaplex™ Gastrointestinal Panel Assays* are multiplex, real-time RT-PCR assays that detect and identify 34 GI pathogens including 6 viruses, 7 bacteria (I), 6 bacteria (II), 6 parasites, and 9 helminths simultaneously.

*Novaplex™ Assays are For Research Use Only. Not for Use in Diagnostic Procedures.


Evaluation of the Allplex™ Gastrointestinal Panel-Parasite Assay for Protozoa Detection in Stool Samples: A Retrospective and Prospective Study

Evaluation of the Allplex™ GI-Helminth(I) Assay, the first marketed multiplex PCR for helminth diagnosis

Seegene 2023 Molecular Thoughts Series: Diagnostic Parasitology As-is and To-be, a Roundtable on the Future


This webinar discussed different methods of diagnosing parasites, contrasting microscopic approaches with novel diagnostic testing alternatives.

Parasites are recognized as important gastrointestinal pathogens with significant patient, economic, environmental, and public health impacts in the US. Currently, clinical laboratory diagnosis is reliant on microscopic methods even with novel diagnostic testing alternatives available. Common and undesirable outcomes from this approach include delayed results, high labor costs, inefficiency in the laboratory operation, and questions on quality. Issues of quality may arise from technologist shortages and lack of skilled expertise in microscopy and morphology. This can lead to errors in diagnosis and patient care. Novel methods may lack adequate coverage of the potential parasitic pathogens while sample types may be limited or difficult to process and test. As a result, labs often choose to send out for these tests.

Target Audience
  • Pathologists 
  • Lab supervisors
  • Lab directors (and/or assistant directors)
  • Lab managers (supervisory and/or non-supervisory)
  • Other laboratory professionals overseeing/conducting within this topic
Learning Objectives

At the end of this activity, participants will be able to:

  • Explain the staffing challenges associated with traditional ova & parasite exams.
  • Accurately describe new tools available to clinical labs for the diagnosis and screening of stool parasite testing.
  • Evaluate the potential value of molecular testing for ova & parasite exams.

Richard Bradbury
Senior Lecturer in Microbiology and Molecular Biology,
Federation University
Melbourne, Victoria

Susan Butler-Wu
Director, Clinical Microbiology, LAC+USC Medical Center
Associate Professor, Clinical Pathology, Keck School of Medicine of USC
Los Angeles, CA

Blaine A. Mathison
Scientist III, ARUP Laboratories
Adjunct Instructor, University of Utah, Department of Pathology
Salt Lake City, UT

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