Gut health matters—swift, accurate detection of gastrointestinal pathogens with our advanced RT-PCR panel.
The GI Panel at GCC Biotech offers advanced diagnostic solutions for detecting a wide range of gastrointestinal pathogens. Our RT-PCR-based GI Panel identifies viral, bacterial, and parasitic causes of gastrointestinal infections, including Salmonella, Campylobacter, Shigella, Norovirus, Rotavirus, Giardia, Cryptosporidium, and Entamoeba histolytica. With rapid, highly sensitive testing, our GI Panel enables early diagnosis and effective management of infections, improving patient outcomes and supporting better gastrointestinal health. Designed for use in clinical settings, our diagnostic solutions ensure precise results for effective treatment and care.
DiAGSure® Viral GI Panel
The DiAGSure® Viral GI Panel is designed to detect the pathogens listed below:
» Norovirus GI
» Norovirus GII
» Rotavirus
» Astrovirus
» Sapovirus
» Adenovirus
DiAGSure® Norovirus & Rotavirus Multiplex PCR kit
The DiAGSure® Norovirus & Rotavirus Multiplex PCR kit is designed to detect the pathogens listed below:
» Norovirus GI
» Norovirus GII
» Rotavirus
DiAGSure® Hepatitis Panel Kit
The DiAGSure® Hepatitis Panel Kit is designed to detect the pathogens listed below:
» Hepatitis B Virus
» Hepatitis C Virus
» Hepatitis E Virus
» Hepatitis A Virus
»» Here’s the complete list of available Gastrointestinal Pathogen Individual Kits:
» DiAGSure® Human Adenovirus Detection kit
» DiAGSure® Human Adenovirus quantitative kit
» DiAGSure® Rotavirus Detection kit
» DiAGSure® Norovirus GI/GII multiplex PCR kit
» Giardia and Cryptosporidium Multiplex PCR kit
» Vibrio cholerae Detection kit
» Salmonella spp. Detection kit
» Campylobacter Jejuni Detection kit
» Helicobacter pylori Detection kit
Efficient and reliable PCR purification kit ensuring high-yield, high-purity DNA for accurate downstream applications.
High-yield, high-purity RNA isolation from blood samples for accurate and reliable gene expression and molecular analysis.
High-purity, high-yield DNA isolation from cell cultures for reliable genetic analysis and molecular biology applications.