Sino Biological Expands Research Reagent Portfolio to Support Global Nipah Virus Vaccine and Diagnostic Development

January 28th, 2026 7:24 PM
By: Newsworthy Staff

Sino Biological has accelerated the availability of critical research tools for Nipah virus, a high-mortality pathogen with no approved treatments, to support global vaccine and diagnostic development efforts.

Sino Biological Expands Research Reagent Portfolio to Support Global Nipah Virus Vaccine and Diagnostic Development

Recent reports of Nipah virus infections in West Bengal, India, have reignited global concern, prompting public health authorities to prioritize research into this high-mortality pathogen. In response, Sino Biological has announced the accelerated availability and development of critical research tools to support the global scientific community in combating NiV. Nipah virus, a member of the Paramyxoviridae family, is classified by the World Health Organization as a priority pathogen due to its epidemic potential and high fatality rate estimated between 40% to 75%. With no approved vaccines or specific antiviral treatments currently available, the demand for high-quality, biologically active reagents is critical for developing effective countermeasures.

To meet the urgent needs of researchers, Sino Biological has launched a series of high-purity NiV G and F proteins. These proteins are essential for understanding viral entry mechanisms and screening therapeutic antibodies. Additionally, the company is fast-tracking the development of NiV N proteins and pre-fusion and post-fusion F trimer proteins. The N proteins are based on the most recently reported strains, offering improved sequence relevance compared with existing products that contain multiple mutations. In addition to standard proteins, Sino Biological offers ProPure™ endotoxin-free versions of NiV G and F proteins, designed for vaccine research applications where immunogen purity and endotoxin control are critical.

The expansion of research tools matters because it addresses a critical bottleneck in developing countermeasures against a pathogen with devastating potential. Nipah virus outbreaks have demonstrated high mortality rates and significant public health impacts in affected regions. The availability of high-quality reagents directly enables researchers to accelerate vaccine discovery and diagnostic development, potentially reducing the time needed to create effective medical interventions. This is particularly important given the virus's classification as a priority pathogen by global health authorities.

The implications of this announcement extend beyond immediate research applications. By providing researchers with tools like those available at https://www.sinobiological.com/research/virus/nipah-virus, Sino Biological is facilitating more rapid response to emerging infectious disease threats. The company's focus on strain-relevant proteins and specialized formulations for vaccine research, detailed at https://www.sinobiological.com/research/virus/niv-proteins-reagent, could help overcome technical challenges that have hindered previous Nipah virus research efforts. This portfolio expansion represents a strategic investment in global health security infrastructure, enabling scientists worldwide to work with standardized, high-quality materials that can produce more reliable and comparable research outcomes.

Dr. Rob Burgess, Chief Business Officer at Sino Biological US, emphasized the company's commitment to providing the scientific community with the highest quality tools as rapidly as possible when emerging infectious diseases threaten global health. By expanding the NiV portfolio, the company aims to empower researchers to streamline vaccine discovery and diagnostic breakthroughs. This development comes at a critical time when global health systems are increasingly focused on preparedness for emerging pathogens with pandemic potential, making timely access to research tools essential for proactive rather than reactive public health responses.

Source Statement

This news article relied primarily on a press release disributed by NewMediaWire. You can read the source press release here,

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