Nipah virus (NiV) is an extremely dangerous paramyxovirus, which has its origin in Malaysia in the year 1998. Through our comprehensive range of services, we are dedicated to advancing the field of NiV vaccine and therapeutic development, with the ultimate goal of accelerating research and development for pharmaceutical companies around the world.
Introduction to Nipah Virus Infection
Nipah virus (NiV) is a zoonotic paramyxovirus that is highly pathogenic and has the ability to cause severe and often life threatening encephalitis among humans. First identified in Malaysia in 1998, sporadic NiV outbreaks have occurred in South and Southeast Asia. The most notable feature of the virus and one that draws the most attention is its capacity to cause varying clinical picture including asymptomatic infection and multi-system respiratory and neurologic disease with 75% of the affected population succumbing to the illness.
Fig.1 Taxonomy of Nipah virus and its transmission. (Mishra G., et al., 2024)
Vaccine Development for Nipah Virus Infection
- Subunit Vaccines
Preclinical models have demonstrated the effectiveness of subunit vaccines. These vaccines focus on using key proteins from the virus, such as glycoprotein (G) or fusion (F) protein, to trigger an immune response. An example of this is the soluble G glycoprotein (sG) vaccine which has already been proven to stimulate neutralizing antibodies and protect several models, such as hamster and African green monkey.
- Viral Vector-Based Vaccines
Harmless viruses are used to create NiV medical coding while viral vector-based vaccines utilize viruses as a medium. Some of these include the immunization that are built using adenovirus, virus of measles, and vesicular stomatitis virus. These vaccines have shown success in provoking strong immune responses and offering complete protection from lethal NiV challenges in animal models.
- mRNA Vaccines
The development of mRNA vaccine technology has expanded the scope of NiV vaccine development greatly. Similar to the vaccines developed for COVID 19, mRNA can be used to create vaccines that respond robustly to viral proteins and stimulate immune systems. Preclinical studies have targeted mRNA creating NiV antigens to stimulate neutralizing antibodies and protect animal subjects.
Table 1 Development status of Nipah virus infection vaccine candidates. (Satterfield B A., 2016)
Candidate name/identifier: institution |
Status |
Developers |
Subunit vaccine |
HeV sG |
Preclinical |
Zoetis, Inc./USU |
Vectored vaccines |
VSV-NiVB F and/or G |
Preclinical |
UTMB |
VSV-NiVM G |
Preclinical |
CDC |
VSV-NiVM G |
Preclinical |
RML |
VSV-NiVM F and/or G |
Preclinical |
Yale University |
VSV-HeV G: |
Preclinical |
TJU/RML |
RABV-HeV G: |
Preclinical |
TJU/RML |
ALVAC-F/G |
Preclinical |
CFIA-NCFAD |
AAV-NiVM G |
Preclinical |
INSERM |
rMV-Ed-G |
Preclinical |
UoT |
V-NiVG |
Preclinical |
USU |
rLa-NiVG and/or rLa-NiVF |
Preclinical |
CAAS-SKLVB |
Passive antibody transfer |
Polyclonal serum NiV F or G |
Preclinical |
INSERM |
Mouse mAbs NiV F or G |
Preclinical |
INSERM |
Human mAb m102.4 Henipah G |
Preclinical |
USU |
Therapeutics Development for Nipah Virus Infection
Antiviral Therapies
Therapies, Antiviral There are numerous antiviral medicines that have been tested against NiV. Broad spectrum antiviral called ribavirin has been successful on humans on a few occasions but its efficiency is still in question. Animal models have shown the infection free potential of Remdesivir and favipiravir.
Monoclonal Antibodies
Using targeted therapy that neutralizes viruses, monoclonal antibodies (mAbs) have a therapeutic advantage. m102.4 is one of the human monoclonal antibodies, which has proven successful in animal models and is currently undergoing Phase I clinical trials. This mAb has been considered one for post-exposure prophylaxis for some henipaviruses like NiV.
Our Services
We aim for the creation of vaccines and therapeutics for the new emerging infectious diseases as well as diseases like Nipah virus infection. Our services include:
- Vaccine Design and Development: Deploying advanced technologies for the design and development of NiV vaccines.
- Therapeutic Antibody Production: Creating neutralizing monoclonal antibodies for NiV.
- Preclinical research: Performing in vitro and in vivo studies related to all aspects of vaccine and therapeutic safety and effectiveness.
- NiV Intracerebral Inoculation Mouse Models
- NiV oral Inoculation Pig Models
- NiV Infection Syrian Hamster Models
- NiV Oronasally Inoculation Ferret Models
As a leading provider of biopharmaceutical R&D services, we are dedicated to advancing the fight against Nipah virus infection. If you are interested in our services, please feel free to contact us.
References
- Mishra, Gayatree, Vishal Prajapat, and Debasis Nayak. "Advancements in Nipah virus treatment: Analysis of current progress in vaccines, antivirals, and therapeutics." Immunology 171.2 (2024): 155-169.
- Satterfield, Benjamin A., Brian E. Dawes, and Gregg N. Milligan. "Status of vaccine research and development of vaccines for Nipah virus." Vaccine 34.26 (2016): 2971-2975.
- Shariff, M. "Nipah virus infection: A review." Epidemiology & Infection 147 (2019): e95.
All of our services and products are intended for preclinical research use
only and cannot be used to diagnose, treat or manage patients.