VANCOUVER -- Response Biomedical Corp. announces the commercial launch of the RAMP Pox Test, the first rapid on-site environmental test capable of detecting orthopox viruses including smallpox, one of the most devastating diseases known to humanity according to the World Health Organization.
Smallpox is an acute contagious disease caused by the variola virus, a member of the genus Orthopoxvirus. There is no effective treatment for smallpox disease, and the only prevention is vaccination. The vaccine is made from a live orthopox virus called vaccinia, which is closely related to variola but does not cause smallpox.
Live vaccinia was used in the development and evaluation of the RAMP Pox Test as variola virus is not readily available, and these viruses are antigenically similar. The market-ready orthopox test has a reliable detection level of 100,000 viral particles (3.6 nanograms) per swab. Furthermore, the RAMP Pox Test was also shown to recognize monkeypox and cowpox, the only orthopox viruses in addition to variola and vaccinia known to cause human infection.
"Based on the strength of our RAMP tests for anthrax, ricin and botulinum toxin, we were encouraged by first responders and leading researchers to develop a test for smallpox on the RAMP platform," says Bill Radvak, president and CEO. "Given the urgent need, we are confident the RAMP Pox Test will soon become an invaluable screening tool."
"The Centers for Disease Control and Prevention (CDC) considers even one confirmed case of smallpox to constitute a public health emergency, and to our knowledge, RAMP is the world's first rapid on-site detection system capable of identifying smallpox," adds Radvak. "In keeping with our commitment to validate and enhance the performance of our technology, we will provide our RAMP System to any qualified government body for independent science-based evaluation."
Although smallpox had been eradicated after a worldwide vaccination program, in the aftermath of the events of September of 2001, there is heightened concern that the variola virus might be used as an agent of bioterrorism. In December of 2002, President George W. Bush announced a plan to protect against the threat of smallpox attack by hostile groups or governments. Under the plan, the Department of Health and Human Services (HHS) is working with state and local governments to form volunteer Smallpox Response Teams who can provide critical services in the event of a smallpox attack.
RAMP Systems have been sold in Canada, the US, Japan, Italy, Australia and the United Arab Emirates. Customers include UN biological weapons inspectors, the US Air Force and Health Canada. In addition to nine distribution partners in the U.S., the company has marketing partners in Israel, Germany, Italy, Ireland, New Zealand, Korea, Japan and the United Arab Emirates. RAMP Systems are also being used in major U.S. markets including New York, Chicago, Orlando, West Palm Beach and Houston.
Response Biomedical develops, manufactures and markets rapid on-site RAMP tests for clinical and biodefense applications providing reliable information in minutes, when and where it is needed. The RAMP System consists of a portable fluorescent Reader and single-use, disposable test cartridges. In biodefense, RAMP tests are also commercially available for detecting anthrax, ricin and botulinum toxin. The company is currently exploring development opportunities in infectious diseases including rapid tests for SARS and West Nile Virus.
In independent evaluations conducted by the Canadian Department of National Defence (DRDC-Suffield) and Maryland State Department of Health, the RAMP Anthrax Test was 100 percent reliable in detecting B. anthracis at or above 4,000 spores, with greater than 99 percent confidence in specificity.
No competing technology purports to have sufficient sensitivity to detect the presence of anthrax below 100,000 spores. The 10,000 spore level has been commonly used to define a potentially infectious dose of anthrax by the CDC.
Source: Response Biomedical Corp.
Happy Hand Hygiene Day! Rethinking Glove Use for Safer, Cleaner, and More Ethical Health Care
May 5th 2025Despite their protective role, gloves are often misused in health care settings—undermining hand hygiene, risking patient safety, and worsening environmental impact. Alexandra Peters, PhD, points out that this misuse deserves urgent attention, especially today, World Hand Hygiene Day.
From the Derby to the Decontam Room: Leadership Lessons for Sterile Processing
April 27th 2025Elizabeth (Betty) Casey, MSN, RN, CNOR, CRCST, CHL, is the SVP of Operations and Chief Nursing Officer at Surgical Solutions in Overland, Kansas. This SPD leader reframes preparation, unpredictability, and teamwork by comparing surgical services to the Kentucky Derby to reenergize sterile processing professionals and inspire systemic change.
Show, Tell, Teach: Elevating EVS Training Through Cognitive Science and Performance Coaching
April 25th 2025Training EVS workers for hygiene excellence demands more than manuals—it requires active engagement, motor skills coaching, and teach-back techniques to reduce HAIs and improve patient outcomes.
The Rise of Disposable Products in Health Care Cleaning and Linens
April 25th 2025Health care-associated infections are driving a shift toward disposable microfiber cloths, mop pads, and curtains—offering infection prevention, regulatory compliance, and operational efficiency in one-time-use solutions.
Phage Therapy’s Future: Tackling Antimicrobial Resistance With Precision Viruses
April 24th 2025Bacteriophage therapy presents a promising alternative to antibiotics, especially as antimicrobial resistance continues to increase. Dr. Ran Nir-Paz discusses its potential, challenges, and future applications in this technology.