Articles tagged with Biological Weapons
The review highlights the need for accurate bioaerosol detection methods that can distinguish between microorganisms at the species level. Laser-induced fluorescence and Raman spectroscopy are identified as promising technologies for online monitoring, but flaws in current methods must be addressed to improve accuracy.
A new therapeutic target for melioidosis has been identified by researchers at the Leibniz Institute for Natural Product Research and Infection Biology. The enzyme BurG synthesizes a toxic molecule central to infection, and inhibiting it could make bacteria less virulent.
A global team of experts has identified critical areas of focus for biological security, including the role of climate change and social media in detecting emerging pathogens. The list includes major questions on custom DNA synthesis, threats from invasive alien species, and regulation of neurochemistry.
Scientists and legal scholars warn that DARPA's Insect Allies program could be misused for biological warfare due to the ease of dispersing genetically edited viruses into fields. The technology has the potential to rapidly alter crop properties, raising concerns about its peaceful use.
A comprehensive review of biological warfare history reveals a greater incidence of illicit agent use than previously thought. The effects have been relatively limited despite the instances of misuse.
A study using the Delphi Method assessed the bioweapons threat and potential misuse of scientific research by querying 59 experts. The results show significant disagreement among authorities, with differing opinions based on factors such as age and expertise.
Researchers at Argonne National Laboratory have discovered a new compound that could potentially detect chemical and biological weapons over long distances. The compound, (A)ZrPSe6, was made possible by the unique beamline of the Advanced Photon Source, allowing scientists to analyze its remarkable properties.
Dawn Wooley, a WSU researcher, is working with a team of universities to develop diagnostic tools, therapeutics, and vaccines for deadly agents and viruses. The Midwest Center of Excellence aims to create solutions to counter biological threats, with a focus on airborne agents.
Recent advances in aerosol technology, microbiology, and genetics pose a risk of misuse by terrorists, warns Johns Hopkins researcher Gigi Kwik. The 'Persephone effect' highlights how life sciences can be used for both good and evil, and the need for strict biosecurity measures to prevent the spread of biological weapons.
The article highlights the need for guidelines on human test subjects in chemical and biological warfare research. Bioethicists emphasize the importance of fair and humane treatments, including ensuring subject competency and freedom of choice.
UT Southwestern researchers have developed a vaccine against the deadly bioterrorism toxin ricin, which can be administered in foods and water or sprayed as an aerosol. The new vaccine has shown protective effects in mice and is believed to be safe and effective in humans.
The article highlights the risk of biological warfare, citing the existence of frozen stocks of smallpox virus and conventional biological agents. Genetic engineering also poses a threat, as microbiologists' knowledge could be used to create novel, deadly pathogens.
The US lacks preparedness for bioterrorism attacks, according to a recent report by Dr. D.A. Henderson. The country is particularly vulnerable to anthrax and smallpox, which are identified as top bioweapon threats. The report calls for improved training, diagnostic techniques, and vaccine development to address this growing concern.