Global Biodefense February 11, 2020 The United States military adopted the auto-injector as the drug delivery device for chemical weapons exposure because of ease of use, packaging durability,and drug stability under varying storage conditions. The auto-injectors are designed to deliver an intramuscular injection with a 22-gauge needle protrudes with a pressure-activated coil spring mechanism that triggers the needle after removal of the safety cap. It is a replacement for the currently fielded auto-injector for treatment against nerve agent and insecticide poisoning, adjunctive treatment, and management of agent-induced seizures…read more.
Phys.org January 8, 2020 A team of researchers in the US (Northwestern University, US Army – Aberdeen) has developed a generalizable and scalable approach for integrating MOFs and non-volatile polymeric bases onto textile fibers for nerve agent hydrolysis. The composite material showed similar reactivity under ambient conditions compared to the powder material in aqueous alkaline solution. This represents a critical step toward a unified strategy for nerve agent hydrolysis in practical settings, which can significantly reduce the dimensions of filters and increase the efficiency of protective suits. The material could be integrated into protective suits and face masks for use […]
Science Alert October 17, 2019 Strains of the infectious virus along with four other dangerous pathogens were brought into the country last month by the Japanese government, so that scientists can study them and research possible countermeasures in the event of an outbreak sparked by the Tokyo 2020 tourist influx. Japan’s ability to study the most dangerous pathogens has lagged behind that of other advanced nations. There is one facility in the country operating at BSL 4 level. Both the United States and Europe have more than a dozen BSL-4 labs in operation or under construction, and China is building […]
Science Daily May 30, 2019 Exposure to high-dose irradiation (>10 gray) from the uncontrolled release of radioactive materials or intensive radiotherapy for cancer treatment can cause gastrointestinal syndrome (GIS), a lethal disorder affecting the intestinal structure. To assess medical countermeasures, it is essential to develop specific and robust animal models in which the relationship between radiation doses, GIS incidence, and severity can be correlated with the histopathology of the intestine. Researchers in Spain aim to understand cell biology and molecular events of GIS after radiation exposure by using a genetic GIS mouse model generated in their laboratory. This information will […]
Nature News January 31, 2019 The US government is backing efforts that use machine learning to detect whether a DNA sequence encodes part of a dangerous pathogen. Researchers are beginning to make progress towards designing artificial-intelligence-based screening tools, and several groups are presenting early results at the American Society for Microbiology (ASM) Biothreats meeting in Arlington, Virginia, on 31 January. In 2016, IARPA launched an initiative to design better algorithms for spotting potentially threatening sequences. Information about the basic biology of organisms — such as a universal DNA sequence that allows toxins or viruses to stick to cells could help […]
Eurekalert January 9, 2019 Researchers at the North Carolina State University have developed a new technique which relies on testing crystalline insulators found in everything from thumb drives to smartphones. Because the technique is high-throughput, accurate and precise, it can adequately assess an individual’s exposure in about an hour. The insulator should be removed from its electronic device, cleaned and placed in a thermally stimulated luminescence reader, which collects spectra relating to the number of electrons found in the flaws inherent to the sample’s crystalline structure. That spectral data is then fed into a custom algorithm that calculates the sample’s […]
Science Daily March 3, 2018 Researchers in Canada published a step by step method to create a pox virus in a lab, making the threat of smallpox re-emergence even greater which highlights the real risk of smallpox re-emerging in the world. An international team of researchers (USA – Arizona State University, Emory University, Australia) reveals that the number of people living with weakened immune systems must be examined when planning for the real risk of smallpox re-emerging in the world and unprecedented levels of immunosuppression in countries like Australia and the US must be considered in planning for the real […]