mousepox virus การใช้

• The mousepox virus has no affinity for people and poses no threat to humans.
• The mousepox virus, they added, was used simply because it is well studied and convenient.
• They inserted a new gene into the mousepox virus, a weak cousin of the human disease smallpox.
• The mousepox virus was merely a vehicle for transporting the egg proteins into mice to trigger an antibody response.
• The scientists were trying to use mousepox virus to create an artificial strain of the microbe that would render mice infertile.
• They added a gene involved in the mouse immune system to the mousepox virus, a smallpox-like disease that affects mice.
• Buller spliced a gene known to suppress the immune system into the mousepox virus, then injected the combined strand into vaccinated mice.
• A research team backed by a federal grant has created a genetically engineered mousepox virus designed to evade vaccines, highlighting the deadly potential of biotechnology and bioterrorism.
• It involved inserting into the mousepox virus a mouse gene that controls interleukin-4, a primary chemical in the immune system's response to foreign invaders.
• They added a gene involved in the mouse immune system to the mousepox virus, which is a cousin of the human smallpox virus that is widely used in lab studies.
• A similar debate was set off last year when researcher Mark Buller of Saint Louis University announced that he had genetically engineered a mousepox virus that was designed to evade vaccines.
• Ron Jackson of CSIRO's wildlife division and Ian Ramshaw at the Australian National University, both in Canberra, inserted into a mousepox virus a gene that creates large amounts of interleukin 4.
• In that study, scientists trying to beat back an overabundance of mice in Australia spliced a single foreign gene into a typically mild mousepox virus in hopes of creating a genetically engineered sterility treatment.
• The Australian scientists inserted into the mousepox virus a mouse gene that controls the making of interleukin-4, a chemical that plays a starring role in the immune system's responses to foreign invaders.
• They pointed to researchers in Australia who accidentally enhanced the mousepox virus by adding an immunoregulator gene, using a technique that could be applied to anthrax or smallpox, two diseases potentially capable of conversion into biological weapons.
• Concern about the potential of biotechnology was stirred earlier this year when Australian scientists reported that by transferring an immune system gene into the mousepox virus in an effort to design a contraceptive, they inadvertently created a highly lethal virus that killed even some mice vaccinated against the virus.
• Marburger said recent experiments, such as the creation of a mousepox virus in Australia and the synthesis of polio virus at State University of New York at Stony Brook, were the kind of science that would " trigger an action or review " by the committee.