Pennsylvania 11/30/14 citizensvoice.com: by Kent Jackson – Hunters entering the woods in Pennsylvania on Monday for the start of the rifle deer season face a new realty. Some of the deer that they pursue carry an incurable, fatal disease. Chronic wasting disease appeared in a deer in Pennsylvania in 2012 after advancing through 21 other states and two provinces of Canada. “From other states regardless of what you do, you can’t eliminate it. It is there to stay once it’s on the landscape,” Matthew Hough, the executive director of the Pennsylvania Game Commission, said during a conference call with reporters on Nov. 19. The commission set special rules for three areas of the state where deer tested positive for the disease. Hunters cannot transport parts of the deer such as the brain, spinal cord, lymph nodes, spleen and eyeballs out of those areas. Nor can they feed deer or use urine-based lures, which bring deer close together where the risk of spreading the disease heightens.
In the rest of the state, hunters should take precautions such as wearing gloves, boning out meat, and minimizing contact with high-risk parts when they field dress deer. The rifle season starts Monday and concludes Dec. 13. In most of the state, hunters can take bucks through Friday, but they can hunt a buck or a doe from Saturday to the end of the season. The buck-only territory for the first five days includes Hazleton and parts of Schuylkill, Carbon and Columbia counties in Wildlife Management Unit 4C and 13 other WMUs. Nine WMUs have buck and doe hunting throughout the two-week season. While there is no evidence that chronic wasting disease affects humans, research isn’t conclusive, and hunters are advised not to eat meat from infected animals. – For complete article including PA contacts for CWD testing see http://citizensvoice.com/sports/it-is-here-to-stay-here-to-stay-1.1795223
North Dakota 11/25/14 prairiebizmag.com: by Anna Burleson – Lyme disease has been found in ticks in the Red River Valley by several researchers at the University of North Dakota in Grand Forks. The disease is transmitted through the bites of a certain breed of infected tick and if left untreated can spread throughout a person’s nervous system, according to the Centers for Disease Control and Prevention.
UND Biology Department professor Jefferson Vaughan led a team with assistant professor Catherine Brissette from the School of Medicine and Health Sciences to look into the prevalence of the disease after he discovered local veterinarians had seen “different-looking” ticks on pets they were treating. “People are beginning to really realize particularly that dogs and sometimes cats are sentinels for types of diseases that are normally wildlife diseases, but can also cause diseases in humans,” Vaughan said.
The breed of tick most frequently found in the Red River Valley is commonly called an American Dog Tick and is known for its large brown appearance.Vaughan and graduate student Nate Russart began investigating the appearance of the much smaller Deer Tick, as it’s commonly known, in 2010 and discovered the ticks were carrying Lyme disease.
But Vaughan said the discovery simply means people should be more diligent about searching themselves for the presence of ticks after being in fields or forests. “It used to be an annoyance, just like mosquitoes were ten years ago, but now they’re more than an annoyance,” he said. “It’s a public health issue.” – For complete article see http://www.prairiebizmag.com/event/article/id/21810/#sthash.zBpHdMsR.dpuf
Global 11/26/14 sciencemag.org: by David Shultz – Humans have been using antibody therapies to treat infectious disease for more than 100 years. Blood plasma from influenza survivors administered to sick patients in 1912 may have contributed to their dramatic turnaround. In the years since, immune proteins from survivors have been administered to infected individuals in an attempt to combat diseases like Lassa fever, SARS, and even Ebola.
It’s hard, however, to find survivors who can donate plasma containing these lifesaving immune proteins. Now, a team led by researchers at the U.S. Army Medical Research Institute of Infectious Diseases (USAMRIID) in Frederick, Maryland, has used genetically engineered cows to produce large amounts of human antibodies against hantavirus, an often deadly disease mainly transmitted from rodents to people. In animal models, at least, these antibodies provided robust protection against the virus, opening the door to therapies to treat and prevent hantavirus, for which there is no cure. The bioproduction technique also holds promise for generating antibodies against other infectious agents. – For complete article see http://news.sciencemag.org/biology/2014/11/cows-human-chromosomes-enlisted-fight-hantavirus