Mainely Grass’ Post

Heads up, CT! Recent tests have confirmed that mosquitoes across the state are carrying a virus called EEE (Eastern Equine Encephalitis). Stay safe by avoiding outdoor activities during peak mosquito hours and using repellent. For more info on how to protect yourself, check out the latest update. #CTAlert #MosquitoSafety https://lnkd.in/ecCWM9kK

🔬 Eastern Equine Encephalitis (EEE): What You Need to Know 🔬 Eastern Equine Encephalitis (EEE) has recently emerged as a significant public health concern in the U.S., particularly due to its severe nature and recent outbreaks. Here’s a detailed look at how this virus is transmitted: 1. The Mosquito-Bird Transmission Cycle: • Bird Hosts: EEE primarily thrives in certain bird species, which act as reservoirs for the virus. These birds can carry high levels of the virus without displaying symptoms. • Infection in Mosquitoes: When mosquitoes feed on the blood of these infected birds, they pick up the virus. This turns them into vectors capable of spreading EEE. 2. How Humans Get Infected: • From Mosquitoes to Humans: Humans typically become infected with EEE through the bites of mosquitoes that have previously fed on infected birds. It’s important to note that humans are “dead-end hosts,” meaning the virus does not spread from person to person or from humans back to mosquitoes. 3. Equine Involvement: • Horses as Indicators: Horses are also susceptible to EEE and can develop severe symptoms. Although they do not transmit the virus to humans, their illness can indicate the presence of EEE in the environment, serving as an early warning system. Understanding these pathways helps in appreciating the complex nature of EEE transmission and highlights the importance of monitoring mosquito populations and bird health. For additional resources on protection against mosquito-borne diseases, including EEE, visit www.yingyi-care.com for effective mosquito nets and other preventive measures. #EEE #EasternEquineEncephalitis #Transmission #PublicHealth #MosquitoControl #YingyiCare

🔔 Equine herpes virus (EHV) is an endemic infectious disease in the UK. Following increased reports of EHV diagnoses across the UK in recent months, EIDS would like to remind followers of our information sheet outlining how to avoid this ever-present threat and what to do if your horse has contact with a case of EHV. Find it here: https://lnkd.in/eEsVbHfe 🐴 Most affected horses may have mild respiratory signs or no signs of infection, but, unpredictably, some occurrences can result in widespread infection on a yard and very sick horses. ⚠️ EHV outbreaks occur in the UK and are usually restricted to a single premises, however, multiple premises can be involved following mixing of horses from different yards, such as at equine competitions. Other helpful resources include British Equestrians' biosecurity advice notes: https://lnkd.in/eUupEbm4 #EquineHealth #EquineVet #VeterinaryScience #UniversityOfCambridge #VeterinaryEpidemiology #InfectiousDisease #EquineInfectiousDiseaseSurveillance #EquineInfectiousDisease

Eastern equine encephalitis (EEE), also known as "triple E," is becoming more prevalent in the U.S. due to climate change expanding mosquito habitats. A New Hampshire man recently died from the disease, marking the state's first case in a decade. Other cases have emerged in Wisconsin, New Jersey, Massachusetts, and Vermont this year. Although rare, EEE has a high mortality rate, killing 30-40% of those infected, and often leaves survivors with permanent neurological damage. State officials in Massachusetts have declared certain areas "high risk," spraying insecticides and advising residents to avoid outdoor activities at dusk when mosquitoes are most active. The spread of EEE is linked to environmental changes such as warmer winters, hotter summers, and increased precipitation, which create favorable conditions for mosquito breeding. Researchers like Theodore G. Andreadis have noted that the disease is appearing in new regions, such as the Northeast. Preventative measures, including wearing protective clothing and using mosquito repellents, are crucial for reducing infection risks. While a vaccine exists for horses, the rarity of human cases has limited the development of a human vaccine. The article emphasizes the need for vigilance and proactive control measures to address future outbreaks. (Grist, via **WIRED**, 2024)

The Future of Equine Infectious Diseases in a Changing Climate  As the climate changes, horses might be at an increased risk of contracting infectious diseases. Here are some key concerns and preventive strategies. #equinevet #horsehealth #equinehealth #equinedisease

Rabies is a deadly viral disease that affects the central nervous system of mammals, including humans. It is primarily transmitted through the bite or scratch of an infected animal, most commonly dogs, bats, raccoons, and foxes. Once symptoms appear, rabies is almost always fatal. Early signs include fever, headache, and general weakness, progressing to more severe symptoms such as confusion, agitation, hallucinations, and paralysis. Immediate medical attention and post-exposure prophylaxis (PEP) are crucial after potential exposure to prevent the virus from advancing. Rabies is preventable through vaccination of pets and avoiding contact with wild animals. #Pharmacyhub #Pharmacist #PharmD #PharmacyProfession #PharmacyPakistan #ContentCreator 

This post educates on the dangers of Equine Influenza (EI), a highly contagious respiratory disease affecting horses, donkeys, and mules. While rarely fatal, EI has a significant historical impact, with past outbreaks crippling economies when horses were primary draft animals. Even today, outbreaks of EI continue to severely impact the horse industry. The disease is caused by two subtypes of influenza A viruses, namely H7N7 and H3N8, belonging to the Orthomyxoviridae family. These viruses are distinct from those causing human and avian influenza. It's crucial for horse owners and those in the equine industry to be aware of the risks associated with EI and take necessary precautions to prevent its spread. Understanding the nature of EI and its potential consequences is essential in safeguarding the health and well-being of equidae. By staying informed and implementing proper biosecurity measures, the industry can mitigate the impact of this contagious disease. #EquineHealth #Biosecurity #EquineIndustry#EquineHealth #HorseCare #EquineVeterinary #EquineNutrition #HorseTraining#EquineEducation #HorseTraining #RidingInstructor #EquineStudies#EquineWelfare #HorseRescue #AnimalWelfare #EquineTherapy

 Trypanosoma cruzi—the parasite that causes Chagas disease—can survive in dead kissing bugs (Triatominae) even within insecticide-treated dog kennels. This discovery suggests an unexpected infection route: dogs could contract Chagas by ingesting these deceased, parasite-laden bugs in their kennels. #chagasdisease #triatoma #trypanosomacruzi #vectormanagement https://lnkd.in/dd974vgA

Spread the 💘 Love for saving animal AND human lives! #EndRabiesNow @RabiesAlliance @UARForum @RabiesFreeTZA @RabiesFreeAFR @RabiesAlliance Global Alliance for Rabies Control #Rabies is an ancient, unpredictable & potentially fatal disease − two rabies researchers explain how to protect yourself via The Conversation US https://lnkd.in/gKbxbpDK

Heartworm Test Heartworm, caused by the nematode parasite Dirofilaria immitis, is a significant health problem for dogs in Australia. Once associated with tropical and subtropical conditions, heartworm can now be found sporadically in cooler climates, such as Victoria, including areas of Melbourne. Heartworm most commonly occurs in dogs, however, the parasite can also infect a wide variety of mammals including cats and ferrets. Additionally, 7% of foxes in Melbourne have been shown to be infected. With the increase in mosquito numbers over the spring and summer period, the risk of heartworm transmission rises. Adult Heartworms live in the heart and the major blood vessels of the lungs, causing severe illness that can lead to heart failure, lung disease, organ damage, and, in some cases, death. Treating advanced disease is intensive, complex, and carries risks of adverse outcomes, particularly when worm burdens are high. Early detection of infection by laboratory testing allows treatment to clear the infection before severe disease develops. Testing is also recommended prior to beginning heartworm prophylaxis to ensure that subclinical infections are identified and treated. For more information about Heartworm testing, please contact your local Business Development Manager or our Veterinary Help Desk on 1300 307 190. #heartworm #heartwormprevention #veterinarymedicine #veterinaryscience