Qmedixlab’s Post

The impacts of climate change on the spread and range of infectious diseases are already being felt. Leading the way are vector-borne diseases, such as those spread by #mosquitoes and #ticks including #zika #westnilevirus and #Powassan, which doubled between 2004 and 2018. #vectorborne #infectiousdiseases #climatechange #hiddensignals https://lnkd.in/eZppDF8q

🚨 **Rising Concerns Over Dengue Fever and Its Implications for the Insect Screen Industry** 🚨 A recent article from *The Independent* has highlighted the growing concern over dengue fever in the UK as climate change continues to reshape the landscape of mosquito-borne diseases. This has significant implications not only for public health but also for our industry — window and door screens. 🌍 **Key Takeaways:** - The Asian tiger mosquito, an invasive species primarily found in western Europe, could become a threat to the UK with changing climate conditions. - The UK Health Security Agency is boosting its surveillance efforts in response to potential small dengue outbreaks, driven by climate change, global travel, and trade. - Institutions like the University of Glasgow and the UK Centre for Ecology & Hydrology have received £1.25m to study these climate impacts on mosquito-borne diseases. 🔍 **Industry Implications:** As experts in the insect screen industry, it's crucial to recognize the heightened demand for robust screening solutions. High-quality window and door screens will play a pivotal role in preventing mosquito-borne diseases by acting as a first line of defense. 📊 **Current Trends:** 1. **Increased Consumer Awareness:** Customers are becoming more proactive about health and wellness, driving demand for effective mosquito barriers. 2. **Advanced Technologies:** Emerging technologies, such as improved mesh materials and automated screen systems, are on the rise to enhance protection. 3. **Sustainability Focus:** With environmental changes influencing disease patterns, there’s also a growing push towards sustainable manufacturing practices in our industry. 🗣 **Call to Action:** Let's leverage this pivotal moment to innovate and enhance our products! How is your company adapting to these emerging health trends? What new technologies are you incorporating? Share your thoughts and let's drive a collaborative approach to these new challenges. 🔗 **Stay Updated:** For more information about our innovative screen solutions, visit us at [Budget Screens Company](https://lnkd.in/g_gsbSnu). Together, we can ensure a safer, healthier future! #InsectScreens #ClimateChange #DengueFever #PublicHealth #Innovation #MosquitoProtection #Sustainability #BusinessTrends #WindowScreens #DoorScreens

Rising temperatures and heavy rainfall could be turning Europe into a breeding ground for mosquito-borne diseases. The region, being unprepared for this, will need to develop effective responses. Don‘t expect aid organizations to distribute mosquito nets, however; depending on how bad it gets, authorities may rather resort to our arsenal of chemical insecticides. Dwindling insect populations not withstanding. https://lnkd.in/dsiZWqzk

Let's talk about common Amoeba species associated with human disease. The epidemiological distribution of Amoebiasis is widespread however, the incident rate is higher in endemic regions such as in Asia, Europe, Africa, Australia and, North and South America. Amoeba are unicellular protozoan that have the ability to alter their shape by extending " finger-like projections" called, pseudopodia which are used to engulf living and decaying food matter. These unicellular organisms commonly settle in the sediment at the bottom of warm and shallow water bodies such as in lakes, hot water springs, ponds, and slow- moving rivers. Infections involving pathogenic amoeba are rare but fatal, the incidence rate and morbidity rate is low with infections common in tropical regions, in contrast the mortality rate is relatively high for infections affecting the central nervous system. Cases involving pathogenic amoeba have the potential to increase significantly over time due to water displacement caused floods and tsunamis exacerbated by global warming and poor sanitation methods. Below is an overview of four common Amoeba that causes rare but severe rapidly fatal life threatening diseases depending on the target organ.

Mosquito-borne diseases spreading in Europe due to climate crisis, says expert Illnesses such as dengue and malaria to reach unaffected parts of northern Europe, America, Asia and Australia, conference to hear Helena Horton Environment reporter Mosquito-borne diseases are spreading across the globe, and particularly in Europe, due to climate breakdown, an expert has said. The insects spread illnesses such as malaria and dengue fever, the prevalences of which have hugely increased over the past 80 years as global heating has given them the warmer, more humid conditions they thrive in. Prof Rachel Lowe who leads the global health resilience group at the Barcelona Supercomputing Center in Spain, has warned that mosquito-borne disease outbreaks are set to spread across currently unaffected parts of northern Europe, Asia, North America and Australia over the next few decades. Read on at https://lnkd.in/dHD8cdgF

Vector-borne diseases are caused by pathogens that have been transmitted from an infected animal to a human by a vector (a living organism, like a tick or mosquito). Vector-borne diseases account for more than 17% of all infectious diseases and cause more than 700,000 deaths annually. If you are interested in understanding more about how climate change can increase the risk of vector borne diseases and importantly, what can be done to reduce these risks, then read more..... https://lnkd.in/ecD2mscU

#EcoSaludGlobal ENVIRONMENT Eyes on Disease X: Ranking the Next Pandemic University of California, Davis has expanded its SpillOver tool to assess the pandemic potential of dangerous pathogens https://lnkd.in/ehRCqfaQ In a globalized world, changes in how people use land and interact with their ecosystems—such as rapid deforestation and agricultural expansion—have resulted in humans and animals coming into more frequent and intense contact with one another, increasing opportunities for what is known as "zoonotic disease spillover."  Spillover occurs when a pathogen is transmitted from one species to another, such as a vertebrate animal to a human. In the past few years alone, numerous disease outbreaks have had suspected or confirmed zoonotic origin, including mpox (formerly known as monkeypox), Ebola virus disease, dengue fever, and COVID-19. Experts also recognize the need to prepare for another possible Disease X, a term used to describe a currently unknown pathogen with pandemic potential. 

 📅 Insect Repellent Day 🦟 Happy Insect Repellent Day! 🌿✨ Did you know that mosquitoes are not just annoying but also one of the deadliest creatures on the planet? Here are some interesting facts about these tiny pests: 🦟 Mosquito Facts: 1. Disease Spreaders: Mosquitoes are responsible for spreading serious diseases like malaria, dengue fever, Zika virus, and West Nile virus. 2. Global Impact: Malaria alone causes over 400,000 deaths annually, with a significant impact on children under five in sub-Saharan Africa. 3. Vicious Biters:*Only female mosquitoes bite humans as they need the protein in blood to produce eggs. But don’t let these facts bug you! 🐜 How Repeltec Can Help: 🌿 Ultimate Protection: Our insect repellent provides long-lasting protection against mosquito bites, ensuring you and your loved ones can enjoy the outdoors without worry. 🌿 Safe and Natural: Made with natural ingredients, our formula is safe for all ages and gentle on the skin, yet powerful against mosquitoes. 🌿 Easy to Use: Available in a convenient spray, our repellent is easy to apply and quick to act, so you can stay protected anytime, anywhere. 🌿 Eco-Friendly: We care about the planet! Our product is environmentally friendly and free from harmful chemicals, making it safe for you and the environment. Don't let mosquitoes ruin your day, rather chase them away. Choose our insect repellent and enjoy your time outdoors with peace of mind. 🏞️✨ #InsectRepellentDay #StayProtected #NaturalRepellent

Infectious diseases that were “off the playing field” are now making a comeback. The cause behind this uptick in outbreaks is debatable, with some attributing it to improved detection and others pointing to societal and environmental changes. One common factor is our changing use of land, bringing us into contact with wild species and facilitating the spread of infectious diseases. Climate change is also driving the spread of diseases as it shifts the habitats of virus-carrying hosts.

Almost daily headlines about the spread of rare, potentially deadly insect-borne diseases like eastern equine encephalitis and Oropouche fever highlight the expanding threat that mosquitoes, ticks, and other bugs present. Why it matters: Longer, hotter, summers, milder winters, and changes in land use and travel are giving insects more time and space to spread diseases or compound the misery in places where they already exist. Global warming is "changing where mosquitoes and ticks live, and thus what diseases are moving around in different regions," CDC director Mandy Cohen said Wednesday. Driving the news: The death of a New Hampshire resident from eastern equine encephalitis, or EEE, brought home the threat. The CDC has also warned this summer about an increased risk of dengue fever, which is spread by the same type of mosquitoes that carry the Zika virus and chikungunya. West Nile Virus — which was recently blamed for the hospitalization of former NIAID director Anthony Fauci — has become a perennial threat throughout much of the continental U.S. Malaria, a parasite spread by another species of mosquito, is also on the rise around the world, and several cases were reported in the U.S. last year, though the risk of catching it here remains low. Zoom in: In the U.S. in particular, experts say the environment for insects has become far more hospitable with temperatures rising further north. "We're seeing diseases that used to be "tropical." Well, now parts of the U.S. can count," Megan Ranney, dean of the Yale School of Public Health, told Axios. "Ticks are not dying over the winter because it's not getting cold enough, so it's making Lyme disease spread. And then we're seeing other tick-borne diseases, like Powassan virus, start to spread. It is a predictable but potentially deadly consequence of climate change." Yes, but: More travel and globalization are key elements that fuel the spread of vector-borne diseases, said Michael Osterholm, director of the University of Minnesota's Center for Infectious Disease Research and Policy. For example, researchers believe Oropouche fever, which is spread by mosquitoes and midges, was brought to the U.S. and Europe by travelers who had been to Cuba and South America. Officials do not have evidence of local transmission in the U.S. A proliferation of trash — used tires and old plastic — can also create perfect breeding grounds for mosquitoes, Osterholm said. Changes in land use also play a role. Lyme disease is believed to be spreading in North America, in large part, due to the suppression of wildfires, which has allowed for the maturation of forests and animals that allow ticks to thrive. #ClimateChange #VectorBorneDiseases #PublicHealth #InfectiousDiseases #EnvironmentalHealth #GlobalHealth #MosquitoBorneIllness #TickBorneDiseases #Sustainability #ClimateAction https://lnkd.in/ebsnBigX