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A different tick-borne illness is rapidly increasing in prevalence, surpassing the previous concern of Lyme disease.

Long-lasting warm seasons contribute to ticks being an all-year threat instead of just a summer problem, potentially explaining the increased cases of a tick-transmitted disease called "American malaria."

Long, warmer seasons transform ticks into year-round troublemakers, instead of simply summer pests....
Long, warmer seasons transform ticks into year-round troublemakers, instead of simply summer pests. This shift could potentially explain the increase in a specific tick-borne disease, dubbed "American malaria."

A different tick-borne illness is rapidly increasing in prevalence, surpassing the previous concern of Lyme disease.

Headline: Be Aware: Increasing Tick-Borne Diseases, Especially Babesiosis, Are a Winter Threat Too!

If you love spending time outdoors during the winter, it's essential to know the truth about ticks - they don't die off in cold weather! Instead, they burrow underground, hide in leftover leaf litter, or go dormant, protected by snow that insulates them. So, be prepared for the winter tick threat!

Ticks, specifically black-legged or deer ticks, carry the Babesia parasite, causing babesiosis - sometimes referred to as "American malaria" due to its similarity with malaria symptoms that affect red blood cells. Worse still, rates of babesiosis have been climbing yearly by an average of 9%, mainly affecting Northeastern and Midwestern United States, with most cases peaking during the summer months.

Research suggests that changes in factors like temperature, humidity, rainfall, and the length of the season have influenced the distribution and population of ticks and their hosts. This could explain the expansion of tick populations over a broader geographical area.

A study at Penn State Health Milton S. Hershey Medical Center indicated that 42% of those diagnosed with babesiosis had one or more additional tick-borne diseases. The majority of these co-infections also had Lyme disease, which might surprise you as it isn't typically associated with a higher risk of complications in babesiosis cases. However, mortality risk seems to be higher for babesiosis-only cases, raising questions about whether doxycycline, currently a first-line antibiotic treatment for commonly associated tick-borne diseases, could also be effective in treating the Babesia parasite.

The bottom line? To beat babesiosis, avoid getting bitten by ticks in the first place! Take precautions if you live in areas with high babesiosis rates. Cover up with long-sleeved shirts and pants, wear light-colored clothes, use tick repellent, and check for ticks after spending time outdoors. If you find a tick, remove it carefully and examine the bite site with your doctor to stay one step ahead of these unwelcome winter guests!

Insights: Prevention is the Best MedicineHuman activities, such as reforestation efforts, increased outdoor activities, and alterations in land use, can increase tick populations in various regions, contributing to the rising incidence of tick-borne diseases. In addition, climate and environmental changes, including warmer temperatures and increased precipitation, favor tick survival and multiplication. The key to beating these pests is an ounce of prevention!

Data Sources: 1. Rates of a tick-borne parasitic disease are on the rise - ScienceDaily 2. Beyond Human Babesiosis: Prevalence and Association of Babesia Coinfection with Mortality in the United States, 2015-2022: A Retrospective Cohort Study - Open Forum Infectious Diseases 3. What months are ticks the most active - Terminix

  1. Be vigilant about wellness during winter, as ticks can continue to pose a threat even in cold weather.
  2. Ticks, such as black-legged or deer ticks, can carry the Babesia parasite, causing babesiosis – known as "American malaria".
  3. The number of babesiosis cases has been increasing annually by an average of 9%, affecting mainly the Northeastern and Midwestern United States.
  4. Changes in factors like temperature, humidity, rainfall, and the length of the season influence the distribution and population of ticks and their hosts.
  5. A significant portion of those diagnosed with babesiosis had one or more additional tick-borne diseases, according to a study at Penn State Health Milton S. Hershey Medical Center.
  6. Most co-infections with babesiosis also had Lyme disease, despite typically lower risks of complications in such cases.
  7. The mortality risk appears to be higher for babesiosis-only cases, raising questions about the efficacy of doxycycline, a first-line antibiotic treatment for certain tick-borne diseases, for treating the Babesia parasite.
  8. To prevent babesiosis, avoid getting bitten by ticks by following protective measures, especially in areas with high babesiosis rates.
  9. Cover up with long-sleeved shirts and pants, wear light-colored clothes, use tick repellent, and check for ticks after spending time outdoors.
  10. If you find a tick, remove it carefully and examine the bite site with your doctor.
  11. Human activities, such as reforestation efforts, increased outdoor activities, and alterations in land use, can increase tick populations in various regions.
  12. Climate and environmental changes, including warmer temperatures and increased precipitation, also favor tick survival and multiplication.
  13. Prevention is key to managing tick-borne diseases, ensuring a healthier lifestyle.
  14. Science tells us that climate change might contribute to the rise of tick-borne diseases, as increased temperatures could expand their geographical range.
  15. The manufacturing industry must address the environmental effects of its operations to minimize the growth of tick populations.
  16. Cardiovascular health is crucial for beating babesiosis since proper blood flow helps the body eliminate the parasite more efficiently.
  17. Neurological disorders can also complicate babesiosis cases, emphasizing the importance of comprehensive healthcare services.
  18. Environmental science and finance are critical collaborators to fund research and implement sustainable strategies for tick population management.
  19. Energy efficiency standards in newly manufactured homes, buildings, and vehicles can reduce carbon emissions linked to climate change.
  20. Skin conditions like rashes might arise from tick bites, requiring prompt medical attention.
  21. Space and astronomy can inspire entrepreneurship by fostering innovation in areas like renewable energy, smart home devices, and wearables.
  22. Public transit, retail, and interior design industries must prioritize accessibility and safety features to accommodate individuals with various medical conditions, including respiratory conditions and autoimmune disorders.
  23. Transportation infrastructure development should consider the effects of climate change on tick populations and adjust planning accordingly.
  24. Leadership in business and government must prioritize diversity and inclusion to address health disparities related to tick-borne diseases across different demographics.
  25. Wearables and smart home devices can help monitor health conditions and provide early warning systems for tick-borne diseases.
  26. Cybersecurity measures should be implemented to protect sensitive health data generated by these devices.
  27. Lifestyle choices, such as choosing eco-friendly home and garden products, can minimize one's exposure to harmful chemicals that may impact health and the environment.
  28. Outdoor living spaces, such as gardens, can be designed for safe enjoying during all seasons, with elements that deter ticks and encourage healthy habitats for beneficial insects.
  29. The automotive, small-business, investing, wealth-management, housing market, venture capital, personal finance, banking and insurance, and fintech sectors must collaborate to develop innovative solutions for tick-borne disease prevention and affordable treatment.

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