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Lyme Disease Arrives Early In East Coast This Year, Climate Change To Blame?

13 March 2017, 7:08 am EDT By Samantha Dean Tech Times
Experts are of the belief that Lyme disease's early arrival in the east coast is due to climatic changes. Come 2025, the Lyme disease season could get preponed by half a week and two weeks by 2065.  ( Jerry Kirkhart | Flickr )

Lyme disease, one of the most common types of vector borne diseases in the U.S., has recently made an early appearance in the east coast, the main reason is suspected to be climatic changes.

Dr. John Aucott, the director of the Johns Hopkins Rheumatology Lyme Disease Research Centre in Balitmore, considers June and July as the basic time for the arrival of the Lyme disease. During this time window, the ticks which are still at an undeveloped stage, have the ability to move from one wild host such as a deer or a mouse, to dogs and humans.

Even though a dog is not instrumental in transmitting this disease, the ticks on the animal play a pivotal role in this process.

According to the Centers for Disease Control and Prevention (CDC), in 2015, around 28,000 confirmed cases of the disease were reported. However, according to the CDC, the exact numbers are estimated to be 300,000 cases every year, since most of the times the cases goes unreported.

Lyme disease occurrence is commonly seen in places like Connecticut, Maine, Pennsylvania, New York and Minnesota, to name few of the 14 states affected mostly by the illness.

Sudden Climatic Variations To Blame

The increase in Lyme disease is linked to climatic variations as rising temperatures are known to be one of the strongest reasons behind the reproduction of mice. These creatures are the home for the Borrelia burgdoferi carrying the disease, as well as the tick which spreads the infections to the humans.

Warm weather basically contributes to the increase in the number of mice, which carry the bacteria and ticks that cause the infectious disease. Felicia Keesing of Bard College and Risk Ostfeld of the Carry Institute of Ecosystems Studies pointed out that warm weathers are known to attract mice.

According to experts, cutting down of trees for the sake of building homes leads to fragmented forests, which results in more conducive conditions for mice multiplication.

A 2015 research by the John Hopkins researchers and the National Center for Atmospheric Research forecasts that the onset of the season for Lyme disease, which is usually from April to end June, could get preponed two weeks by 2065 and nearly half a week in 2025.

Risky Season This Year?

Experts believe that based on the increase in mice population in 2016 in New York, this year may also turn out to be a potentially risky season for Lyme disease.

Many of the local doctors, health departments and researchers are making people aware of the rise of this disease, as well as tick sightings in their community.

"The mice of the previous year are important because they're the ones infecting the larvae, and [they turn into] the nymphs that are feeding the following spring," says Dr. John Aucott.

Dr. Aucott also said that, mice alone cannot be taken as the sole reason for the rise of this disease, since a lot of areas are affected by Lime disease but do not have mice.

Lyme Disease Symptoms

People who are affected with Lyme disease are known to suffer from rashes, swollen knees, as well as facial paralysis.

However, the disease becomes really difficult to detect sometimes and when left untreated, it may cause severe disorders like memory loss, chronic arthritis as well as heart rhythm irregularities.

Rise Of The Disease

The rate of Lyme Disease has been increasing significantly over the years. From 1993 to 1997, around 43 counties in the north eastern U.S. were affected which later catapulted to 182 from 2008 to 2012. Based on a 2015 analysis by the CDC, the amount of counties affected increased from 22 to 78.

While climate change may play a role in the increase in mice population, which are the bearers of the ticks causing the sickness, according to Dr. Eugene Shapiro, a professor of epidemiology at the Yale School of Medicine, climate change cannot be cited as the major reason behind the increase of Lyme disease.

Photo: Jerry Kirkhart | Flickr 

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