Ticks & Diseases


Tick-borne illnesses such as Lyme disease are the fastest-growing infectious disease concerns in the U.S. Prompt and proper tick removal is a critical step in preventing infection. TickEase is the right tool to easily, safely and completely remove all types of ticks from people and pets.

What are ticks?

Most people think ticks are a kind of insect. They’re not! Technically, they’re classified as arthropods and, more specifically, as acarines, which place them in the same group of “bugs” as spiders and mites. Practically, however, what really defines ticks is that they are obligate blood feeders (blood is all they feed on). A rather special feature of most ticks is that they typically stay attached to their host for days or a week to complete feeding (in contrast, mosquitoes are quick-in, quick-out blood feeders). Ticks also carry a wide variety of disease-causing germs, and they transmit these agents while blood feeding.

Typically, different species of human-biting ticks are associated with specific disease-causing pathogens. Relatively recent environmental changes, especially expansion of deer populations, have dramatically affected tick ecology and impacted public health in many parts of the United States. To stay disease-free, it’s important for families and individuals to clearly understand their tick-encounter risks and the best practices for preventive solutions.


Source – TickEncounter

What diseases do ticks carry?

As the tick population continues to grow and as the tick range expands, scientists are also finding a growing list of disease-causing microbes transmitted by these ticks. The most well-known is certainly Lyme disease bacteria.

Babesia protoza, Anaplesma, Ehrlichia (and other rickettsia), encephalitis – causing viruses and Bartonella bacteria.

The fact is, while ticks in decades past were previously merely an inconvenience, they have become a common carrier of debilitating diseases and must be treated as such.

Top Ten Things Everyone Should Know About Ticks These Days By Thomas Mather

Author/Source – Thomas Mather

Ticks crawl up.

Ticks don’t jump, fly, or drop from trees onto your head and back. If you find one attached there, it most likely latched onto your foot or leg and crawled up over your entire body. Ticks are “programmed” to try and attach around your head or ears. On their normal hosts, ticks also usually crawl up; they want to blood feed around the head, neck, and ears of their host, where the skin is thinner and hosts have more trouble grooming.

All ticks (including deer ticks) come in small, medium and large sizes.

Ticks hatch from eggs and develop through three active (and blood-feeding) stages: 1. larvae (small—the size of sand grains); 2. nymphs (medium—the size of poppy seeds); and 3. adults (large—the size of apple seeds). If you see them bigger, they’re probably partially or entirely full of blood.

Ticks can be active, even in the winter.

That’s right! Adult-stage deer ticks become active every year after the first frost. They’re not killed by freezing temperatures, and while other ticks enter a feeding diapause as days’ length get shorter, deer ticks will be active any winter day that the ground is not snow-covered or frozen. This surprises people, especially during a January thaw or early spring day. Remember this fact and hopefully you’ll never be caught off-guard.

Ticks carry disease-causing microbes.

Tick-transmitted infections are more common these days than in past decades. With explosive increases in deer populations, extending even into semi-urban areas in the eastern and western U.S., the trend is for increasing abundance and geographic spread of deer ticks and Lone Star ticks that carry Lyme disease bacteria, babesia protozoa, anaplasma, ehrlichia and other rickettsia, even encephalitis-causing viruses, and possibly bartonella bacteria. Back in the day, tick bites were more of an annoyance, but now a bite is much more likely to make you sick.

Only deer ticks transmit Lyme disease bacteria.

The only way to get Lyme disease is by being bitten by a deer tick or one of its “cousins” found around the world. Deer ticks also are known as blacklegged ticks in the U.S., sheep ticks in Europe, or Taiga ticks in Asia. Dog ticks, Lone star ticks and other types of ticks just don’t seem to be able to transmit Lyme disease. While that’s good news, you should still save any tick you find biting you in order to identify it. Doing so may save a lot of unnecessary doctor visits and treatments.

With most tick-borne diseases, you have at least 24 hours to find and remove a feeding tick before it transmits an infection.

Even a quick daily tick check at bath or shower time can be helpful in finding and removing attached ticks before they can transmit an infection. You’ll probably want to check even more carefully if you know you’ve likely been exposed. Many of the disease-causing microbes transmitted by ticks need a “reactivation” period in the tick once it begins to feed. The germs eventually make their way into the tick’s salivary glands and the tick spits them into you while feeding. Some infections, especially viruses, move into the tick salivary glands faster than others. Lyme disease bacteria take at least 24 hours to invade the tick’s saliva.

Deer tick nymphs look like a poppy seed on your skin.

And with about one of every four nymphal deer ticks carrying the Lyme disease spirochete and other nasty germs in the northeastern, mid-Atlantic, and upper mid-western U.S., it’s important to know what you’re really looking for. They’re easy to miss, their bites are generally painless, and they have a habit of climbing up (under clothing) and biting in hard-to-see places.

The easiest and safest way to remove a tick is with a pointy tweezer.

Think of a tick as a little germ-filled balloon. Squeeze it too hard on its back end, and all the germs get pushed to the front end, which, by the way, is attached to you by the tick’s straw-like mouthpart. Using a really pointy tweezers, it’s possible to grab even the poppy-sized nymphs right down next to the skin. The next step is to simply pull the tick out like a splinter. Don’t worry if the mouthpart stays in your skin as long as you’ve got the rest of the tick by its head. Other tick removal methods, like a hot match, Vaseline, dish soap and cotton, or various little key-like devices, don’t work as consistently as pointy tweezers on all types of ticks. Remember to save the tick and try to identify it (see #6).

Clothing with built-in tick repellent is best for preventing tick bites.

An easy way to avoid tick bites and disease is to wear clothing (shoes, socks, shorts or pants, and shirt) with permethrin tick repellent built in. This strategy can be especially effective for protecting children. Dressing kids in tick-repelling clothes every day is a safe and easy way to keep ticks from biting and transmitting disease. Commercially treated tick-repellent clothes last through at least 70 washes, while using kits or sprays to treat your current outdoor wardrobe can last through six washes. Tick repellent for clothing, not skin, is something everyone consider for staying safe outdoors.

Tick bites and tick-borne diseases are completely preventable.

There’s really only one way you get a tick-transmitted disease, and that’s from a tick bite. Reducing tick abundance in your yard where you spend a lot of time, wearing tick-repellent clothing every day, treating pets every month with tick repellent spot-on products, getting into a habit of doing a quick body scan for attached poppy-seed sized or larger ticks, and pulling ticks off quickly and safely are all great actions for preventing and minimizing tick bites. These days, ticks are more than just an annoyance. One bite can make you sick, even change your life! Remember these 10 things and you’ll stay safer.