Key facts you ought to know about Lyme disease to keep you safe and protected include the type and cause of Lyme disease, its symptoms, diagnosis, treatment, long-term effects, and its prevention.

Lyme disease is an infection transmitted to man through a bite of an infected tick. The cause is a bacteria known as the Borrelia burgdorferi. It enters your body when you’re bitten and spreads to your brain, heart, more, and muscles. Lyme disease gets its name from Lyme Connecticut, where it was first identified after several children became ill.

Lyme Disease Uncloaked…

You may not show any signs of Lyme disease until it has come to the later stage. There is a period of anywhere from several weeks to a month after the tick bite before the onset of symptoms. These symptoms include a crimson rash appearing in a circular pattern around the tick bite site. With Lyme disease you’ll feel much as if you came down with the flu In advanced stages symptoms may include swelling of the lymph glands, as well as numbness in the lower extremities. Other more serious complications will later occur if Lyme disease isn’t immediately diagnosed and treated.

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Once you begin to experience symptoms of Lyme disease, and you’re sure that you’ve been bitten by a tick, do not waste any time getting in contact with your doctor for an accurate diagnosis. When first visiting the doctor, he or she’ll look for any signs of a rash where the tick bite is. If you have been bitten by a tick but experience flu-like symptoms without a rash, your doctor will most likely conduct a blood test approximately two to five weeks after you have been bitten in order to ascertain whether you have developed Borrelia burgdorferi bacteria antibodies. As your immune system is going to react to the bacterial infection only after a few weeks to five weeks time, there is no reason in conducting earlier blood tests.

Lyme Disease?? More Considerations

The early stage of Lyme disease lasts the first four weeks after getting bitten by an infected tick. A bull’s eye rash, or erythema migrans, is a round and red rash that is a general indicator of lime disease. However, there are a great deal of patients that do not experience a rash after they’re bitten by a tick; so, you wanna know what the other signs of a tick bite are. Some of the chronic Lyme disease symptoms include headache, muscle ache, chills, fever, and swollen lymph nodes, etc. Anytime you know that you have been bitten by a tick, even though you have not experienced the appearance of symptoms, you should check your doctor right away in order to receive treatment and prevent complications.

If Lyme disease isn’t treated early or there are not any symptoms in the beginning in the initial phase, Lyme disease can progress into the second phase. This normally occurs between one to four months of the tick bite. Joint pain, muscle pain, headaches, arm and leg numbness, poor concentration, fatigue, loss of memory, conjunctivitis, and fainting are all possible symptoms in this stage.

Arthritis may be a sign of late-stage Lyme disease. You will experience redness, pain, and swelling in your joints, as well as stiffness of your shoulders, elbows, hips, and knees, as same as in smaller joints.

Once it was established that the patient has Lyme disease, the appropriate physician will give the patient with a prescription to help cure the disease. Antibiotics like amoxicillin, doxycycline and cefuroxime axetil usually treat Lyme disease if the medicines are taken early in the diseases progression, no more than three or four weeks after catching it. In severe cases, a combination of antibiotics may be intravenously administered for faster relief.

Lyme disease is a simple disease to treat. However, this illness isn’t easily identified due to identical signs and symptoms as with other conditions. One of these diseases that resembles Lyme disease is Amyotrophic Lateral Sclerosis. Lyme disease sufferers and their medical team both have to establish the right disease for the appropriate and prompt treatment.

One of the common indications of Lyme disease is a skin rash on the bitten area of the body. This rash will show up in a few days to 30 days shortly after the tick makes its infectious bite. The size of the rash may likewise be as big as twelve inches in diameter, and have the emergence of a bulls-eye; being round in shape, as well as with the outer part reddish in color and the interior part white. In comparison to amyotrophic lateral sclerosis, which won’t have signs of such a rash. The bulls-eye rash is unique to Lyme disease.

While the person having Lyme disease has developed the rash, he’ll also experience feelings of heaviness; along with swollen glands, fever, chills, and headache. Medical professionals state that those who’ve amyotrophic lateral sclerosis will also experience fatigue or body weakness. The difference with the two illnesses is that the heaviness suffered by those with the latter is felt that on a specific portion of the body. This is in contrast to Lyme disease. With Lyme disease, the patient will have overall body malaise. This will eventually improve over time, in particular with the medication and therapy of the disease. In amyotrophic lateral sclerosis, the fatigue feelings increase in degree as the illness advances.

Lyme disease and amyotrophic lateral sclerosis can both cause muscular problems, such as rigidity and muscle contractions. Bell’s palsy can sometimes happen to individuals suffering from Lyme disease based on a report prepared by the CDC. Bell’s palsy is a facial paralysis, where either or both parts of the face lose muscular tone and strength. The same illness can also torment the sufferer with neck muscle rigidity aside from that. In the early stages of amyotrophic lateral sclerosis, the sufferer will endure the same muscular manifestations as those related with Lyme disease; which are stiffness, muscle cramping, and contractions. These muscular problems may affect the various parts of the body, such as arms, the legs, and the face; making it tough for the patient to ingest or talk. Additionally, the sufferer of the amyotrophic lateral sclerosis will have increasing muscular pain and discomfort as his disease progresses and extends to other areas of his body.

Those who’re having Lyme disease and refuse to get immediate treatment will gradually experience arthritis and joint pain. Arthritis or swelling of the joints in Lyme disease sufferers usually occur only in the latter phases of the disease. The most common joints affected are those of the knees and other large joints in the body. In comparison with that of amyotrophic lateral sclerosis, joint pains are likewise present. The distinction of the joint pains with the two illnesses is the fact that it manifests late in Lyme disease, and in the initial stages of the other disease. Joint pains in amyotrophic lateral sclerosis are typically associated with the absence of use of that particular body part due to muscle discomfort and stiffness.

If Lyme disease isn’t diagnosed and treated immediately, you’ll experience more serious complications that will have an impact on your heart and your nervous system. Some of the possible symptoms are congestive heart failure, irregular heart beat, loss of memory, meningitis, numbness in arms and legs, paralysis of the face (also known as Bell’s Palsy) etc. Chronic arthritis and inflammation of the eyes might also occur.

Keep in mind that ticks can be located in wooded areas and meadows, so take care to avoid such areas during tuck season (late spring through early fall).

Always be on the lookout for ticks when you’re outside or right after you go in from doing something outside. The only way the Borrelia burgdorferi bacteria can enter your system is if the tick has been attached for a period of at least 24 hours. This makes it imperative to rid yourself of ticks as soon as possible.

The possibility of Lyme disease shouldn’t stop you from going hiking or having fun outdoors. However, some ticks do carry Borrlia burgdorferi. It is important that you know how to avoid the infection. Investigate the symptoms, and consult your doctor immediately if you see any problems.

Anyone on the hunt for gorgeous hair accessories that will last, and that will not damage hair, may find a stop to the quest with Ketylo’s fine family of corkscrew hair sticks, hair forks, and combs. These beautiful pieces are all handcrafted from fine hardwoods, and are available in a wide range of sizes for all hair lengths and thicknesses. What sets Ketylo apart from all the other hair accessories available in the marketplace and has them in such high demand with longhairs? Let’s start at the start and explore a few of the details of these fine hair accessories.

Each and every Ketylo hair accessory is hand-carved in a unique corkscrew shape using a variety of high-quality wood. These include solid hardwoods like rosewood, walnut, more, and tiger maple. If you ‘d rather something a bit more colorful and unique, Ketylo carries an inventory of 25 different types of dymondwood. This is a mixture of woods that are carved to show off the unique color and grain of each. You can get vibrant colors to set off different parts of your wardrobe, or choose shades that blend with your hair for all-purpose everyday sticks and forks. Each item boasts an amazingly smooth, glass-like finish that will never catch or wear on individual hairs.

The corkscrew shape of Ketylo sticks and forks is engineered for security, maximum comfort, and health status of the hair. The shape is designed to easily work its way into hair and hold securely while collaborating with the natural contours of your mind to prevent pulling. Corkscrews don’t have issues with slipping like straight sticks often do, especially in more complicated up-dos, but likewise do not get tangled in the hair or risk breaking hairs as typical spiral sticks tend to do.


The primary issue with most hair accessories available in department stores, accessory shops and other popular outlets is that the majority of them are actually very damaging to hair. Plastic and acrylic combs and accessories have seams and rough edges that can slowly saw their way through hair, adding to breakage and making hair appear ragged. This leads to split ends and frizz. This is extremely discouraging if you are trying to grow your hair.

Continuing On….

Many metal accessories have rough edges, designs on areas that are supposed to go into hair, or are improperly shaped for hair health and comfort. Improper shaping can add to pulling on the scalp, causing irritation and soreness. On the rare occasions that wood, horn, or bone are located in these stores, they’re often machine-polished and/or of inferior quality. This can leave rough spots or grains that are not sanded flush with the remaining part of the piece. Machine production makes quality control more challenging, making it less likely that natural weak spots in the materials will be noticed and culled before going to market.

Health and Beauty Secret 2-When it comes to using the hair dryer, try to leave this for special occasions also. When you do use it, make sure your hair’s wet and stop using it once it is dry. The reason for the reason for this is that it’s this drying of the already dry hair that causes the most damage.

That was the pair that I received for Christmas in 2005. I wore them every day during the first six or seven years I had them. They never showed signs of wear, never splintered, and surely never broke.

Finally, I decided that it was time to put a little of my own money into my hair, give myself a few more options for accessories so that I could match with outfits, moods, etc. I purchased the Dymondwood Indigo Royalwood sticks. The only thing I can say about these is– WOW. The pictures really do not do these colors any justice. In fact a few can make it difficult to understand all the gorgeous variation within each type. No matter your favorite color or mixture of colors, you are likely to find something just perfect in the wide selection of dymondwood sticks. These became my favorite immediately, and have been my ‘daily wear’ sticks since 2011.

I have yet to try Ketylo hair forks, though my sister has been using them for years on all her different hair lengths (she is gone from shoulder, to waist, and back again two or three times) and absolutely loves them. She has met with equal success with her purchases that I have with mine, which is no question why she was so insistent that I needed my own.Someday I ‘d love to have a LOT more of these goods, though the finances have not allowed for it. That said, in the time I’ve had my $50 worth of hair sticks, I’ve broken hundreds of hair ties and barrettes, and splintered or snapped ALL of my other hair sticks. My Ketylo sticks are still in like-new condition, except perhaps polished even a little more, while hundreds of dollars in other hair items are useless and gone.

Overall, if you are looking for hair accessories that are stylish, versatile, will last forever and will not hurt your hair, then Ketylo hair sticks and hair forks are definitely the choice for you. Yes, the price tag may be a little scared at first, but you will see that it really saves money and your hair in the long run.

The nervous system is the main communication hub for the body in animals. It allows information to be sent around an organism and for it to respond to outside stimulation. Nerve cells provide the fundamental base of this structure and work in a coordinated manner to keep the body alive and functioning.

The nervous system is the communication network of mankind and other animals that conveys information through a set of specialized cells. Using this network, an animal’s actions are both intentional and autonomous in response to stimulus from the outside world. The various parts of the circulatory system are divided into a peripheral portion and a central portion.

Outside and inside stimuli are determined by the peripheral nervous system and translated through impulses that travel along neurons and connect with the central nervous system. In response to this information, the central nervous system processes signals and sends them to glands and muscles throughout the body. This system is strongly interconnected and complex. Various electrochemicals and neurotransmitters enable neurons to transfer information to one another. This interaction of the respiratory system is the main reason for an animal to keep a specific perception, and the ability to remain interactive with the world. These systems vary greatly in complexity between species.

Central Nervous System; More Info

The largest part of the circulatory system is the central nervous system. This portion is composed of the brain and spinal cord. The brain is divided into two main sections: the prosencephalon and the brain stem.

Moving forward with this idea…

The prosencephalon is the main portion of the brain, responsible for maintaining body temperature, reproduction, sleeping, eating and emotional displays. In humans and other advanced animals, it’s also the portion of brain that is responsible for higher cognitive functions.

Moving on…

The brain stem is responsible for passing information from the prosencephalon to the spinal cord and the balance of the body. It also controls motor function, sensations such as pain and temperature and regulates the respiratory and cardiac systems. This is protected under the skull as well as a number of membranes, together with the brain.

The brain stem performs different functions like sensing the vibrations, recognizing fine touch, pain, crude touch, itch, etc. This part of the brain is likewise associated with effective functioning of the respiratory and cardiac systems.

The spinal cord is a package of nerve tissues that runs along the spine of vertebrates. It is protected by a number of bones that form a long column. Its primary job is to serve as a relay center for neurological signals, however it is capable of a range of autonomic responses such as reflexes.

The spinal cord is made up of a thick bundle of nerves that connect the brain for the remainder of the body. The vertebrae, small bones, protect the spinal cord from injury and damage. Four types of nerves help to monitor the body. Autonomic nerves link the brain and spinal cord to organs like the heart and intestines. Cranial nerves connect the mouth, ears, eyes and nose to the brain. Peripheral nerves link the spinal cord with the arms and legs. Central nerves connect structures within the spinal cord and brain.

Nerve cells are the basic functioning component in the nervous system. Every part of the system, whether peripheral or central, is comprised of neurons that collect and distribute information to make the body function. Different types of nerve cells exist that meet the light, sound, touch and other stimuli.

The basic structure of a neuron helps it to carry out its function. Signals propagated by chemical ions distribute an electrical charge that proceeds from neuron to neuron, passing information. The nucleus is surrounded by the dendrite. This receives signals from other neurons or cells. This electrical charge is then transferred through the cell body called the soma and onto the axon. The axon is long thin part of the neuron covered by myelin sheath. This information then reaches the axon terminal and again transfers the electrical charge to another cell.

Primer on the Rheumatic Diseases. Kawasaki syndrome is known as a systemic vasculitis. This means that it’s an inflammatory disease that affects the blood vessels. Specifically, it affects medium sized muscular arteries, like the coronary arteries which supply blood to the heart. It is this complication of the coronary arteries that makes this disease dangerous.

It isn’t entirely clear what causes Kawasaki disease. However, it is believed to be the outcome of an underlying infection. The most prominent symptom of Kawasaki disease is the change that occurs to the skin of the lips. The disease usually begins with a high fever that lasts several weeks. A few days of the fever begins, a rash is on the trunk. The rash usually consists of irregular red patches that aren’t itchy. The skin of the hands and feet may peel and slough off. Most striking, however, is the intense red color that the skin of the lips and tongue turns. Medical students often remember the symptoms of Kawasaki disease by the mneumonic CRASH and Burn. This stands for: Conjunctival injection (redness of the white portion of the eye), Rash, Adenopathy (swelling of the glands in the neck), Strawberry tongue, Hands and Feet desquamation (loss of skin), and high fever (Burn). Any or all of these symptoms is expected to result in an immediate journey to the emergency room. There are no laboratory tests for Kawasaki disease. Diagnosis is based upon the physical examination and clinical criteria though some tests can assist the physician if the clinical criteria are somewhat equivocal. Common findings include high white count, anemia, elevated liver proteins, elevated ESR, and low albumin (a form of protein present in the blood).


Treatment consists of IVIG early during the course of the disease and aspirin to reduce inflammation. IVIG is the short run for intravens immunoglobulin. Immunoglobulin is relates to the antibodies that our body produces to fight of disease. IVIG is simply antibody that has been purified and concentrated so as to be given to a person as therapy. It is used to treat many conditions including Kawasaki disease, Multiple Sclerosis, Cancer, Guillian Barre syndrome, and many other disease. IVIG has been found to reduce the impact of aneurysm in the coronary arteries from 25% to fewer than 5% if administered during the acute stage of the disease. Aspirin is used to address the general inflammation that occurs throughout the body. It is started at a high dose of 80 to 100 mg per kg per day. This dose is continued until the fever has subsided and is then reduced gradually. Aspirin alone isn’t sufficient to avoid the coronary artery abnormalities.

More Information On This Kawasaki Disease Topic!

Four to six weeks after diagnosis of Kawasaki disease, a transthoracic echocardiogram (TTE) will be administered. This is simply an ultrasound, similar to the sonograms used in pregnancy. This is used to examine the coronary arteries supplying blood to the heart. The purpose is to screen for aneurysms and the reason it is performed several weeks later is because the aneurysms don’t form until then. Small and medium-sized the aneurysms can be followed with serial TTEs and will usually resolve within five years. According to the Primer on the Rheumatic Diseases, factors that are affiliated with regression of the aneurysms include small size of female sex, the aneurysm, and an age less than 1 year. If a large aneurysm is found, surgery may need to be carried out in order to repair it, before it ruptures.

An echocardiogram will be paid to a child with Kawasaki disease to observe the absence or presence of heart artery aneurysms while the child is found in the hospital and then a second echocardiogram will be administered a few weeks after hospital dismissal to be sure that no heart artery aneurysms have developed.

Kawasaki syndrome is a major disease that requires immediate attention. If your child exhibits any of the symptoms listed above, it’s important to go to the emergency room immediately. Early intervention is the key. Chances of recovery without complication are good with IVIG end the early administration of aspirin. However, without IVIG, there is a one in four chance that your child will develop aneurysms in the coronary arteries. The sooner the treatment is started, the more it is probable to have benefit. When in doubt, go to the emergency room more urgent care center and if the physician doesn’t specifically mention Kawasaki syndrome, if it has been considered. There’s no harm in asking.

Electrocardiogrammay also be requested to evaluate the impulses of the heartbeat the child’s as Kawasaki disease can cause serious complications in the heart as a coronary artery aneurysm.

Kawasaki disease is treatable but prompt medical intervention is necessary to prevent serious heart complications that are potentially fatal to the child. The success of treatment is in the early detection of the disease. The goal of treatment in Kawasaki disease is to lower the fever and the inflammation that can potentially damage the heart.

Source: Chapter 21-Vasculitides: E. Kawasaki Syndrome. In: Klippel JH. Primer on the Rheumatic Diseases 12th ed. Arthritis Foundation: Atlanta, GA; 2001. P409-413.