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Accidents can happen at any time. Do not get feared a few days or months to produce flame. You can suffer damage where they work. While seemingly innocuous work with amazing statistics when it comes to safety measures are not excluded. Record still have their own share of strange accidents. However, according to some surveys show jobs where the damage is most likely to occur. This position will remain with honey pot for every lawyer accident. Here are the top work places are more likely to cause damage.

Medicine and Health

It is ironic that the sector responsible for safeguarding life and health makes this list More than 6 million people in healthcare in the UK with a staggering 10 of 100 for suit by injuries in 2010. The major sources of concern to the National Health Service (NHS) in the UK, who undertook to comply with any problem nursing homes and hospitals, had the highest rates of accidents.

Manufacturing industries

In addition, personal injury claims is widespread in the manufacturing sector. The workers involved in heavy industrial machinery at regular intervals, and sometimes things just go wrong so unfortunate accident. Usually leaves workers deformed or crippled for life.

Those who work in the travel industry road, air, rail or sea and these are usually the victims of inclement weather or unjustifiable negligence in work pressure. This group of people that recorded a high rate of injuries in 2010 increased approximately 6% from 2009 in the UK.

Professional outdoor

This is a general category, where the majority of accidents are rare accident. The anglers, carpenters, electricians, gardeners, including, among others, are known to be involved in accidents with catastrophic consequences unexplained. Part of the work is dangerous, but as the saying goes, “a man should do.” The clock “Be careful.” They may not be in perfect condition for submitting or hire lawyer injury accidents.

Sports and Entertainment

Actors, athletes and other employees aimed at cutting. The racing driver is known to support serious injuries. Golfers are known to be unconscious of golf balls. The part that is meant to be exciting to see where our favourite stars or relax with family and friends unfortunately, it also runs the risk of unforeseen accidents traps.

Accidents that involve the head, neck, and back are invariably serious because of the dangers they pose to the central nervous system; namely, the brain and spinal cord. Because these injuries often occur together, the presence of a serious head injury should be assumed to involve also the neck or back (and vice versa) until proven otherwise. The severity of a head, neck, or back injury is often difficult to judge. Superficial scalp wounds tend to bleed profusely and may look more serious than they are. In contrast, a seemingly minor blow to the head or a fall can cause serious brain damage or a broken back.

Diagnostic Studies And Procedures

Upon arrival at the hospital, the victim’s vital signs (blood pressure, pulse, respiration), state of consciousness, and neurological responses are evaluated, and X-rays are taken to look for fractures. A doctor may order CT scans or MRI, especially if a brain or spinalcord injury is suspected. The Glasgow Coma Scale measures the patient’s eye responses, verbal ability, and nerve reflexes. The scale is used during the emergency room evaluation, and then regularly in the days that follow. The results are especially useful in predicting the extent of a patient’s recovery from a serious brain injury.

Medical Treatments

Painkillers, excluding morphine and other drugs that depress the central nervous system, are given as necessary. For severe head injuries, anticonvulsants may be administered to protect against seizures, and diuretics may be given to reduce brain swelling. For a serious head injury, care during the first week is critical. There is often bleeding inside the skull or a swelling of brain tissue. In either instance, the brain will become compressed, which could possibly result in coma. During this period, the intracranial pressure requires constant monitoring, and if it should rise, emergency measures must be taken to prevent any permanent damage. One approach entails draining away small amounts of cerebrospinal fluid to reduce the pressure inside the skull. Breathing must also be monitored to prevent hyperventilation, or over breathing. Rapid, shallow breathing may help reduce the intracranial pressure by lowering blood flow, but it can be dangerous if the brain becomes deprived of vital oxygen. A spinalcord injury also requires immediate action and constant monitoring. A severed spinal cord results in permanent paralysis of the body served by spinal nerves below the point of injury. Artificial respiration is necessary if the breathing muscles are paralyzed. When the spinal cord is compressed but not severed, varying degrees of nerve function may return as swelling subsides and healing takes place. In some cases, emergency surgery can minimize the long-term effects. Advances in microsurgery techniques make it possible to repair many nerve injuries once considered hopeless. Rehabilitation, which includes intensive physical and occupational therapy, ideally begins as soon as the patient’s condition is stable. The person must do assisted range of motion exercises several times a day to preserve muscle tone and prevent contractures. Learning new ways to do simple tasks may take months or even years, but electronic devices enable some patients to walk and carry out tasks despite paralysis.

Alternative Therapies

Many rehabilitation programs include a variety of alternative approaches.

Acupuncture

This ancient Chinese therapy helps with pain management.

Biofeedback Training

Using electronic monitors, patients are taught to control involuntary functions, such as breathing, that are disrupted by their injuries.

Hydrotherapy

Whirlpools and under water exercise help patients to regain muscle tone and strength.

Music Therapy

Music encourages movement, and exercising to music can improve coordination and gait. Music also prompts the brain to increase production of endorphins, the body’s natural painkillers and mood enhancers.

Pet Therapy

Animals can help paralyzed people achieve greater self sufficiency. For example, monkeys trained to perform simple tasks are sometimes sent home with patients. Other rehabilitation programs use horses; a horse’s gait is similar to that of a human, so a patient who can master riding a horse can often relearn how to walk.

Self Treatment

Recovery from a head or spinal cord injury can be arduous and frustrating, and success often depends upon the patient’s persistence and determination. Numerous accounts of miraculous recoveries can be explained only by the person’s tremendous will power and effort. Experts agree that starting with an optimistic attitude is a big plus.

Other Causes of Head Neck and Back Injuries

Most of these injuries are accidental, but child abuse is also a major cause.

Jaundice is a yellowing of the skin, whites of the eyes, and mucous membranes. The discoloration results from a buildup in the blood of bilirubin, a pigment produced when the hemoglobin in wornout red blood cells is broken down so that its iron can be recycled to make new blood cells. Normally, the liver metabolizes and converts bilirubin into substances that are transported with bile into the intestinal tract to be eliminated. These byproducts give feces its brown color. Thus, jaundice is typically accompanied by light stools and dark urine, resulting from the kidneys’ attempt to eliminate excess bilirubin from the body. Various conditions can cause the buildup of bilirubin and different types of jaundice, including the following: Hemolytic jaundice develops when an unusually large number of red blood cells are destroyed at the same time and the liver is unable to metabolize all of the resulting bilirubin. Obstructive jaundice, or cholestasis, occurs when the bile ducts to the intestine are blocked, causing the bilirubin to be reabsorbed into the bloodstream. Hepatic jaundice is caused by hepatitis and other disorders that not only reduce the liver’s ability to process bilirubin, but also produce inflammation, which blocks bile channels and prevents the exit of bile that is processed. Neonatal jaundice often develops in the first few days of life because of the liver’s immaturity. About half of all newborns develop this type of jaundice. It usually clears up by the time a baby is 7 to 10 days old but may linger in premature infants. Mild jaundice is not serious, but very high bilirubin levels may require treatment.

Diagnostic Studies And Procedures

This condition should always receive prompt attention by a doctor, who will begin by noting skin color and asking questions about lifestyle, chronic ill ness, medications, alcohol consumption, and possible exposure to harmful chemicals. The doctor will also inquire about itchiness, the color of urine and stools, and digestive problems-all of which are common aspects of jaundice. Urine, stool, and blood samples may be sent to a laboratory for special tests, which can be used to diagnose many liver disorders, including hepatitis and damage from drugs, chemicals, and other toxic substances. However, a liver biopsy may be needed to diagnose liver cancer and other conditions. If obstructive jaundice is suspected, further diagnostic procedures may include abdominal X-rays, sonography, and CT scans or MRI. In some cases, laparoscopy, an examination in which a viewing tube is inserted into the abdominal cavity through a small incision’ is necessary to make a diagnosis.

Medical Treatments

Medical treatments for jaundice are determined by the underlying cause. Obstructive jaundice usually requires some sort of intervention surgery, endoscopy, or the insertion of drainage tubes to unblock the bile ducts. Rest and avoidance of alcohol and other toxic substances are the main treatments for many types of liver disease. The liver has remarkable regenerative capabilities and often heals itself, at which time the jaundice disappears. Mild neonatal jaundice can usually be minimized by frequent feedings to increase excretion of bilirubin in the stools. In more severe cases, exchange transfusions of blood may be necessary.

Alternative Therapies

After a medical diagnosis has been established, various alternative therapies may be useful.

Herbal Medicine

Herbalists recommend milk thistle extract, dandelion extract or tea, and black radish extract to strengthen and rebuild the liver. Tea made from dried wild Oregon grape is also said to help overcome jaundice.

Light Therapy

Exposing a jaundiced newborn to ultraviolet light speeds clearance of bilirubin from the blood.

Nutrition Therapy

Consult a clinical nutritionist if jaundice is the result of liver disease, which often causes loss of appetite. Try frequent small meals, with emphasis on complex carbohydrates and a moderate amount of fat and protein . A proper balance of the amino acids that make up protein is especially important. Generally, protein from plants and milk is better tolerated than that from meat. Severe cases may require tube feeding or enriched liquid supplements.

Self Treatment

Self treatment usually involves easing the liver’s workload by reducing the amount of chemicals it must process. Abstain from alcohol and take only those nutritional supplements and medications specified by your doctor. Avoid exposure to potentially harmful chemicals and gases, especially carbon tetrachloride, benzene, paint strippers, and cleaning fluids. Women should not use birth control pills.

Other Causes of Jaundice

Gallbladder disease, yellow fever, and pancreatic or liver cancer may cause yellow skin. Some women develop jaundice during pregnancy. Some 3 to 5 percent of the population may develop mild, asymptomatic jaundice. If liver function and other laboratory tests turn out to be normal, the jaundice is probably due to slower than usual processing of bilirubin.

In juice therapy, the fresh, raw juice of vegetables and fruits are used as a means of nourishing and detoxifying the body, Stimulating the immune system, and even treating certain health problems. Juice therapy is commonly used as a
component of, or complement to, fasting, but it can also serve as a dietary supplement during times of stress or as part of a regular health maintenance program.

Some practitioners prefer juice over solid raw fruits and vegetables because juices require less energy to digest and
are more easily absorbed in the body. In addition, the breakdown of fiber that occurs in the juicing process may allow the body to absorb ingredients that would otherwise be excreted. Some critics and nutritionists, however, say that whole fiber is an essential and beneficial component of raw produce that’s necessary for proper bowel function and elimination.

Reported uses

Because they contain the same health-enhancing phytochemicals that fresh fruits and vegetables contain, juices provide similar health benefits-such as protection against chronic degenerative diseases with regular use. However, specific juices may also have medicinal attributes that make them useful in treating certain conditions:

• Cabbage-iron deficiency
• Apple-laxative effect (from sorbitol)
• Papaya-ulcer-healing properties (from papain)
• Lemon-appetite-stimulating effect
• Cherry-treatment of gout
• Pineapple-anti-inflammatory effects (from enzyme bromelain)
• Cranberry, blueberry-prevention of urinary tract infections.

Juices can be a useful source of nutrition for patients who are weak or have difficulty eating, such as those with cancer or acquired immunodeficiency syndrome.

How the treatment is performed

The two elements required for juice therapy are produce and a juice extractor. Premade fresh juices may also be obtained at health food stores and juice bars.

Whenever possible, organically grown produce should be used to ensure the optimal nutritional benefit and prevent in gestion of pesticides and other chemicals. Bananas, strawberries, green beans, and apples, in particular, tend to have high pesticide residues. If this isn’t possible, the produce should be washed using a vegetable brush or one of the various
vegetable washes available.

Many different juice recipes are available; some use a variety of fruits or vegetables to provide specific health benefits. For example, an iron-rich juice made with beets, carrots, green pepper, and appies could benefit a patient with anemia. Juices made from green vegetables such as dandelion greens, spinach, celery, and alfalfa sprouts are believed to promote detoxification. Fresh apple or carrot juice may be added to dilute or sweeten a green drink.

Most produce can be placed in the juicer with the leaves, stems, and skin intact. However, certain precautions should be followed when juicing some fruits and vegetables.

After juicing, the fresh juice should be consumed immediately to prevent loss of nutrients. Some juicing advocates recommend drinking fruit and vegetable juices several hours apart to minimize gas and enhance digestion.

Hazards

Excessive juice consumption, or the use of skins or leaves containing toxic substances, can cause abdominal pain, gas, and bloating. Some juices are strong stimulants to the liver and gallbladder and may have a laxative effect.

Juice fasts are not recommended for pregnant or lactating women. Infants, young children, the elderly, and diabetic patients shouldn’t use juice therapy unless under the care of a doctor. Juices may be contraindicated for patients with hyperglycemia or hypoglycemia.

Clinical considerations

• Advise patient to avoid fruits or vegetables to which he’s allergic.
• Inform patient that juices are not considered a substitute for whole fruits and vegetables.
• Make sure patient understands that frozen, canned, or bottled juices are not recommended for juice therapy because they contain preservatives and other chemicals that decrease nutritional value. Also, the high temperatures used in the pasteurizing process destroy the enzymes in the juice. To ensure optimal benefits, patient should drink juice made with fresh, organic fruits and vegetables.

Research summary

The concepts behmd the use of juice therapy and the claims made regarding its effects haven’t yet been validated scientifically.

Light therapy uses the energy of light in a variety of forms to heal. It was used in the temples of ancient Egypt, Greece, China, and India. In ayurvedic medicine, each of the seven chakras, or points of physical and spiritual energy in the body, is associated with a specific color in the spectrum of visible light. The color of the chakra refers to the light’s frequency as defined by the wavelength of electromagnetic radiation emitted at that location, as perceived by those who have second sight, or the ability to see auras, the luminous radiation that emanates from all living matter.

Light therapy is based on the understanding that matter consists of energy on a continuum from the ultra high electromagnetic frequencies of gamma rays (pure white light) down to the relatively slow electromagnetic frequencies of apparently solid matter. The lower the frequency, the slower the electron movement in the atoms and the denser the matter. Increasing or decreasing the intensity of the light changes the number of rebounding electrons; changing the color (frequency) of the light changes the velocity of the electrons. As the frequencies (or vibrations) of white light (containing all colors) drop, the colors become visible to the cones in the human eye in the very narrow range of violet to red.

On the theory that disease is the result of imbalance and alteration of the body’s energy field, light therapy seeks to restore balance and harmony by administering light in a specific energy frequency or vibration to the whole person or to the specific body part where balance is deemed lacking.

Reported uses

Ultraviolet (UV) light absorbed through the eyes and skin has long been recognized as critical in the production of vitamin D, which the body needs for calcium absorption. Light therapy consists of a broad range of treatment modalities and indications. For example, full-spectrum light is used in the treatment of seasonal affective disorder (SAD), and color is used to enhance mood and health. Light-triggered photo currents stimulate the visual cortex and the associative centers of the brain. From the visual cortex, light travels to the limbic system, which controls emotion, learning, memory, sexual behaviors, aggression, and smell perception. Light also stimulates the hypothalamus, which is linked to the pituitary gland, which regulates endocrine glands, such as the thyroid, adrenals, and gonads.

Specific bands of the visible light spectrum have been used to treat certain illnesses. Photobiology researchers in Russia and the United States have used red light to stimulate local regeneration of skin and blood cells, noting an increase in tissue oxygen levels, improved local blood flow, enhanced wound healing, increased nerve stimulation, improved muscle relaxation, and decreased pain, theoretically because of enhanced mitochondrial metabolism.

Red light has been used in photodynamic therapy (PDT) to selectively kill bronchopulmonary tumors through use of light-activated porphyrin dyes that bind to the cancer cells. In China, PDT is administered to basal-cell and squamouscell skin carcinomas through endoscopes. Blue light has been used to treat precancerous skin lesions.

Psoralens with ultraviolet A (PUVA) light have been used to treat psoriasis and vitiligo, with reports of inhibited cell division and 90% to 95% improvement following 30 treatments over 10 weeks. UV light has also been used to treat simple infections, to increase cardiac output and cerebral circulation, and to combat black lung disease by helping the body
eliminate inhaled dust particles. In the United States, Food and Drug Administration (FDA) approval for some forms of PDT is pending.

In the I870s, Edwin Babbit used natural and artificallight, colored filters, and solarized water (water exposed to sunlight through colored filters and given to the patient to drink) to treat sprains, bruises, body trauma, sepsis, cardiac lesions, asthma, hay fever, corneal ulcers, eye inflammation, glaucoma, and cataracts, but his work was halted as quackery by the FDA.

In the early 1900s, physicist Dinshah Ghadial noted that every chemical element in an excited state emits a characteristic and distinctive set of colored bands, known as Fraunhofer lines. He devised a set of 12 colored filters to match those of the body and projected light through them onto a patient’s affected body area, using purple, scarlet, and magenta for the heart and reproductive systems and indigo for pain, injury, and bleeding. In 1927, Dr. Harry Spitler developed a light dispensing instrument that delivered colored light of designated frequencies ruby red and yellow-green to improve eyesight.

In 1988, California psychologist Helen Irlen used patient-specific tinted spectacles and a range of 140 tints to help non reading learning disabled children become fluent readers. In 1998, Dr. David Norton of London’s Hammersmith Hospital developed a mask containing flickerng red lights to treat migraine headache and premenstrual syndrome. Another device, the Photron, uses a gently flickering, colored strobe light focused into the patient’s eyes, with green or blue light used to treat posttraumatic stress disorder.

How the treatment is performed

Some methods of light therapy involve full-spectrum lights, colored lights, or, light-emitting apparatus. Some methods of color therapy merely ask the patient to visualize a color and mentally “send” it to the area designated to be healed. Healer Joseph Corvo and clairvoyant Lilian Ver,ner-Bonds developed a system, called Color Zone Therapy, based on 10 body-energy Zones of reflexology. It involves localized deep massage of reflexology points combined with visualization of color to an associated body part. The Physical manipulation directly stimulates the dysfunctional organ, and the psychically directed color is meant to complement the massage on an emotional and spiritual level. Some reflexologists have used light from a small hand held lightemitting diode to stimulate reflexology points.

Therapist Pauline Willis uses colored flowers, leaves, and other items to help a patient visualize the color saturating the body. For example, to improve sleep, she might have a patient wear blue pajamas, sleep on blue sheets, and use a blue
nightlight, eliminating stimulating colors like red, orange, and yellow. Her theory holds that the colors a person wears influence his mood and health. For example, people with cold hands and feet should wear red socks and underwear because red is a “warm” color.

Dr. Gabriel Cousens feels that the color of the food a person eats resonates with and feeds the subtle color energy of the chakras. He suggests starting the morning with the lower frequency red, orange, and yellow foods and moving up to higher frequency green, blue, and violet foods later in the day.

Hazards

Therapies that use flashing lights may trigger seizures in patients with epilepsy.

Clinical considerations

Fifty years ago, the FDA banned the early forms of colored light therapy as quackery. However, some phototherapy devices, such as the Lumatron for therapeutic use of colors and frequencies of light, and the use of full-spectrum lights for the treatment of SAD have received FDA approval.

Research summary

The relationship between sunlight and mood has been known for longer than 2,000 years, but current study of the healing effects oflight began in the 19th century with Nobel Prize winner Niels Finsen, a Danish professor who noticed that tubercular skin lesions were rare in the summer. In the early 20th century, Swiss doctor Auguste Rollier discovered that the sun’s UV light lowered blood pressure for 5 to 6 days. Dr. John Ott’s discovery that fluorescent lights in schools increased hyperactivity led to the creation of the first full-spectrum lights. In 1981, Dr. Norman Rosenthal identified SAD and developed the requirements for treatment. Dr. Harry Wohlfarts found that full-spectrum lighting and warm wall colors in a school for handicapped children in Edmonton, Alberta, lowered blood pressure and improved behavior dramatically-in both sighted and blind students. Research into the efficacy of light color therapies continues.