Mat burn Health Dictionary

Mat Burn: From 1 Different Sources


A combination of a burn and an abrasion which occurs in wrestlers when the skin over the bony points is rubbed against the unyielding canvas mat.
Health Source: Medical Dictionary
Author: Health Dictionary

Burnout

A mental state of physical and emotional exhaustion; an anxiety disorder that is a stress reaction to a person’s reduced capability to cope with the demands of his or her occupations. Symptoms of burnout include tiredness, poor sleeping pattern, irritability and reduced performance at work; increased susceptibility to physical illness and abuse of alcohol and addictive drugs can also occur. Treatment can be dif?cult and may require a change to a less stressful lifestyle, counselling and, in severe cases, psychotherapy and carefully supervised use of ANXIOLYTICS or ANTIDEPRESSANT DRUGS.... burnout

Burnett

(French) Referring to the color of brown

Burnet, Burnette, Burnetta, Burneta, Burnete... burnett

Burning Feet

A SYNDROME characterised by a burning sensation in the soles of the feet. It is rare in temperate climes but widespread in India and the Far East. The precise cause is not known, but it is associated with malnutrition; lack of one or more components of the vitamin B complex is the likeliest cause (see APPENDIX 5: VITAMINS).... burning feet

Caregiver Burnout

A severe reaction to the caregiving burden, requiring intervention to enable care to continue.... caregiver burnout

Coxiella Burnettii

A rickettsial organism which causes Q (Query) Fever, a zoonotic infection of particular importance to farmers, veterinarians and abattoir workers.... coxiella burnettii

Phosphorus Burns

Phosphorus compounds are used in chemical laboratories, some industrial processes, matches, ?reworks and in certain types of aerial bombs and artillery shells. If particles of phosphorus settle on or become embedded in the skin, the resulting burn should be treated with a 2 per cent solution of sodium bicarbonate, followed by application of a 1 per cent solution of copper sulphate.... phosphorus burns

Burnet, Greater

Garden Burnet. Salad Burnet. Sanguisorba officinalis L. Herb.

Action: astringent tonic, anti-haemorrhagic. Mild antibacterial.

Uses: Irritable bowel, ulcerative colitis, excessive menstruation, gargle for throat infections.

Traditional: tea used as a wash for piles and anal irritation, or as a poultice for sores and wounds. Widely used in Chinese medicine.

Preparations: Thrice daily.

Tea: 2 teaspoons to each cup boiling water; infuse 5 minutes. Half-1 cup. Liquid extract: half-1 teaspoon in water.

Tincture BHP (1983) 1:5 in 45 per cent alcohol. Dose 2-8ml. ... burnet, greater

Burnet Saxifrage

Lesser Burnet. Pimpinella saxifraga L. Dried root and herb. Constituents: Coumarins, volatile oil, saponin.

Action. Carminative, aromatic, stimulant, expectorant.

Uses: Flatulence, Stomach upsets.

Preparation. Tea. 1 heaped teaspoon to each cup boiling water; infuse 5-15 minutes; 1 cup 2-3 times daily. ... burnet saxifrage

Burns & Scalds

Scalds are caused by moist heat and burns by dry heat but their treatment is the same. There are six degrees of burns; anything beyond the first degree (skin not broken) and second degree (blisters and broken skin) should receive hospital treatment.

All burns are serious. Vulnerary herbs are available to promote healing and cell growth, including: Aloe Vera, Comfrey, Fenugreek, Marigold, Marshmallow, Slippery Elm, Chickweed, Myrrh (powder).

Even hospital authorities may find these effective, enhancing healing, reducing risk of infection, and often concluding with a minimum of scar tissue. Echinacea – to mobilise the immune system.

Exclude air from affected parts as soon as possible. Remove no clothing adhering to wound; cut round. For corrosive alkalis: bathe with cider vinegar (2-4 teaspoons to teacup water). Follow with honey: apply lint and bandage. Honey has a long traditional reputation for burns. The following are analgesic and antiseptic, keeping wounds clean and free from pus. Apply sterile dressings.

Tea for internal use: Nettles 1; Valerian 1; Comfrey leaf 2. Mix. 2 teaspoons to each cup boiling water; infuse 15 minutes. 1 cup every 2 hours. Or, cup of ordinary tea laced with 2-3 drops Life Drops.

Topical. (1) Tea Tree oil: 1 part to 20 parts Almond oil. (2) Strong Nettle tea – pain killer. (3) St John’s Wort oil. (4) Aloe Vera – cut off piece of leaf and pulp; or, gel. (5) Slippery Elm – Powder mixed with little milk to form a paste. (6) Pierce Vitamin E capsule and anoint area. (7) Distilled extract of Witch Hazel. (8) Cod liver oil.

Compress. Apply piece of suitable material steeped in teas of any of the following: Chamomile, Chickweed, Comfrey, Cucumber, Elderflowers, Marigold, Plantain, St John’s Wort.

Alcohol should not be taken.

Supplementation. Vitamins A, B-complex, C, D, E. Potassium. Zinc. ... burns & scalds

Burns–marshall Manoeuvre

a manoeuvre used during an assisted *breech presentation. The baby’s legs and trunk should be allowed to hang until the nape of the neck is visible at the mother’s perineum so that its weight exerts gentle downwards and backwards traction to promote flexion of the head. The fetal trunk is then swept in a wide arc over the maternal abdomen by grasping both the feet and maintaining gentle traction; the aftercoming head is slowly born in this process.

burr n. see bur.... burns–marshall manoeuvre

Burns And Scalds

Burns are injuries caused by dry heat, scalds by moist heat, but the two are similar in symptoms and treatment. Severe burns are also caused by contact with electric wires, and by the action of acids and other chemicals. The burn caused by chemicals di?ers from a burn by ?re only in the fact that the outcome is more favourable, because the chemical destroys the bacteria on the affected part(s) so that less suppuration follows.

Severe and extensive burns are most frequently produced by the clothes – for example, of a child – catching ?re. This applies especially to cotton garments, which blaze up quickly. It should be remembered that such a ?ame can immediately be extinguished by making the individual lie on the ?oor so that the ?ames are uppermost, and wrapping him or her in a rug, mat or blanket. As prevention is always better than cure, particular care should always be exercised with electric ?res and kettles or pots of boiling water in houses where there are young children or old people. Children’s clothes, and especially night-clothes, should be made of non-in?ammable material: pyjamas are also much safer than nightdresses.

Severe scalds are usually produced by escape of steam in boiler explosions. Cigarettes are a common cause of ?res and therefore of burns; people who have fallen asleep in bed or in a chair while smoking may set ?re to the bed or chair. Discarded, unextinguished cigarettes are another cause.

Degrees of burns Burns are referred to as either super?cial (or partial-thickness) burns, when there is su?cient skin tissue left to ensure regrowth of skin over the burned site; and deep (or full-thickness) burns, when the skin is totally destroyed and grafting will be necessary.

Symptoms Whilst many domestic burns are minor and insigni?cant, more severe burns and scalds can prove to be very dangerous to life. The main danger is due to SHOCK, which arises as a result of loss of ?uid from the circulating blood at the site of a serious burn. This loss of ?uid leads to a fall in the volume of the circulating blood. As the maintenance of an adequate blood volume is essential to life, the body attempts to compensate for this loss by withdrawing ?uid from the uninjured areas of the body into the circulation. If carried too far, however, this in turn begins to affect the viability of the body cells. As a sequel, essential body cells, such as those of the liver and kidneys, begin to suffer, and the liver and kidneys cease to function properly. This will show itself by the development of JAUNDICE and the appearance of albumin in the urine (see PROTEINURIA). In addition, the circulation begins to fail with a resultant lack of oxygen (see ANOXIA) in the tissues, and the victim becomes cyanosed (see CYANOSIS), restless and collapsed: in some cases, death ensues. In addition, there is a strong risk of infection occurring. This is the case with severe burns in particular, which leave a large raw surface exposed and very vulnerable to any micro-organisms. The combination of shock and infection can all too often be life-threatening unless expert treatment is immediately available.

The immediate outcome of a burn is largely determined by its extent. This is of more signi?cance than the depth of the burn. To assess the extent of a burn in relation to the surface of the body, what is known as the Rule of Nine has been evolved. The head and each arm cover 9 per cent of the body surface, whilst the front of the body, the back of the body, and each leg each cover 18 per cent, with the perineum (or crutch) accounting for the remaining 1 per cent. The greater the extent of the burn, the more seriously ill will the victim become from loss of ?uid from his or her circulation, and therefore the more prompt should be his or her removal to hospital for expert treatment. The depth of the burn, unless this is very great, is mainly of import when the question arises as to how much surgical treatment, including skin grafting, will be required.

Treatment This depends upon the severity of the burn. In the case of quite minor burns or scalds, all that may be necessary if they are seen immediately is to hold the part under cold running water until the pain is relieved. Cooling is one of the most e?ective ways of relieving the pain of a burn. If the burn involves the distal part of a limb – for example, the hand and forearm – one of the most e?ective ways of relieving pain is to immerse the burned part in lukewarm water and add cold water until the pain disappears. As the water warms and pain returns, more cold water is added. After some three to four hours, pain will not reappear on warming, and the burn may be dressed in the usual way. Thereafter a simple dressing (e.g. a piece of sterile gauze covered by cotton-wool, and on top of this a bandage or adhesive dressing) should be applied. The part should be kept at rest and the dressing kept quite dry until healing takes place. Blisters should be pierced with a sterile needle, but the skin should not be cut away. No ointment or oil should be applied, and an antiseptic is not usually necessary.

In slightly more severe burns or scalds, it is probably advisable to use some antiseptic dressing. These are the cases which should be taken to a doctor – whether a general practitioner, a factory doctor, or to a hospital Accident & Emergency department. There is still no general consensus of expert opinion as to the best ‘antiseptic’ to use. Among those recommended are CHLORHEXIDINE, and antibiotics such as BACITRACIN, NEOMYCIN and polymixin. An alternative is to use a Tulle Gras dressing which has been impregnated with a suitable antibiotic.

In the case of severe burns and scalds, the only sound rule is immediate removal to hospital. Unless there is any need for immediate resuscitation, such as arti?cial respiration, or attention to other injuries there may be, such as fractures or haemorrhage, nothing should be done on the spot to the patient except to make sure that s/he is as comfortable as possible and to keep them warm, and to cover the burn with a sterile (or clean) cloth such as a sheet, pillowcases, or towels wrung out in cold water. If pain is severe, morphine should be given – usually intravenously. Once the victim is in hospital, the primary decision is as to the extent of the burn, and whether or not a transfusion is necessary. If the burn is more than 9 per cent of the body surface in extent, a transfusion is called for. The precise treatment of the burn varies, but the essential is to prevent infection if this has not already occurred, or, if it has, to bring it under control as quickly as possible. The treatment of severe burns has made great advances, with quick transport to specialised burns units, modern resuscitative measures, the use of skin grafting and other arti?cial covering techniques and active rehabilitation programmes, o?ering victims a good chance of returning to normal life.

CHEMICAL BURNS Phenol or lysol can be washed o? promptly before they do much damage. Acid or alkali burns should be neutralised by washing them repeatedly with sodium bicarbonate or 1 per cent acetic acid, respectively. Alternatively, the following bu?er solution may be used for either acid or alkali burns: monobasic potassium phosphate (70 grams), dibasic sodium phosphate (70 grams) in 850 millilitres of water. (See also PHOSPHORUS BURNS.)... burns and scalds

Burns

Tissue damage resulting from contact with heat, electricity, chemicals or radiation. Burns are classified according to the severity of damage to the skin. A 1st-degree burn causes reddening of the skin and affects only the epidermis, the top layer of the skin. A 2nd-degree burn damages the skin more deeply, extending into the dermis and causing blister formation. A 3rd-degree burn destroys the full skin thickness and may extend to the muscle layer beneath the skin. Specialist treatment, and possibly skin grafts, is necessary for 3rd-degree burns. Electrical burns can cause extensive tissue damage with minimal external skin damage. A 2ndor 3rd-degree burn that affects more than 10 per cent of the body surface causes shock due to massive fluid loss.

A burn is covered with a non-stick dressing to keep the area moist. If necessary, analgesic drugs are given, and antibiotic drugs are prescribed if there is any sign of infection. For extensive 2nddegree burns, when there may be slow healing or a fear of infection, a topical antibacterial agent such as silver sulphadiazine is used. Skin grafts are used early in treatment to minimize scarring. 3rd-degree burns always require skin grafting. Extensive burns may require repeated plastic surgery.... burns

Burn

n. tissue damage caused by such agents as heat, cold, chemicals, electricity, ultraviolet light, or nuclear radiation. A first-degree burn affects only the outer layer (epidermis) of the skin. In a second-degree burn both the epidermis and the underlying dermis are damaged. A third-degree burn involves damage or destruction of the skin to its full depth and damage to the tissues beneath. Burns cause swelling and blistering, due to loss of plasma from damaged blood vessels. In serious burns, affecting 15% or more of the body surface in adults (10% or more in children), this loss of plasma results in severe *shock and requires immediate transfusion of blood or saline solution. Burns may also lead to bacterial infection, which can be prevented by administration of antibiotics. Third-degree burns may require skin grafting. Small burns, or scars of previous burns, may be vital evidence of *child abuse.

burning mouth syndrome (BMS) a disorder characterized by a burning sensation in the mouth for which there is no obvious medical or dental cause. Other symptoms may include thirst, sore throat, and an unpleasant taste. BMS occurs most commonly in older females and may be related to menopause, stress, or vitamin deficiencies.... burn




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