Malabar nut Health Dictionary

Malabar Nut: From 1 Different Sources


Adhatoda beddomei

Acanthaceae

San:Vasaka, Vasa;

Hin:Adusa; Mal:Chittadalotakam;

Tam:Adutota; Tel:Addasaramu

Importance: Malabar nut or Adhatoda is a large evergreen glabrous perennial shrub, 1.2m in height. It is cultivated for medicinal uses, fencing, manure and as an ornamental plant in pots also. The shrub is the source of the drug vasaka well known in the indigenous systems of medicines for bronchitis. Vasaka leaves, flowers, fruits and roots are extensively used for treating common cold, cough, whooping cough, chronic bronchitis and asthma. It has sedative, expectorant, antispasmodic and anthelmintic actions. The juice of the leaves cures vomiting, thirst, fever, dermatosis, jaundice, phthisis, haematenesis and diseases due to the morbidity of kapha and pitta. The leaf juice is especially used in anaemia and haemorrhage, in traditional medicine. Flowers and leaves are considered efficacious against rheumatic painful swellings and form a good application to scabies and other skin complaints. Many ayurvedic medicines are traditionally prepared out of vasaka like vasarishtam, vasakasavam and vasahareethaki which are effective in various ailments of respiratory system. The drug VASA prepared from this plant forms an ingredient of preparations like Valiya rasnadi kasayam, Chyavanaprasam, Gulgulutiktakam ghrtam, etc. The alkaloid vasicinone isolated from the plant is an ingredient in certain allopathic cough syrups also.

Distribution: Vasaka is distributed all over India upto an altitude of 2000m. This plant grows on wasteland and sometimes it is cultivated also.

Botany: Adhatoda beddomei C.B.Clarke Syn. Justicia beddomei (Clark) Bennet belongs to the family Acanthaceae. This is a large glabrous shrub. Leaves are opposite, ovate, lanceolate and short petioled upto 15cm long, 3.75cm broad, main nerves about 8 pairs. Flowers are white with large bracts, flower heads short, dense or condensed spikes. Fruits are capsules with a long solid base.

Another plant Adhatoda zeylanica Medicus, syn. Adhatoda vasica Nees, Justicia adhatoda Linn. of the same genus is a very closely related plant which is most commonly equated with the drug VASA. This is seen growing wild almost throughout India while A. beddomei is seen more under cultivation. The latter is called Chittadalodakam because of its smaller stature, smaller leaves and flowers.

Agrotechnology: Vasaka is seen almost in all types of climate. It prefers loamy soils with good drainage and high organic content. It can be grown well both in hilly and plain lands. Commercial propagation is by using 15-20cm long terminal cuttings. This is either grown in polybags first, then in the field or planted directly. The plant is cultivated as a pure crop or mixed with plantation crops. The land is ploughed repeatedly to a good tilth and the surface soil is broken upto a depth of 15cm and mixed with fertilizers. The beds are prepared with 1m breadth and 3-4m length. The cuttings are planted during April-May into the beds at a spacing of 30x30cm. FYM is given at 5-10t/ha in the first year. Regular irrigation and weeding are necessary. Harvesting is at the end of second or third year. Roots are collected by digging the seedbeds. Stems are cut 15cm above the root. Stems and roots are usually dried and stored.

Properties and activity: Leaves yield essential oil and an alkaloid vasicine. Roots contain vasicinol and vasicinone. Roots also contain vasicoline, adhatodine, anisotine and vasicolinone. Several alkaloids like quinazoline and valicine are present in this plant.

The plant is bitter, astringent, refrigerant, expectorant, diuretic, antispasmodic, febrifuge, depurative, styptic and tonic. Vasicine is bronchodilator, respiratory stimulant and hypotensive in action, uterine stimulant, uterotonic, abortifacient comparable with oxytocin and methyligin. Uterotonic action of vasicine is mediated through the release of prostaglandins.
Health Source: Tropical Medicinal Plants
Author: Health Dictionary

Nutrition

1 The process of nourishing or being nourished, especially the process by which a living organism assimilates food and uses it for growth and for replacement of tissues. 2 The science or study that deals with food and nourishment, especially in humans.... nutrition

Nutrient

A non-irritating, easily-digested agent which provides body nourishment and stimulates metabolic processes.

Alfalfa, Arabic gum, Arrow root, Carob flour, Fenugreek seed, Iceland Moss, Irish Moss, Okra pods, Sago root, Slippery Elm, Oats, Barley. ... nutrient

Nutmeg

Myristica fragrans, Houtt. German: Muskatnussbaum. French: Miscadier. Spanish: Nuez Moscado. Italian: Noce moscato. Arabian: Jour-ut-tib. Indian: Jaephal. Iranian: Jowz bo?yah. Chinese: Jou-tou-kou. Part used: dried kernels. Constituents: volatile oil.

Action: prostaglandin inhibitor, anti-diarrhoeal, anti-inflammatory, antispasmodic, sedative, diaphoretic, brain stimulant, carminative, aromatic (oil), digestive stimulant.

Uses: children’s diarrhoea, dysentery, colic, nausea, vomiting, to promote acid content of gastric juice. Claimed to dissolve gall-stones. Nervous stomach, throbbing headache caused by stress, palpitation.

Relief of muscle tension back of neck.

“To comfort head and nerves.” (Dr Joseph Mill)

Preparations: Average dose, 0.3-1 gram or equivalent. Thrice daily, after meals. Grains obtained by rubbing a Nutmeg over a metal kitchen grater; may be taken in a beverage, honey, mashed banana, etc. Powder: Fill No 3 gelatin capsules; 1 capsule or 50mg.

Oil: an alternative for internal conditions. 1-2 drops daily.

Massage oil for rheumatic pains and to stimulate circulation: Nutmeg oil (1), Olive oil or Almond oil (10).

Home tincture: one freshly grated Nutmeg to macerate in half pint 60 per cent alcohol (Vodka, gin, etc) 7 days. Decant. Dose: 5-10 drops.

Avoid large doses. ... nutmeg

Alfalfa Tea: A Nutritional Tea

Alfalfa tea is known for more than 2000 years and its benefits are shown by recent studies to be good in treating ailments such as kidney stones or arthritis. Alfalfa: the plant and the tea Alfalfa, literally meaning “the father of plants”, is also known as lucerne, holy-hay or trefoil. It has a high nutritional content, and is best known for possessing A, B, C, D, E and K vitamins. This plant has been originally used only as horse feed, but due to its nutritional benefits its usage has been extended to human consumption too. It proved to be a good soil fertilizer, especially a plant growth regulator. As part of the human diet, at first, it was used to promote appetite and stop bleeding, but further studies have revealed many other health benefits. Alfalfa tea is the beverage resulting from brewing the dried herbs. Brewing Alfalfa Tea To make Alfalfa tea:
  • take the dried leaves
  • soak them in boiling water
  • steep them for 10 to 15 minutes (depending on the quantity and flavor preferences)
Consumers described the taste of the resulting Alfalfa tea as refreshing and pleasant to drink. For medicinal purposes, it is advisable to have 5,000 to 10,000 mg of alfalfa leaves steeped three times a day. Another efficient way of intaking Alfalfa is through herbal supplements, like tablets or capsules. Alfalfa Tea benefits Alfalfa tea is successfully used to:
  • lower cholesterol levels
  • help keep calcium in bones and out of artery linings
  • help lower blood sugar levels
  • help in treatment of upset stomach
  • alleviate kidney and bladder woes
  • stimulate the immune system
  • purify the blood
  • carry intestinal waste out of the body
  • reduce cancer risks
Alfalfa Tea side effects Studies have shown that consuming Alfalfa tea, especially in high doses,could have side effects, such as: breaking down red blood cells, aggravating or even causing symptoms similar to systemic lupus erythematosus disease (SLE). The abovementioned tea is not recommended to pregnant or nursing women, and its administration is not advisable to children suffering from diabetes or autoimmune disease. Alfalfa tea is a modern cure for a large array of diseases. It is also largely used as cattle food, due to its nutritional content.... alfalfa tea: a nutritional tea

Nuts

Fertility, Prosperity, Love, Luck... nuts

Nuttah

(Native American) Child of my heart Nutta... nuttah

Parenteral Nutrition

In severely ill patients – especially those who have had major surgery or those with SEPSIS, burns, acute pancreatitis (see PANCREAS, DISORDERS OF) and renal failure – the body’s reserves of protein become exhausted. This results in weight loss; reduction in muscle mass; a fall in the serum albumin (see ALBUMINS) and LYMPHOCYTE count; and an impairment of cellular IMMUNITY. Severely ill patients are unable to take adequate food by mouth to repair the body protein loss so that enteral or parenteral nutrition is required. Enteral feeding is through the gastrointestinal tract with the aid of a nasogastric tube; parenteral nutrition involves the provision of carbohydrate, fat and proteins by intravenous administration.

The preferred route for the infusion of hyperosmolar solutions is via a central venous catheter (see CATHETERS). If parenteral nutrition is required for more than two weeks, it is advisable to use a long-term type of catheter such as the Broviac, Hickman or extra-corporeal type, which is made of silastic material and is inserted via a long subcutaneous tunnel; this not only helps to ?x the catheter but also minimises the risk of ascending infection.

Dextrose is considered the best source of carbohydrate and may be used as a 20 per cent or 50 per cent solution. AMINO ACIDS should be in the laevo form and should contain the correct proportion of essential (indispensable) and non-essential amino acids. Preparations are available with or without electrolytes and with or without fat emulsions.

The main hazards of intravenous feeding are blood-borne infections made possible by continued direct access to the circulation, and biochemical abnormalities related to the composition of the solutions infused. The continuous use of hypertonic solutions of glucose can cause HYPERGLYCAEMIA and glycosuria and the resultant POLYURIA may lead to dehydration. Treatment with INSULIN is needed when hyper-osmolality occurs, and in addition the water and sodium de?cits will require to be corrected.... parenteral nutrition

Kola Nuts

See: COLA. ... kola nuts

Mineral Nutrients

Dietary minerals. See entries: CALCIUM, CHROMIUM, COBALT, COPPER, DOLOMITE, FLUORINE, IODINE, IRON, MAGNESIUM, MANGANESE, MOLYBDENUM, PHOSPHORUS, POTASSIUM, SELENIUM, SODIUM, SULPHUR, ZINC. ... mineral nutrients

Nutrition Association, The.

To assist people to find a nutritionist in their area. Concerned with all aspects of diet – proteins, carbohydrates, fats, fibre, vitamins, minerals and other trace components of food. Factors which may affect a person’s nutritional status such as dietary imbalances, food allergies, food processing, additives, drug therapy, metabolic and digestive disorders, personal life-style, stress, exercise and environmental factors. Maintains a directory of practising nutritionists. Promotes educational courses, encourages research.

Address: 24, Harcourt House, 19, Cavendish Square, London W1M 0AB. ... nutrition association, the.

Nutation

n. the act of nodding the head.... nutation

Nutritional Disorders

Nutritional disorders may be caused by a deficiency or excess of one or more nutrients, or by the presence of a toxin (poisonous element) in the diet.

A diet deficient in carbohydrates is almost inevitably also deficient in protein, leading to the development of protein–calorie malnutrition. Such malnutrition is most often seen as a result of severe poverty and famine (see kwashiorkor; marasmus).

Deficiency of specific nutrients is commonly associated with a disorder of the digestive system, such as coeliac disease, Crohn’s disease, or pernicious anaemia (see anaemia, megaloblastic).

Inadequate intake of protein and calories may also occur in people who excessively restrict their diet to lose weight (see anorexia nervosa), hold mistaken beliefs about diet and health (see food fad), or suffer from a loss of interest in food associated with alcohol dependence or drug dependence.Obesity results from taking in more energy from the diet than is used up by the body. Nutritional disorders may also result from an excessive intake of minerals and vitamins. An excessive intake of saturated fat is thought to be a contributory factor in coronary artery disease and in some forms of cancer.

Naturally occurring toxins can interfere with the digestion, absorption, and/or utilization of nutrients, or can cause specific disorders due to their toxic effects: for example, the ergot fungus found on rye can cause ergotism.... nutritional disorders

Artificial Nutrition And Hydration

the use of enteral feeding tubes or cannulas to administer nutrients and fluids directly into the gastrointestinal tract or bloodstream when the oral route cannot be used owing to disability or disease. When other intensive treatments are judged *futile, artificial nutrition and hydration are considered *extraordinary means of prolonging life in patients who have no prospect of recovery. It is permissible to withdraw such treatment when it is no longer in the patient’s interests and when the primary intention is not to kill the patient, although death is foreseen (see doctrine of double effect). In cases of patients in a *persistent vegetative state in England and Wales, the matter must be referred to the courts following the case of Tony Bland. Where food and water are withdrawn it is still considered important to moisten the patient’s lips and to keep him or her comfortable until death.... artificial nutrition and hydration

Nutritional Genomics

the study of the relationships between the human genome, nutrition, and health. There are two main branches of study: nutrigenetics investigates how an individual’s genes affect their response to certain dietary nutrients, whereas nutrigenomics investigates how nutrients ingested can modulate gene expression. In time, nutrigenomics may help to identify the aetiology of certain chronic diseases.... nutritional genomics

Peripheral Parenteral Nutrition

(PPN) the delivery of nutrients directly into a peripheral vein (in the arm). Feed solutions must have a low *osmolality (<1200 mOsm/l), and PPN can be given only for a short period (less than four weeks). There is a risk of *phlebitis. See artificial nutrition and hydration; total parenteral nutrition.... peripheral parenteral nutrition

Spasmus Nutans

a combination of symptoms including a slow nodding movement of the head, *nystagmus (involuntary movements of the eyes), and spasm of the neck muscles. It affects infants and it normally disappears within a year or two.... spasmus nutans

Total Parenteral Nutrition

(TPN) the delivery of all the essential nutrients directly into the bloodstream through a catheter in a vein. This may be by the peripheral route, via a vein in the upper arm (see PICC line) for short-term use (see peripheral parenteral nutrition), or centrally, into the subclavian vein in the neck (see Hickman catheter), for longer than two weeks. TPN has a risk of complications and should only be used when the gastrointestinal tract is not functioning. *Enteral feeding is always the preferred route. See also artificial nutrition and hydration; nutrition.... total parenteral nutrition



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