(Celtic / Irish) An exceptional woman More
MOTH REPELLENT. Sew into small linen bags any of the following: Cinnamon, Sandalwood chips, Camphor, Cloves. Add: sprinkle of Cedarwood for greater potency. MOTHER SEIGEL’S SYRUP. See: SHAKERS, The. ... morning sickness
Annual death rates (deaths per million at risk) vary widely between occupations, ranging from 5 in clothing and footwear manufacture to about 1,650 in offshore oil and gas industries.
More than 1,000 per year are due to work-related diseases, mainly pneumoconiosis and cancers.... occupational mortality
It is usually complete after about 12 hours; the stiffness then disappears over the next 48–60 hours.
Physical exertion before death makes rigor mortis begin sooner.
The sooner rigor mortis begins, the quicker it passes.
These facts are used to help assess the time of death.... rigor mortis
Habitat: Throughout southern India, also in Assam and West Bengal, up to 1,000 m
English: Indian Gamboge.Ayurvedic: Kankushtha, Tamaal, Taapichha, Ushaare-revand.Siddha/Tamil: Iravakhinni.Action: Gum-resin—hydragogue, cathartic, anthelmintic. Used in dropy and amenorrhoea. Causes nausea, vomiting and griping in large doses.
The gum contains morellin, neo- morellin, beta-guttiferin and alpha- guttiferin and their derivatives. The heartwood gave morelloflavone. Seed coat gave morellin, isomorellin and their neo derivatives which exhibited antibacterial and antiprotozoal activity.Dosage: Gum-resin—50-125 mg. (CCRAS.)... garcinia morellaThe improvement in the infant mortality rate has occurred mainly in the period from the second month of life. There has been much less improvement in the neonatal mortality rate – that is, the number of infants dying during the ?rst four weeks of life, expressed as a proportion of every 1,000 live births. During the ?rst week of life the main causes of death are asphyxia, prematurity, birth injuries and congenital abnormalities. After the ?rst week the main cause of death is infection.
Social conditions also play an important role in infant mortality. In England and Wales the infant mortality rate in 1930–32 was: Social Class I (professional), 32·7; Social Class III (skilled workers), 57·6; Social Class V (unskilled workers), 77·1. Many factors come into play in producing these social variations, but overcrowding is undoubtedly one of the most important.
1838–9 146 1950–52 30 1851–60 154 1960–62 22 1900–02 142 1970–72 18 1910–12 110 1980–82 12 1920–22 82 1990–92 7 1930–32 67 1996 6·2 1940–42 59 1999 5.8 2000 5.6
It is thus evident that for a reduction of the infant mortality rate to the minimum ?gure, the following conditions must be met. Mothers and potential mothers must be housed adequately in healthy surroundings, particularly with regard to safe water supplies and sewage disposal. The pregnant and nursing mother must be ensured an adequate diet. E?ective antenatal supervision must be available to every mother, as well as skilled supervision during labour (see PREGNANCY AND LABOUR). The newborn infant must be adequately nursed and fed and mothers encouraged to breast feed. Environmental and public-health measures must be taken to ensure adequate housing, a clean milk supply and full availability of medical care including such protective measures as IMMUNISATION against diphtheria, measles, poliomyelitis and whooping-cough. (See also PERINATAL MORTALITY.)... infant mortality rate (imr)
Moraikah, Morayka, Moraykah, Moraeka, Moraekah... moraika
Morgaine, Morgana, Morgance, Morgane, Morganica, Morgann, Morganne, Morgayne, Morgen, Morgin, Morgaen, Morgaene, Morgaena... morgan
Moraia, Moraiah, Moria, Morit, Moriel, Morice, Morise, Moriya... moriah
Habitat: Sub-Himalayan tracts, Darjeeling, Konkan and the Andamans.
English: Indian Mulberry.Ayurvedic: Ashyuka, Akshi, Atchy.Siddha/Tamil: Nunaa, Togaru.Action: Fruit—emmenagogue, antileucorrhoeic, antidysenteric, anticatarrhal (used in throat infections and asthma). Root and leaf—cathartic, febrifuge, anti-inflammatory (used in gout). Root—anticongestive, hypotensive. A decoction is given to regulate menstruation.
The heartwood yielded anthraqui- nones—alizarin and its glycosides, nor- damnacanthol. Leaves contain ursolic acid and beta-sitosterol. Fruits gave asperuloside and caproic acid.The lyophilized aqueous extract of roots was evaluated for analgesic and behavioural effects in mice; positive results were observed confirming a sedative property without exhibiting any toxic effects.Ethanolic extract of the plant showed significant antimicrobial activity.Morinda coreia Buch.-Ham., M. tinctoria Roxb. (dry forests throughout the greater part of India) is considered as the wild form or a varient of Morin- da citrifolia and is known by the same vernacular nemes. The root bark gave the insecticidal glycoside, morindin-6- primeveroside, which was found lethal on cockroaches and houseflies topically.Morinda umbellata L. (Bihar, Khasi Hills and Peninsular India) is also known as Nunaa in Tamil Nadu.A decoction of root and leaves is used for diarrhoea and dysentery. The root bark contains a considerable amount of rubichloric acid and small quantities of anthraquinones.... morinda citrifoliaHabitat: Rajasthan and Peninsular India.
Ayurvedic: Shigru (Red var.). Siddha/Tamil: Kaatumurungai.Action: See M. pterygosperma.... moringa concanensis
Action: All parts of the tree are reported to be used as cardiac and circulatory stimulant. Pods—antipyretic, anthelmintic; fried pods are used by diabetics. Flowers—cholagogue, stimulant, diuretic. Root juice—cardiac tonic, antiepileptic. Used for nervous debility, asthma, enlarged liver and spleen, deep-seated inflammation and as diuretic in calculus affection. Decoction is used as a gargle in hoarseness and sore throat. Root and fruit—antiparalytic. Leaf—juice is used in hiccough (emetic in high doses); cooked leaves are given in influenza and catarrhal affections. Root-bark—antiviral, anti-inflammatory, analgesic. Bark—antifungal, antibacterial. Stem-bark and flower—hypo- glycaemic. Seeds—an infusion, anti-inflammatory, antispasmodic and diuretic; given in venereal diseases.
Along with other therapeutic applications, The Ayurvedic Pharmacopoeia of India indicated the use of the dried root bark in goitre, glycosuria and lipid disorders (also dried seeds), and leaf, seed, root bark and stem bark in internal abscess, piles and fistula-in-ano.The plant contains antibacterial principles, spirochin and pterygosper- min which are effective against both Gram-Positive and Gram-Negative bacteria.The leaves contain nitrile glycosides, niazirin and niazirinin and mustard oil glycosides. The mustard oil glycosides showed hypotensive, bradycardiac effects and spasmolytic activity, justifying the use of leaves for gastrointestinal motility disorders.The roots possess antibacterial, anti- choleric and antiviral properties due to the presence of pterygospermin, Spiro chin and benzylisothiocyanate. The root extract exhibited significant anti- inflammatory activity in carrageenan- induced paw-oedema in rats.The leaves exhibited hypoglycaemic activity, although the plasma insulin level did not alter much.The root and bark showed antifer- tility activity through biphasic action on the duration of the estrous cycle of female rats.Dosage: Leaf—10-20 ml. juice. (API, Vol. III); root bark—2-5 g powder; stem bark—2-5 g powder; seed—5-10 g powder (API, Vol. IV). Leaf, flower, fruit, seed, bark, root— 1-3 g powder; 50-100 ml decoction. (CCRAS.)... moringa pterygospermaHabitat: Native to China; cultivated in Punjab, Uttar Pradesh, Kashmir and North-Western Himalayas. English: Chinese White-Mulberry. Unani: Shahtuut, Tuut.
Action: Fruit—cooling, mild laxative. Used for sore throat, dyspepsia and melancholia. Leaves and root bark—expectorant, diuretic, hypotensive. Bark extract—hypoglycaemic. Leaf— anti-inflammatory, emollient, diaphoretic. Used as a gargle in inflammations of the throat.
The plant is rich in phenolics. The leaves gave flavonoids (including rutin, moracetin); anthocyanins (cyanidin and delphinidin glucosides); artocarpin, cycloartocarpin and analogues. The root bark contained fla- vonoids including the kuwanons, san- gennons, mulberrosides and mulber- rofurans.Hot water extract of the dried mulberry leaves fed to rabbits on 1% cholesterol diet exhibited significant hypolip- idaemic or hypocholesterolaemic effect. In addition, suppression of hepatic enlargement and fat deposition in the hepatic cells was also observed.An aqueous methanol extract of the root bark significantly reduced plasma sugar levels in mice.The extract also showed anti-inflammatory and antipyretic activity in exudative, proliferative and chronic phases of inflammation.Aqueous and alkali extracts of leaves and stems are active against GramPositive bacteria and yeast.... morus albaMorwena, Morwina, Morwinna, Morwyn, Morwynna, Morwyna, Morwen, Morwenne... morwenna
Habitat: Native to West Asia; cultivated in Kashmir, also grown in Darjeeling.
English: Black Mulberry.Unani: Tuut Siyaah.Action: Berries and root bark— mild laxative and used in the treatment of respiratory catarrh. Berries—refrigerant, given during convalescence.
The fruit contains invert sugar, pectin, fruit acids (including malic and citric acid), ascorbic acid, and fla- vonoids (including rutin). Leaves contain flavonoids, including rutin (26%). Root bark contains calcium malate; the bark of branches contains tannins, phlobaphenes, a sugar, a phy- tosterol, ceryl alcohol, fatty acids and phosphoric acid.An infusion of leaves causes a drop in blood sugar, sometimes diuresis and a reduction in arterial pressure. It shows no effect on glucosuria.Morus acidosa Griff., M. australis Poir and Morus indica L. have also been equated with Tuut Siyaah of Unani medicine.... morus nigraNearly three-quarters of neonatal deaths occur during the ?rst week of life. For this reason, increasing emphasis is being laid on this initial period of life. In Britain, in the last four decades of the 20th century, the number of deaths in the ?rst week of life fell dramatically from 13.2 to just over 2.7 per 1,000 live births. The chief causes of deaths in this period are extreme prematurity (less than 28 weeks’ gestation), birth asphyxia with oxygen lack to the brain, and congenital abnormalities. After the ?rst week the commonest cause is infection.... neonatal mortality
The causes of perinatal mortality include extreme prematurity, intrapartum anoxia (that is, di?culty in the birth of the baby, resulting in lack of oxygen), congenital abnormalities of the baby, and antepartum anoxia (that is, conditions in the terminal stages of pregnancy preventing the fetus from getting su?cient oxygen).
The most common cause of perinatal death is some complication of placenta, cord or membranes. The next most common is congenital abnormality. Intrauterine hypoxia and birth asphyxia comprise the third most common cause.... perinatal mortality
infarction Death of an area of tissue due to ischaemia (lack of blood supply). Common examples include myocardial infarction, which is also known as heart attack, and pulmonary infarction, which is lung damage caused by a pulmonary embolism – a blood clot that has moved into a vessel in the lung and is obstructing the flow of blood. (See also necrosis.)... infant mortality
Maternal deaths may occur as a direct result of complications of pregnancy, or indirectly due to a medical condition worsened by pregnancy. Major direct causes include pulmonary embolism, antepartum haemorrhage, postpartum haemorrhage, hypertension, eclampsia, and puerperal sepsis. Indirect causes include heart disease, epilepsy, and some cancers.
Maternal mortality is lowest for 2nd pregnancies. It rises with age, being greatest for women over 40.... maternal mortality
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