Education Assignment 1 Example | Topics and Well Written Essays - 1250 words

Education 1 - Assignment Example The majorities of the schools have deserted conventional means of exchange of ideas and made to order techniques that are based on knowledge and technology. Nearly every one of the schools has made use of network based exchange of ideas systems. In these circumstances, the schools make use of computers and sets of connections to be in touch with families. The schools also use constituency web sites to be linked with families and other citizens (Kowalski, 2010). In addition, the schools have employed electronic newsletters to help improve communication with other people in the society. Like other schools, my school uses different types of technologies to communicate with families. First, the school uses district web sites to communicate with families (Kowalski, 2010). The district administrators have developed a wide range of web sites that schools and families can use to interact. The schools post information on the websites and then the families access the information. The websites have been created well to let families and society members browse the sites. In addition, the sites make available areas where the families can mail their commentary. With the exception of using websites, the school makes use of electronic newsletters to make a statement with them. The school managers and administrators send electronic messages to parents. The school makes cards which are forwarded to parents. The techniques mentioned have been successful as indicated by good association between the school and parents. The school has been capable to work mutually with the parents to make better learners’ performance and the general presentation of the education (Kowalski, 2010). Computer technology associations are significant to schools and regions as they assist in making accurate announcement to parents and the society. Schools require directing the produce, media outlets and electronic messages so as to advertisement positive relationships. Technology association procedur e assists schools in the progress of their technology associations and improves their association with people and parents. Majority of the schools have not adopted good technology associations and this has interfered with communication with parents and society. Schools can make use of different methods to better their media associations and the school system (Kowalski, 2010). The specialized discipline of planned public associations offers a lot of remuneration to organizations. It assists them avoid and alleviate crises. Additionally, it also permits them to recognize and direct issues that may get in the way with their goals. It also allows them in structuring and maintaining quality associations with planned societies. 3. School administrators ought to encourage exposed announcement so as to be capable of developing constructive relations and improving partnerships. Most of the education centers are not capable to uphold open exchange of ideas, and this affects media relationship deficiently. The administrators of these schools should hold up free communication so as to develop high-quality relationship with press journalists (Kowalski, 2010). The managers and administrators of the schools should support empowerment. They must approve the press personnel and extra people involved. Through motivating the press, human resources and other community members assist in easing the association betwe

Youth Culture Case Study & Play as the Childs Work Essay Example for Free

Youth Culture Case Study Play as the Childs Work Essay Almost every era has seen the emergence of youth sub-cultures specific to that time and place, socio-economic factors, geographical location and ideologies. Youth sub-culture could be said to be part of the way many young people connect to and take part in society. Most youth sub-cultures share common features such as distinctive dress styles, behaviours, music, appearance as well as shared interests and beliefs but the specifics of each youth sub-culture is unique to that group of individuals, for example the difference between Punks and New Romantics. Poverty in 1960’s Kingston, Jamaica saw the emergence of the youth street culture, â€Å"Rude Boys†. The name derives from a slang word for ‘wicked’ in Jamaica, used to describe the anti-social behaviour of the individual who identified with the sub-culture. The sub-culture was often associated with violence and delinquency that was present in the aftermath of independence and lack of employment opportunities for young people. Building discontent and bitterness led to hostility and fighting as a way of expression for the rude boys. Many youth sub-cultures according to Cohen (1955), â€Å"arise when people with similar problems get together to look for solutions† (Gallacher Kehily 2013). Within the sub-culture much of the music either promoted or rejected rude boy violence and so further sub-cultures became apparent. On the one hand some recording artists tried to persuade young people to be less aggressive, such as Stranger Cole’s 1962 â€Å"Ruff and Tough† where he sings â€Å"Don’t bite the hand that feed you† versus the 1967 recording â€Å"Tougher than Tough† by the Heptones which declared â€Å"rudies dont fear, tougher than tough, rougher than rough, strong like lion, we are iron†. Lyrically the songs reflected the social conscious of the times and motivated people to take action. Rude boys have distinctive stylised features such as their appearance, indicative of the significance of fashion. Suits, thin ties and hats (taken from the movie gangster image of the time) often based on a black and white two tone design, as shown in the illustration below. The style was seen as edgy with an emphasis on masculinity – appearance was important. The predominant musical influences of the sub-culture were a mix of big band and Mento, which was a fusion of African style music played in the West Indies. This gave way later to Ska and Rocksteady, which was based on a blended form of reggae, jazz and blues. A very rhythmic music with a steady â€Å"off† beat, the characteristic dance is one of stepping whilst keeping a straight back, rocking/punching arms side to side, the origins of which come from â€Å"Rudes† stabbing a rival. This way of dancing is referred to as â€Å"skanking†an immediately identifiable part of the sub-culture. â€Å"Rude† influenced British youth culture through immigration and in terms of music and fashion, but not so much the violence associated with its early origins. Young people adopted the music and fashion style of â€Å"Rude† boys and 1970’s Britain saw a â€Å"Rude† boy’s revival with the creation of bands such as â€Å"the specials† and â€Å"the beat†. The music and fashion became the primary focus for young people belonging to this exciting, upbeat sub culture. This youth sub-culture became known as â€Å"two-tone†, named after the integrated bi-racial youth that created it. The original â€Å"rudes† youth sub-culture was symbolic of the tormented, unemployed young population of Jamaica and its emergence in multicultural Britain as a dangerous and edgy, anti-mainstream movement made it extremely exciting to young people. As Wayne Hemmingway says in the Don Letts subculture series of documentaries, it was â€Å"everything British youth culture wanted to be† (Skinhead and Rude-boy Culture, 2012). The Rude Boy culture has contributed significantly overall to popular music culture and its historical impact been celebrated as such by the media. However, back in the 1960’s the media berated the youth culture because of its association with violence and anti-social behaviour. Realisation that ska music with its fast tempo and powerful lyrics had a part to play in the aggressive identity that â€Å"Rudies† adopted, so responsibility fell on the artists to influence a more peaceful approach to the culture and with a slower tempo and more anti-violent lyrics. Nicholas Stambuli 2011, points out â€Å"As much as ska had influenced these cultures, it also had the ability to change them†. The Rude boy culture was a community based on a common interest and a source of inspiration for the oppressed – this symbolism and historical meaning has been lost in subsequent years and whilst the culture does not exist in the format I have outlined above, the music, dancing, fashion of that culture is still relevant today.

Drugs in Traditional Herbal Medicine

Drugs in Traditional Herbal Medicine There are about 1.75 million known species of animals, plants, fungi, micro-organisms on earth. Each species contains a wide spectrum of chemical moieties that number hundreds to thousands. The use of plants as sources of medicine is as old as the history of mankind. Today, there are at least 120 distinct chemical substances derived from plants that are considered as important drugs currently in use in one or more countries in the world. A few of these chemical substances are shown in the table below. Several of the drugs sold today are simple synthetic modifications or copies of the naturally obtained substances. This chapter deals with a few of the traditional drugs used commonly in traditional herbal medicine in India, which are presently being explored for a wide variety of medical conditions where the allopathic system is either insufficient or disadvantageous. SATAVARI Common name: Shakakul, Chatwal, Satawar (Hindi) Biological Source: Satavari consist of dried tuberous roots of Asparagus racemosus. Family: Liliaceae Morphology: The plant grows all over India in tropical areas and is found in the Himalayas up to an altitude of 1300-1400 meters. The plant is an armed climber, growing 1-2 meters in length. The leaves are green, shiny, small, and uniform and like pine needles. The flowers are tiny, white, in small spikes. The roots are finger-like, clustered, tuberous, 30 cm to 1 meter or more in length and tapering at both ends. The diameter of the root is 1-3 cm. The colour of the root is grey. The fruits are globose, pulpy berries, purplish black when ripe. The plant flowers in July and fruits in September. The roots of Satavari are adventitious, arising from a single point and become fleshy and tuberous, tapering towards the base and swollen in the middle. Charaka has categorized Satavari as balya promoting strength or a tonic, vaya sthapana promotes longevity, sukra janana (spermatogenic). Also, he has cited it as a rejuvenative to rasa and mamsa dhatus and mamsavaha srotasa. Susruta has mentioned it as sukra sodhana purifies the sperms or semen. Whereas, it is quoted as vajikara augments the sexual vigour and quantity of semen (Sarngandhara Samhita). It is also classified as samsamana neither it aggravates nor it eliminates the doshas from the body, but simply pacifies the aggravated doshas especially, pitta. Surface: More or less smooth in fresh samples and longitudinal wrinkles on the dried ones Fracture: Complete Root Plant Chemical constituents: Asparagus contains steroidal glycosides, bitter glycosides, asparagins and flavonoids. The plant contains four saponins, viz. Shatavarin I to IV. Shatavarin IV is a glycoside of Sarsasapogenin having two molecules of rhamnose and one molecule of glucose. It also contains mucilage and starch. Shatavarin IV Uses: Shatavari has been used in India for thousands of years for its therapeutic and tonic properties. It is an all-round tonic and rejuvenative which can be given to a person with any type, constitution, males or females, youngsters or elders. A few more uses include: Anti-oxytocic and anti-abortifacient Galactogogue, diuretic and antidysenteric Anti cancer, nutritive tonic and adaptogen. It has been used in combination with Ashwagandha for accelerating the healing of fractures. It improves the defense mechanism against infection. KANTAKARI Common name: Kateli Biological source: It is the dried ripe fruits of Solanum xanthocarpum . Family :Solanaceae Fruit Plant Plant Morphology: The plant occurs all around India, often in wastelands, on roadsides and in open scrublands. Kantakari, also known as Indian Solanum, is a prickly, branched perennial herb. The branches are densely covered with minute star-shaped hairs. The plant has yellow, shining prickles of about 1.5 cm in size. It has very prickly, sparsely hairy, egg ­ shaped leaves; purple flowers, round fruit, yellow colour with green veins and numerous smooth seeds. The fruit of the plant constitutes the drug. The fruits are globular drooping and loamy; yellow or white in colour with green veins surrounded by calyx. Seeds are very small and reniform; smooth yellowish brown in colour and the taste is bitter. Chemical constituents: Steroidal alkaloids like solasodine and solanin; sterols such as cholesterol and phytosterol derivatives. Solanin Solasodine Uses: Kantakari is a valuable remedy in the treatment of dropsy, a disease marked by an excessive collection of fluids in the tissues and cavities or natural hollows of the body. The drug helps increase the secretion and discharge of urine. It is also used as a steroidal precursor and an aphrodisiac. It is found effective in throat disorders like sore throat and tonsillitis. An extract of the plant should be used as a gargle in such cases. Kantakari root has been traditionally used in snake and scorpion bites. A paste of the root can be prepared by grinding it on a stone with lemon juice and applying to the affected part. BAEL Common name: Bilva, Shriphal Biological source: Bael consists of the entire unripe or half ripe fruits of Aegle marmelos. Family: Rutaceae Plant Fruit Fruit Morphology: It is a fruit-bearing tree indigenous to dry forests on hills and plains of central and southern India, southern Nepal, Sri Lanka, Myanmar, Pakistan, Bangladesh, Nepal, Vietnam, Laos, Cambodia and Thailand. It is cultivated throughout India, as well as in Sri Lanka, northern Malay Peninsula, Java and in the Philippines. It is also popularly known as Bilva, Bilwa, Bel, Kuvalam, Koovalam, Madtoum, or Beli fruit, Bengal quince, stone apple, and wood apple. The tree, which is the only species in the genus Aegle, grows up to 18 meters tall and bears thorns and fragrant flowers. It has a woody-skinned, smooth fruit 5-15 cm in diameter. The skin of some forms of the fruit is so hard it must be cracked open with a hammer. It has numerous seeds, which are densely covered with fibrous hairs and are embedded in a thick, gluey, aromatic pulp. Type of fruit: Berry Colour: Unripe fruits are green and ripe fruits are yellowish brown Size: 7.5 to 20 cm Shape: Sub globose Surface: Smooth but hard and woody Epicarp: 3mm thickness, pulp containing mesocarp and endocarp is pale red in colour. Seeds: Numerous and sticky mucilage surrounding the seeds. Odour: slightly aromatic Taste: Mucilaginous Chemical constituents: Coumarins like marmesin, Imperatorin, alloimperatorin, xanthotoxol, scoparone, scopoletin, umbelliferone, psoralen, marmelide, tannins, reducing sugars Marmesin Imperatorin Umbelliferone Uses: Ripe bael fruit is regarded as the best natural laxative. The unripe or half-ripe fruit is very effective in treating chronic diarrhoea and dysentery where there is no fever. It is also beneficial in cases of sprue in irritable bowel syndrome, hyperacidity and flatulence. The root of this tree is used as a remedy for curing ear problems. A stiff piece of the root is dipped in neem oil and lighted. The oil that drips from the burning end is a highly effective medicine for ear problems. An infusion of bael leaves is regarded as a valuable remedy for peptic ulcer. Precautions- The ripe fruit should not be taken regularly at a stretch. When used without a break, it produces atony of the intestines or lack of normal elasticity and consequent flatulence in the abdomen. The bael fruit should also not be taken in excess at a time, as excessive intake may produce a sensation of heaviness in the stomach. RASNA Common name: Lesser galangal Biological source: It consists of the rhizome of Alpinia officinarum obtained from 4-10 years old plants washed, trimmed and cut into segments and carefully dried. It consists of not less than 0.5 % of volatile oils. Family: Zingiberaceae Plant Rhizome Morphology : Form: Cylindrical, irregularly branched and bent like knee Size: 5-10cm long and up to 2cm thick Colour: Copper red externally and cinnamon brown internally Surface: Marked with fine annuli of lighter colour than the general surface Colour: Copper red externally Odour: Aromatic Taste: Characteristic, spicy, aromatic and pungent Fracture: Fibrous and tough Chemical constitutents: Essential oils (0.5-1 %), Cineole, alpha pinene, eugenol, sesquiterpenes and sesquiterpene alocohols; Alpinol resins or gelangol; tannins phlobaphenes and flavanoids -kaempferol, galangin a dioxyflavonol. The volatile oil and acrid resins are the active principles. Kaempferol Uses: Stomachic, stimulant and carminative, it is especially useful in flatulence, dyspepsia, vomiting and sickness at stomach, being recommended as a remedy for sea-sickness. It tones up the tissues and is sometimes prescribed in fever. It is used in rheumatism and catarrhal affections and Also acts as an antibacterial and anti fungal. GUDUCHI Common name: Gulbel, Madhuparni, Amritha Biological source: It consists of the stems and roots of Tinospora cordifolia. Family: Menispermaceae Stem Plant Morphology: Guduchi is a native plant from India, also known to be found in Far East, primarily in rainforests. The plant is a climbing shrub with heart-shaped leaves. It has stems about 6 cm in diameter, with light grey, papery bark. The leaves are 7.5-14 cm long, 9-17 cm broad, broadly ovate or orbicular, deeply heart shaped at the base. Tiny greenish yellow flowers occur in racemes 7-14 cm long. Flowers have 3+3 sepals in 2 layers; the outer ones are small, the inner large. Six stamens prominently protrude out. The plant flowers during the summer and fruits during the winter. Fruits are red when ripe, stems are closely with watery tuberoles and longitudinally fissured. Gulbel prefers acid, neutral or basic alkaline soil. It can grow in semi-shade or no shade; it requires moist soil. Gulbel grows easily without chemical fertilizers, and use of pesticides. Chemical constituents: Diterpenoids such as thiosporide, tinosporide and columbin; Sesquiterpenes like tino cordifolioside; Alkaloids berberine and jatrorhizine. Tinosporaside Uses : The root, stem, leaves and sattva (starch) of guduchi are used for medicinal purpose externally.The medicated oil of the plant is effectively used to reduce the pain and oedema, in gout and skin diseases. Guduchi is the drug of choice amongst all the remedies in treating gout. Internally, guduchi is one of the most effective rejuvenatives. It works well on all the tissues and keeps the systems in balance. It accords longevity, enhances memory, improves health, and bestows youth, betters complexion, voice, energy and lustre of the skin. It is immensely helpful in the digestive ailments like hyperacidity, colitis, worm infestations, and loss of appetite, abdominal pain, excessive thirst and vomiting. It is also used in liver disorders like hepatitis. Guduchi is one of the best bitter tonics useful in fevers especially of pitta origin. It alleviates body heat, thirst, burning sensation of the skin and vomiting if any, due to pitta. The starch (sattva) of guduchi is traditionally used as a household remedy, for chronic fever, to alleviate it as well as to reduce burning sensation and to increase the energy and appetite. It is beneficial in tuberculosis and general debility also. It also works well in the cutaneous rashes and condylomata, in the secondary stage of syphilis. Guduchi is one of the most versatile rejuvenative herbs. It works on all the tissue elements in the body. The Sanskrit name guduchi means the one, which protects the body. It is also called as amrita or nectar, as it is extremely useful in strengthening the immune system of the body and keeping the functions of its various organs in harmony. It possesses various synonyms like jvaranasi febrifuge, vayastha promotes longevity, rasayan- a rejuvenatPacifies all the three  Doshas  and maintain their balance with each other i.e. why it is said to be having  Rasayana  character; besides it find important place in the herbs useful in management of diseases having  Tridoshic  origin. Guduchi should be always used fresh for good results. KALIJEERA Common name: Black cumin, Kalonji Biological source: It consists of ripe seeds of Nigella sativa. Family: Ranunculaceae Plant Seeds Morphology: Attractive herb, 20-30 cm height Leaves: 2-5 cm in length, linearly lanceolate segments. They are pinnately arranged Flower: Delicate,pale blue and white with 5-10 petals, on solitary long peduncles. Fruit: The  fruit  is a large and inflated  capsule  composed of 3-7 united follicles, each containing numerous  seeds. Seeds: Trigonous and black in colour. Tubercular seeds containing yellowish brown volatile oil with an unpleasant odour. Chemical constituents: Volatile oils with an unpleasant odour, carvone, d-limonene, cyamine and nigellone. Nigellone Uses : It has been traditionally used for a variety of conditions and treatments related to respiratory health, stomach and intestinal health, kidney and liver function, circulatory and immune system support, and for general well-being. It has been used to treat ailments including  asthma,  bronchitis, rheumatism  and related inflammatory diseases Also used to increase milk production in nursing mothers Helps to promote digestion and Fights parasitic infections. Its oil has been used to treat skin conditions such as  eczema  and  boils  and to treat  cold  symptoms. GOKHRU Common name: Gokshura, Land Caltrops, Puncture vine   Biological source: It consists of the fruits of Tribulus terrestris. Family: Zygophyllaceae Plant Fruits Morphology: An annual herb with diffused or prostrate stems. The branches are flexuous, covered with silky thread like hairs. Leaves: Pari-pinnate having 6 to 7 pairs of leaflets that are narrow-elliptic with round base and apex. Flowers: Yellow flowers, borne solitary and axillary. Fruit: Globose consisting of usually 5 hairy cocci each with 2 very long sharp rigid spines, several shorter spines and surface covered with many hairs . Seeds: Several in each coccus with transverse partitition between them. Chemical constituents: Steroid saponins and steroid sapogenins, furostanol glycosides protodioscin which on acid hydrolysis yields spirostanol and diosgenin a trace of lipogenin, glucose and rhamnose, hecogenin and neotigogenin. Furostanol Protodioscin Uses : The roots and fruits are sweet, cooling and emollient. It serves as an appetizer in anorexia and laxative; also good in dyspepsia Also shows cardiotonic and styptic action It is a lithontriptic and useful in strangury, dysuria, vitiated conditions of vata and pitta, renal and vesical calculi Useful in cough and asthma. The seeds are astringent, strengthening and are useful in epistaxis, hemorrhages and ulcerative stomatitis. The ash of the whole plant is good for external application in rheumatoid arthritis. Lithontriptic having the quality of, or used for, dissolving or destroying stone in the bladder or kidneys. Strangury  is the symptom of painful, frequent urination of small volumes that are expelled slowly only by straining and despite a severe sense of urgency, usually with the residual feeling of  incomplete emptying. These drops of urine are squeezed out in what sufferers describe as painful wrenching spasms.   Epistaxis nose bleed SHILAJIT Biological source: Its a herbomineral drug ejected out of fissures in the iron rich rocks during hot weather. In the raw form it is a bituminous substance, which is a compact mass of vegetable organic matter composed of dark red gummy matrix. It is bitter in taste, and its smell resembles cows stale urine. The botanical name of Shilajit is  Asphaltum  (mineral pitch). It is found to be produced naturally in mountainous area especially Himalayas, Vindhyas and other mountains in India and also in Nepal.. It is found in the Himalayas from Arunachal Pradesh in the east to Kashmir in the west. It is also found in Afghanistan, Bhutan, China, Nepal, Pakistan, Tibet, and Norway, where it is collected in small quantities from steep rock faces at altitudes between 1000 and 5000 m. It may also be found as tar in earth crust formed due to decomposition of vegetable substance Shilajit samples from different region of the world have different physiological properties. Before refinement, Shilajit is a semi-hard, brownish black to dark, greasy, black resin that has a distinctive smell and taste. Different varieties : Iron shilajit: Blackish brown Copper shilajit: Blue variety Silver shilajit :White variety Gold Shilajit: Red variety Chemical constituents: Aluminoids, fatty acid, trace elements waxes,minerals, methoxy carboxy biphenyls. Shilajit contains at least 85 minerals in  Ionic  form as well as  humic acid  and  fulvic acid. Humic acid Humic acid  is one of the major components of humic substances which are dark brown and major constituents of soil organic matter  humus that contributes to  soil  chemical and physical quality and are also precursors of some  fossil fuels. They can also be found in  peat,  coal, many upland  streams,  dystrophic lakes  and  ocean  water. Uses: Shilajit is a most important drug for many diseases. It was used as a drug in prehistoric periods. There is evidence of Shilajit (Silajatu) in the Indus civilization. Traditionally it is used as power increasing tonic. The following health properties are found in Shilajit: Helps accelerate processes of protein and nucleic acid metabolism and stimulates energy providing reactions. Counteracts Diabetes and regulates the blood sugar level. Purifies blood, improves functioning of pancreas and strengthens digestion. Reduces fat, dissolves tumours, and counteracts thirst. Promotes the movement of minerals, especially calcium, phosphorous, and magnesium into muscle tissue and bone. Stimulates the immune system and improves restoration (recovery) after exercise. Increases levels of growth hormone in diabetic patients and is a potent anti-ulcer agent. It is considered to be an aphrodisiac, for the treatment of impotence and infertility in men and women. Used for strengthening the immune system. ARJUNA Common name: Koha, White marudah Biological source: It consists of the dried bark of Terminalia arjuna. Family: Combretaceae Bark Tree Morphology :Arjuna is a large, deciduous tree. The height of the Arjuna tree reaches upto 60 -85 feet. It is an evergreen tree with the yellow flowers and conical leaves. It has a smooth gray bark. Fruit is 2.5 -3.5 cm long, fibrous woody, glabrous with 5 hard wings, striated with numerous  curved veins. It has a buttressed trunk and a vast spreading crown from which the branches drop downwards. Its leaves are dull green above and pale brown beneath. Arjuna flowers between March to June and fruits between September to November. Shape: Flat, slightly curved Size: About 15 cm length, 10 cm breadth and 1 cm thick Colour: Ash coloured on the outer side but reddish and striated on the inner side Surface: More or less smooth Fracture: fibrous Odour: None Taste: Astringent Chemical constituents: Tannins (12%) pyrocatechol tannins, large quantities of calcium salts and small traces of aluminium and magnesium salts. Arjuna glycosides, phytosterols, organic acids and organic esters and sugars, colouring matter etc. A saponin like substance is responsible for its diuretic activity. Arjunolic acid Uses: It is used by  Ayurvedic  physicians for its curative properties in organic/functional heart problems including  angina,  hypertension  and deposits in arteries. This has also been proved in a research by Dr. K. N. Udupa in  Banaras Hindu Universitys Institute of Medical Sciences, Varanasi (India). In this research, they found that powdered extract of the above drug provided very good results to the people suffering from Coronary heart diseases. Research suggests that  Terminalia  is useful in alleviating the  pain  of  angina pectoris  and in treating  heart failure  and  coronary artery disease; it may also be useful in treating  hypercholesterolemia. The cardio-protective effects are thought to be caused by the  antioxidant  nature of several of the constituent  flavonoids  and oligomeric proanthocyanidins, while positive  inotropic  effects may be caused by the  saponin  glycosides. In addition to its cardiac effects,Arjuna may also be protective against  gastric ulcers, such as those caused by  NSAIDs. According to Ayurvedic texts, it also very useful in the treatment of any sort of pain due to a fall. Also used in the treatment of sexually transmitted diseases such as  gonorrhoea. CHIRATA Common name: Indian Gentian, Bhunimba Biological source: Chirata is the plant Swertia chirata collected in flowering stage and dried. Family: Gentianaceae Morphology: The drug consists chiefly of the stem, which is quite glabrous, and contains large continuous pith. In the upper part it branches freely, bearing numerous fruits and flowers, together with a few opposite leaves with prominent curving lateral veins. The root is short, stout, and oblique. Size of stem: About 1cm Colour: Dark purplish brown. Shape: Slightly wringed and much branched above branches slender opposite decussate leaves. Leaves: Opposite, ovate, lanceolate, glabrous, entire. Fruit: Bicarpellary but unilocular containing numerous minute brownish seeds Odour: none Taste: Extremely bitter. Chemical constituents: The plant contains the two bitter principles, ophelic acid and chiratin. The latter occurs in the larger proportion, and yields, by boiling with hydrochloric acid, chiratogenin and ophelic acid, but no sugar. Neither ophelic acid nor chiratin has been obtained in crystals. It also contains a glycoside Amarogentin. Uses: Chirata owes its action to its bitterness it is used in dyspepsia to improve the appetite. At one time it was believed to exert a specific action upon the liver, but there is no evidence to confirm this. It is usually administered  in the form of infusion. The preparations of Chirata are without tannin, and may, therefore, be prescribed with iron. It is also used as a febrifuge. TYLOPHORA Common name: Indian Ipecac, Antamul Biological source: It consists of the fresh and dried material of Tylophora indica. Family: Asclepiadaceae Morphology: Perennial, small, slender, much branched pubescent twining or climbing herbs or under  shrubs; sap yellowish, found in the sub-Himalayan tract from Uttar Pradesh to Meghalaya and in the central and peninsular India, ascending up to 1,260 m. Height 1.5 metres. Leaves: 6.0-10.5 x 3.8-6.0 cm, ovate-oblong to elliptic-oblong, acute to acuminate, cordate at base, thick, pubescent beneath when young, glabrous above; Flowers: Minute, 1-1.5 cm across, in 2 to 3-flowered fascicles in axillary umbellate cymes.; Calyx divided nearly to the base, densely hairy outside; segments lanceolate, acute. Corolla is greenish-yellow or greenish-purple; lobes oblong, acute. Fruit: a follicle, up to 7 x 1 cm; ovoid-lanceolate, tapering at apex forming fine mucro, finally striate, glabrous. Seeds: 0.6-0.8 x 0.3-0.4 cm, broadly ovate or ovate-oblong, flat, brown, dark coloured in centre Roots: Roots long, fleshy, with longitudinally fissured light brown, corky bark; sweet in taste, pleasant and aromatic odour. Fracture: Brittle Chemical constituents: Alkaloids like tylophorine, tylophorinine, tylophorinidine, septicine and isotylocrebrine; tannins, saponins and flavonoids. Tylophorine Septicine Uses: The leaves and roots have emetic, cathartic, laxative, expectorant, diaphoretic and purgative properties. It has also been used for the treatment of allergies, cold, dysentery, hay fever and arthritis. It is traditionally used as a folk remedy in certain regions of India for the treatment of bronchial asthma, inflammation, bronchitis, allergies, rheumatism and dermatitis. It has the reputation of being an alterative and a blood purifier, often used in rheumatism and syphilitic rheumatism. The root or leaf powder is used in diarrhea, dysentery and intermittent fever The dried leaves are emetic, diaphoretic and expectorant. It is regarded as one of the best indigenous substitute for Ipecacuanha. The roots are suggested to be a good natural preservative of food. It also seems to be a good remedy in traditional medicine as anti-psoriasis, seborrheic, anaphylactic, in leucopenia. APAMARGA Common name: Prickly chaff flower, Chirchidi Biological source: It consists of the dried whole plant of Achyranthes aspera. Family: Amaranthaceae Morphology: Annual or perennial herb, 30 90 cm tall, often with a woody base, branches obtusely 4 angled, striate and pubescent. Main root is long, cylindrical, thick secondary and tertiary roots are also present Yellowish brown, sweet and mucilaginous Stem: yellowish brown erect and branched, cylindrical, hairy, solid up to 60cm height Leaf: Petiolate, alternate, elliptical or suborbicular, acute entire pubescent above and usually white and wooly beneath. Flowers: Greenish white, numerous in axillary or terminal spikes. Bract and bracteole persisting and ending in spine. Seeds: Sub cylindrical at apex, rounded at base, black and shiny. Chemical constituents: Ecdysone, Ecdysterone, Inokosterone, triterpenoid saponins possessing oleonelic acid as an aglycone . It also contains alkaloids like Achyranthine and betaine, water soluble bases and saponin glycosides C D. Ecdysone Ecdysterone Uses: Used in abdominal, liver and birth related disorders Acts as a blood purifier. It is also used as an astringent and diuretic The decoction of the plant is used in the treatment of pneumonia and dropsy. It is also used in treatment of cancer. SHANKPUSHPI Common name: Dwarf morning glory, Shankhahuli Biological source: It consists of the aerial parts of plant Evolvulus alsinoides and Convolvulus pluricaulis. Family: Convulvalaceae. Morphology: The plant grows wildly in open grassy places throughout India, upto 1800 meters elevation. It is a small, diffuse perennial herb, much branched, hairy, with prostrate branches. The plant flowers and fruits during May to December. The roots are 15-30 cm long, 1-1.5 cm in diameter and greenish white in color. The plant is cultivated as an ornamental plant for its flowers. It is an erect annual with a winged stems and half a metre in length with decussate branches. Leaves: Sessile, 2.5 to 4cm in length, lanceolate and decussate with 3 prominent vertical lines, densely clothed with silky hair. Flowers: Axillary white (C. pluricaulis) or light blue (E. alsinoides) in colour and mostly solitary in upper axils. Fruits: Globose, 4- valve capsules and small. Chemical constituents: The plant contains an alkaloid called Shankhapushpine. The fresh plant contains volatile oil and potassium chloride. It also contains a neutral fat, an organic acid and saline substances. Three alkaloids evolvine, betaine and an unidentified compound have also been isolated. Uses: The whole plant of Sankhapushpi is used for medicinal purpose Externally; the medicated oil of the herb is useful as a hair tonic, to promote the hair growth. Sankhapushpi hair oil prevents the premature graying and falling of hair. Its paste is also applied externally in skin diseases. Internally, the plant is used in a vast range of diseases. The whole plant juice is traditionally used in various mental disorders. As one of the best psychotropic drugs, Sankhapushpi was held in high esteem by the ancient sages of India. In cases of minor memory disturbances, nervous debility and dementia, it is widely used as a brain tonic. The fresh juice of the plant stimulates appetite, is a mild laxative and de-flatulent. It also works well as a mucolytic and is useful in cough and hoarseness of voice. Sankhapushpi being a diuretic is useful in urinary disorders and hypertension. It promotes conception in females and is rewarding as an aphrodisiac in sexual debility in males. It is a great panacea for raktapitta, as it is styptic also. Sankhapushpi is one of the best herbs used as a general tonic and rejuvenative. It is also used as an antiviral against Ranikhet disease virus.

The Hunchback Of Notre Dame :: essays research papers

A gem that has several very visible flaws; yet, with these flaws, "The Hunchback of Notre Dame" shines as the best from the Disney factory yet. For, at first, the company name and movie title didn't quite appear to sit well together. You don't marry the king of novel Gothic gloom (Mr. Victor Hugo) with one of the world's most beloved (if not biggest) animation companies and expect the usual world population to be at the reception; but expect even Mr. Walt Disney to pat himself on the shoulder blade (or what's left of it) for allowing a hideous hunchback to be transformed into a Gene Kelly-Incredible Hulk combo type of hero. This "hero" is Quasimodo (Tom Hulce), which by the way means half-formed. It's about his distorted education (whoever teaches the alphabet using abomination, blasphemy, condemnation, damnation and eternal damnation ?), his humiliation (being crowned the king of fools), his first love and his big, big heart. It's about how our outward appearances should not matter (sounds familiar?). It's about believing in yourself but not being self-righteous. And it's about reliving the magic of Oscar-nominated "Beauty and the Beast", directed by Kirk Wise and Gary Trousdale (both, incidentally, were also responsible for "Hunchback".) Wise and Trousdale obviously had a vision that didn't exactly conform to your usual "and they lived happily ever after" type of fairy tale. They employed a lot of artistic license when rewriting the plot. It was, after all, a cartoon; but they didn't allow it to become an excuse to dissolve the poignancy and tragedy into nothingness. Quasimodo did not get the girl. Nobody exactly lived "happily ever after". There was an amazing amount of implicit blood and violence. All that with Quasimodo's unrestrained outburst near the end and the best animated celluloid representation of the kiss contribute to the real emotions that flowed from the characters. Talking about being real, the drawings in "Hunchback" were simply breathtaking. The two directors and chief artists actually made their way to the famed Notre Dame cathedral in Paris to experience first hand the magnificence and beauty of it. For ten whole days, they walked through, looked from, sat on, literally lived and breathed Notre Dame. The artists even "swatched" some dirt just to match the colour! The result was such artistry that even George Lucas and Steven Spielberg would have wanted to call their own. The scenes in the market place, the panoramic view of the steps of Notre Dame and beyond all left me gaping in wonder and sheer excitement that such representation could be possible through animation; it's all thanks to computer animation.

Campaign Speech Essay

To our beloved beautiful, sexy and ever dynamic campus administrator Dr. Ma. Evengeline P. Perez, to the different chairs of different departments, to the faculty and staff of this institution, to my co-aspirants and to the best students of the whole world, a pleasant afternoon to each in everyone. We are convened here this afternoon for another remarkable and momentous activity in our lives as students, for this afternoon’s activity is considered as one of our greatest decision-making in our lives as students. A wise decision in choosing a leader who will serve as your voice and will hear and answer your queries towards your rights as one of the important stakeholders of this institution. My fellow Cenphilians, the man standing in front of you right now is an aspirant to become a leader, who had bore in mind that being a leader is not an opportunity to rule over the others nor to enslave other people. For me, becoming a leader is a great challenge and responsibility to continue the good administration done by the previous people in authority on the Supreme Student Government or otherwise known as the SSG. I being an aspirant leader of the said organization, would like to continue hearing your voices as what the previous administration did, in order that you can express and exercise your freedom of speech. And I as an aspirant, will serve as your stairway that your voices will be recognized as a student until everything will be okay. And as been said by a not so intelligent creature in the cartoon Spongebob Square Pants, â€Å"Everything will be okay at the end; if it is not okay, yet it is not the end† that is according to Patrick the Starfish. Yes this is really true my fellow cenphilians, and actually one of the reasons why I ran on this organization is that I want to encourage and influence everyone to pursue your dreams. If you haven’t ask me, I am one of the indigent students of this institution but still I am strong enough to overcome the challenges in life being a student. The courage I have in myself, forces me to ran as a leader, thinking that if God’s well, I can influence others in a positive way. And if ever I may not be lucky enough today, still I can assure you, you can still come on me for some motivations and advices, and I will never hesitate myse lf to help and comfort you in terms of your problems. Cause I ran thinking that I am not just be a leader but also will set myself as your â€Å"Manong† who is willing to guide and help you in terms of any unavoidable  difficulties in school or even outside the school premises (financially not involve). I can also be your friend for I am willing to render an extra ordinary services for the goodness of everybody that will enhance our personality for the betterment of the entire community. Lastly, I ran as a president on the SSG execom with a purpose of having a positive changes in our institution throughout my leadership to maintain our name on top, CPSU CAUAYAN UNIVERSITY CAMPUS, and I want that changes to be solicited from you. For I believe, as what a wise man says that, a good leader is always a good follower and yes Indeed. And if ever I became a leader, I want a fair treatment to every students, and being a president in God’s well is not my only chance but everybody’s chance to express your thoughts and ideas for the betterment of the campus, because hopefully, I Arjay T. Bando a 3rd year BEED student, is an open-minded, trustworthy and approachable person is ready to serve you my fellow Cenphilians with all my heart and up to the best that I can. Of course, all of these things would not be materialized without your support my fellow Cenphilians. Let us work in hand and hand, all together for the success of our plans. So I am asking for your full support to please vote me, don’t forget my name Arjay Bando aspiring to be the next President of the Supreme student Government for the school year 2015-2016,and together with my senators â€Å"maga isa kita padulong sa kauswagan sng aton Institution†. Read more:  Campaign Speech Examples

Codi & Hallie Noline essays

Codi & Hallie Noline essays Comparing In the novel Animal Dreams by Barbara Kingsolver, the characters Codi and Hallie Noline reveal many diverse personality traits. Codi and Hallie are sisters who were born and raised in Grace Arizona by their aloof father Doc Homer. Although Codi and Hallie shared the same upbringing, when compared they have minimal similarities, while their differences seem abundant. Even though Codi and Hallie were sisters the similarities between the two appear to be absent. Because of Doc Homers lack of good parenting, and the event of the girls losing their mother at a young age, they did not have any female or parental influences in their lives. For this reason, the girls became dependent on one another. Codi and Hallie shared the same childhood memories and the same social status. Grace formed its opinions of Hallie and [Codi] before [they] grew permanent teeth(p.13). In high school, they were known as the ________ sisters(p.?) because they were both very tall. Aside from Codi and Hallies few similarities of being physically alike, they have numerous differences. They seem to be two halves of a single person, as their names suggest. Halimeda, which means thinking of the sea... and... Cosima, [which] means...order in the cosmos(p.13). With symbolism in mind, this can be directly related to sky and water, or the moon and the tides. When Hallie goes to Nicaragua to save the crops, Codi is jealous because she knew that Hallie was happy doing it. Codi is so obsessed with what Hallie is doing, that she can never be happy with herself. This is what is holding Codi back in life. Hallie helps others out of goodness while Codi did try to go into medicine, which is considered a helping profession, but [she] did it for the lowest of motives(p.36). This demonstrates how Hallie has a soft heart, and Codi d...