Moringa Oleifera †The Miracle Tree

Moringa Oleifera – The Miracle Tree Free Online Research Papers Moringa oleifera, commonly referred to simply as Moringa, is the most widely cultivated species of the genus Moringa. Moringa is the only genus in the family Moringaceae. Moringa oleifera is a nutritious vegetable tree with a variety of potential uses. Every part of the Moringa Oleifera tree, from the roots to the leaves has beneficial properties that can serve humanity. Moringa oleifera trees have been used to combat malnutrition, especially among infants and nursing mothers. Leaves can be eaten fresh, cooked, or stored as dried powder for many months without refrigeration, and reportedly without loss of nutritional value. Though we take a healthy food, it may lack in one or few nutrients required by our body. If the Moringa is taken as supplement by us then the bioavailability of the nutrient will be more and the body will be nourished with the required nutrients. Moringa oleifera powder has Vitamin A Beta Carotene, Thiamine, Riboflavin, Niacin, Pyrodixine, Biotin, Ascorbic Acid, Cholecalciferol, Tocopherol and Vitamin K. Moringa oleifera powder is rich in vitamin to the extent that it is one of the richest plant sources of Vitamin. The Minerals present in Moringa oleifera is abundant and few of the main minerals include Calcium, Copper, Iron, Potassium, Magnesium, Manganese and Zinc. All these minerals are needed for the proper functioning of the body. These vitamins and minerals present in Moringa oleifera improve the nutrient level in the body. Moringa oleifera, with 90+ nutrients, is the best source to nourish the body with the essential nutrients. Moringa oleifera contains more than 46 antioxidants helps to prevent the free radical accumulation in our body. Moringa oleifera has 7 times the vitamin C found in oranges which is required by our body to strengthen our immune system and fights infectious diseases including colds and flu. Moringa oleifera has 4 times the calcium found in milk which helps to build up strong bones and teeth calcium s very important, this helps to prevent osteoporosis. Moringa oleifera contains 4 times the Vitamin A found in carrots which acts as a shield against diseases of the eyes, skin and heart, diarrhea, and many other ailments. Moringa oleifera has 3 times the potassium found in bananas where Potassium is essential for the brain and nerves. Moringa oleifera contains 2 times the protein found in yogurt. Proteins, the building blocks of our bodies, are made of amino acids. Usually only animal products such as meat, eggs, and dairy contain all the essential amino acids. Amazingly, Moringa oleifera leaves also contain them all. Moringa oleifera has 0.75 times the iron found in spinach. Iron plays an important role in the synthesis of hemoglobin in blood which carries oxygen to all parts of the body. Various parts of this plant such as the leaves, roots, seed, bark, fruit, flowers and immature pods act as cardiac and circulatory stimulants, possess antitumor, antipyretic, antiepileptic, antiinflammatory, antiulcer, antispasmodic, diuretic, antihypertensive, cholesterol lowering, antioxidant, antidiabetic, hepatoprotective, antibacterial and antifungal activities, and are being employed for the treatment of different ailments in the indigenous system of medicine. Grenera Nutrients is an integrated Moringa company that deals with everything from planting the oleifera trees to selling value added Moringa oleifera products. Yelixir is the flagship brand of our company. Since we control every part of the supply chain, all our products are 100% traceable. Our Moringa oleifera trees are grown organically without using any pesticides. We process the Moringa oleifera leaves and pods under hygienic conditions and using a special process, which helps the Moringa oleifera parts to retain maximum nutrients. Grenera Nutrients is contributing a lot for the research and application of Moringa oleifera in various fields and we are also investing to increase the awareness of Moringa to the general public. Research Papers on Moringa Oleifera – The Miracle TreeMarketing of Lifeboy Soap A Unilever ProductGenetic EngineeringThe Spring and AutumnCanaanite Influence on the Early Israelite ReligionThe Masque of the Red Death Room meaningsBionic Assembly System: A New Concept of SelfPersonal Experience with Teen PregnancyIncorporating Risk and Uncertainty Factor in CapitalDefinition of Export QuotasOpen Architechture a white paper

USS Randolph (CV-15) in World War II

USS Randolph (CV-15) in World War II USS Randolph (CV-15) - Overview: Nation: United States Type: Aircraft Carrier Shipyard: Newport News Shipbuilding Company Laid Down: May 10, 1943 Launched: June 28, 1944 Commissioned: October 9, 1944 Fate: Scrapped 1975 USS Randolph (CV-15) - Specifications Displacement: 27,100 tons Length: 888 ft. Beam: 93 ft. Draft: 28 ft., 7 in. Propulsion: 8 Ãâ€" boilers, 4 Ãâ€" Westinghouse geared steam turbines, 4 Ãâ€" shafts Speed: 33 knots Complement: 3,448 men USS Randolph (CV-15) - Armament: 4 Ãâ€" twin 5 inch 38 caliber guns4 Ãâ€" single 5 inch 38 caliber guns8 Ãâ€" quadruple 40 mm 56 caliber guns46 Ãâ€" single 20 mm 78 caliber guns Aircraft 90-100 aircraft USS Randolph (CV-15) - A New Design: Designed in the 1920s and early 1930s, the US Navys Lexington- and Yorktown-class aircraft carriers were built to conform to the limits set forth by the Washington Naval Treaty. This agreement placed restrictions on the tonnage of various types of warships as well as capped each signatory’s overall tonnage. These types of limitations were confirmed through the 1930 London Naval Treaty. As global tensions increased, Japan and Italy departed the agreement in 1936. With the collapse of the treaty system, the US Navy began developing a design for a new, larger class of aircraft carrier and one which included the lessons learned from the Yorktown-class. The resulting design was longer and wider as well as incorporated a deck-edge elevator system. This had been used earlier on USS Wasp (CV-7). In addition to carrying a larger air group, the new type mounted a greatly enhanced anti-aircraft armament. The lead ship, USS Essex (CV-9), was laid down on April 28, 1941. With the US entry into World War II following the attack on Pearl Harbor, the Essex-class became the US Navys standard design for fleet carriers. The first four ships after Essex followed the types original design. In early 1943, the US Navy made several changes to improve subsequent vessels. The most dramatic of these was the lengthening the bow to a clipper design which allowed for the addition of two quadruple 40 mm mounts. Other improvements included shifting the combat information center below the armored deck, installing improved aviation fuel and ventilation systems, a second catapult on the flight deck, and an additional fire control director. Though dubbed the long-hull Essex-class or Ticonderoga-class by some, the US Navy made no distinction between these and the earlier Essex-class ships. USS Randolph (CV-15) - Construction: The second ship to move forward with the revised Essex-class design was USS Randolph (CV-15). Laid down on May 10, 1943, the new carriers construction began at Newport News Shipbuilding and Drydock Company. Named for Peyton Randolph, President of the First Continental Congress, the ship was the second in the US Navy to carry the name. Work continued on the vessel and it slid down the ways on June 28, 1944, with Rose Gillette, wife of Senator Guy Gillette of Iowa, serving as sponsor. Construction of Randolph concluded about three months later and it entered commission on October 9 with Captain Felix L. Baker in command. USS Randolph (CV-15) - Joining the Fight: Departing Norfolk, Randolph conducted a shakedown cruise in the Caribbean before preparing for the Pacific. Passing through the Panama Canal, the carrier arrived at San Francisco on December 31, 1944. Embarking Air Group 12, Randolph weighed anchor on January 20, 1945, and steamed for Ulithi. Joining Vice Admiral Marc Mitschers Fast Carrier Task Force, it sortied on February 10 to mount attacks on the Japanese home islands. A week later, Randolphs aircraft struck airfields around Tokyo and the Tachikawa engine plant before turning south. Arriving near Iwo Jima, they mounted raids in support of Allied forces ashore. USS Randolph (CV-15) - Campaigning in the Pacific: Remaining in the vicinity of Iwo Jima for four days, Randolph then mounted sweeps around Tokyo before returning to Ulithi. On March 11, Japanese kamikaze forces mounted Operation Tan No. 2 which called for a long-range strike against Ulithi with Yokosuka P1Y1 bombers. Arriving over the Allied anchorage, one of the kamikazes struck Randolphs starboard side aft below the flight deck. Though 27 were killed, the damage to the ship was not severe and could be repaired at Ulithi. Ready to resume operations within weeks, Randolph joined American ships off Okinawa on April 7. There it provided cover and support for American troops during the Battle of Okinawa. In May, Randolphs planes attacked targets in the Ryukyu Islands and southern Japan. Made flagship of the task force on May 15, it resumed support operations at Okinawa before withdrawing to Ulithi at the end of the month. Attacking Japan in June, Randolph swapped Air Group 12 for Air Group 16 the following month. Remaining on the offensive, it raided airfields around Tokyo on July 10 before striking the Honshu-Hokkaido train ferries four days later. Moving on to the Yokosuka Naval Base, Randolphs planes struck the battleship Nagato on July 18. Sweeping through the Inland Sea, further efforts saw the battleship-carrier Hyuga damaged and installations ashore bombed. Remaining active off Japan, Randolph continued to attack targets until receiving word of the Japanese surrender on August 15. Ordered back to the United States, Randolph transited the Panama Canal and arrived at Norfolk on November 15. Converted for use as a transport, the carrier began Operation Magic Carpet cruises to the Mediterranean to bring American servicemen home. USS Randolph (CV-15) - Postwar: Concluding Magic Carpet missions, Randolph embarked US Naval Academy midshipmen in the summer of 1947 for a training cruise. Decommissioned at Philadelphia on February 25, 1948, the ship was placed in reserve status. Moved to Newport News, Randolph commenced a SCB-27A modernization in June 1951. This saw the flight deck reinforced, new catapults installed, and the addition of new arresting gear. Also, Randolphs island underwent modifications and the anti-aircraft armament turrets were removed. Reclassified as an attack carrier (CVA-15), the ship was re-commissioned on July 1, 1953, and commenced a shakedown cruise off Guantanamo Bay. This done, Randolph received orders to join the US 6th Fleet in the Mediterranean on February 3, 1954. Remaining abroad for six months, it then returned to Norfolk for a SCB-125 modernization and the addition of an angled flight deck. USS Randolph (CV-15) - Later Service: On July 14, 1956, Randolph departed for seven-month cruise in the Mediterranean. Over the next three years, the carrier alternated between deployments to the Mediterranean and training on the East Coast. In March 1959, Randolph was redesignated as an anti-submarine carrier (CVS-15). Remaining in home waters for the next two years, it commenced a SCB-144 upgrade in early 1961. With the completion of this work, it served as the recovery ship for Virgil Grissoms Mercury space mission. This done, Randolph sailed for the Mediterranean in the summer of 1962. Later in the year, it moved to the western Atlantic during the Cuban Missile Crisis. During these operations, Randolph and several American destroyers attempted to force the Soviet submarine B-59 to surface. Following an overhaul at Norfolk, Randolph resumed operations in the Atlantic. Over the next five years, the carrier made two deployments to the Mediterranean as well as a cruise to northern Europe. The remainder of Randolphs service occurred off the East Coast and in the Caribbean. On August 7, 1968, the Department of Defense announced that the carrier and forty-nine other vessels would be decommissioned for budgetary reasons. On February 13, 1969, Randolph was decommissioned at Boston before being placed in reserve at Philadelphia. Struck from the Navy List on June 1, 1973, the carrier was sold for scrap to Union Minerals Alloys two years later. Selected Sources DANFS: USS Randolph (CV-15)NavSource: USS Randolph (CV-15)USS Randolph (CV-15)

The problems of philosophy Essay Example | Topics and Well Written Essays - 500 words

The problems of philosophy - Essay Example Viewing the work in a general way of such philosophers as Russell, Descartes, Ayer, Wittgenstein, and James can provide good ideas on what philosophy is and its work.In The Problems of Philosophy Chapter XV: The Value of Philosophy, Bertrand Russell implies that philosophy may be difficult to understand in the material world. He presents the idea that if all of one's material needs were satisfied, if poverty and disease had been met, there are still some things for which one looks. These things are 'goods of the mind' and they are reached by the 'self' that is not limited to the prison of materiality. It is possible for the self to escape and to know things outside itself. The self can reach for a unity of knowledge which may constitute the highest good. It can find basic materials of the universe that do not need to be further analyzed and it is the goal of the philosopher to conduct such a search. Rene Descartes conducted this very search and he did it inside his mind. Outside the mind is the reality of the world, or so it seems. This reality is full of conflicts and contradictions. The role of the philosopher for Descartes was to use principles offered by mathematical reasoning to go inside the mind and to find or develop a system of knowledge that demonstrated, from within the mind, a unity from which all other knowledge could come. The way in which truth was derived from mathematics could also be applied to the world.

Report on the case study Coursework Example | Topics and Well Written Essays - 3000 words

Report on the case study - Coursework Example Critical Management Studies stresses at looking the organisation and management theory from wide variety of groups which are affected by educators and business managers who instruct them. Critical theory is one of the important philosophical foundations of critical management studies. Critical theory has more influence on development on CMS than any other related theoretical foundations like post-structuralism, labour process theory, critical realism etc. Critical theory has a distinct paradigmatic characteristics and unique philosophical tradition. Critical theory basically stresses on the reflective assessment by applying knowledge from humanities and social sciences. Critical management studies brought together post-structural writings and critical theory, but since then it as developed into more diverse directions. This report will take a look at the case study of Experiencing Depersonalised bullying with respect to call-centre agents. The case provided is based on the depersonalized bullying which occurs on the call-centre agents who are employed in International call centres in Bangalore and Mumbai in India. It focuses on the oppressive regime faced by them in the workplace. The kind of bullying regime faced by them can be attributed to the service level agreements which exist between the clients and employers. This sets the tone for organisational practices. The call centre agents accept such kind of tough working conditions because of material gains and professional identities gained by them. Capitalist labour relations in the workplace bullying set the tone for such kind of oppression in the workplace. Call centre industry in India is an emerging industry. It is known as ITES-BPO sector which now contributes majorly to global offshoring business. In countries like South Africa, Philippines, Latin America and Eastern Europe this sector are an emerging sector while in India it remains in the developing stage. There

Money and life, Rhetorical Analysis Essay Example | Topics and Well Written Essays - 1000 words

Money and life, Rhetorical Analysis - Essay Example Logos on the other hand is the use of reason, logic or sound argument in justifying an author’s claims. With logos, the author instead convinces the audience by the soundness of his or her argument rather than appealing to the audience’s emotion. Ethos on the other hand uses ethical appeal to win over the audience to the author’s point of view. In the film, the argument is grounded mainly on the moral, ethical ascendancy of a resource person or the expertise of the person making an argument to convince the audience to believe the argument of an author. Katie Teague used a combination of these rhetorical tools in presenting her case and argument in her film Money and Life. The author used the rhetorical tool of logos heavily or the use of reason and logic in presenting her case in the film. This was evident when she argued the financial and monetary system that made â€Å"money as a mean of exchange† and theories of scarcity in the movie. In a way, she also discussed government’s monetary and fiscal policy that made money so important. The approach of the paper is also methodical and logical just like a university paper where there is a framework in laying out the arguments beginning with a statement of a problem, analysis and then a proposal of a solution. The statement of the problem was our entrapment with money and the background is Teague discussion of the monetary system that made money so important to us. First, Katie Teague laid down the general description of the â€Å"curses and evils† caused by money in the film as her statement of the problem and the byproduct of the monetary system of the country which we are all slav es. After stating the problem, the obvious comes next with the analysis of the problem of which the solution can be derived. Here, the approach of the analysis is not much dependent on logos or logic as it should be but rather on pathos or emotional appeal and ethos or credibility of the source. This

Egg Osmosis Lab Report Example | Topics and Well Written Essays - 1500 words

Egg Osmosis - Lab Report Example Because of these changes that extracellular conditions may incur, animals such as humans have in them mechanisms like kidneys by which the interstitial fluid which bathe the cells remain isotonic to the cytoplasm. A differentially permeable plasma membrane is an important feature of cells as it encloses all the organelles to increase the concentration of reactants (by decreasing the volume) available for chemical processes specific to the organelle. In addition, it protects the cell from the constantly changing external milieu. The unregulated entry of big and ionic molecules is prevented by the hydrophobic interior of the membrane. Impermeable molecules that are nonetheless essential are transported through proteins embedded in the membrane. The most common example is water, which passes through the transmembrane aquaporins. The water molecule is an 18 g/mol molecule, which is small compared to a 32 g/mol O2 that can pass through the membrane much more freely than water. So how come water molecules still need aquaporins to be able to pass through the amphiphilic plasma membrane? Despite their neutral charge, water molecules are polar molecules which have a transient negative on the O side and a transient positive in between the two H molecules. This polarity makes them attractive to other polar solutes, producing a transient solute-water binding that decreases the thermodynamic activity (or movement). The more impermeable solutes are present the less is its activity. Because energy spontaneously flow from high to low thermodynamic activity, water movement, or osmosis, should go from a low (hypotonic solution) to high concentration (hypertonic solution) of solutes. If no osmosis was observed, the cytoplasm is said to be isotonic to the surrounding solution. Osmosis happening in cells was replicated in this experiment, with unshelled eggs

International economics ( trade ) Essay Example | Topics and Well Written Essays - 1750 words

International economics ( trade ) - Essay Example This is so because they believed in a static international economic relations which means one can only gain if the other losses. Adam smith was the pioneer of classical economics who for the first time explained the term absolute advantage in the context of international economics in 1776. His theory of absolute advantage is based on a notion that the country should only manufacture and specialize in the goods which it can produce with the lower cost. Adam smith was a great proponent of free trade. His views of international trade are based on labor division and international specialization. Assume that there are two countries i.e. UK and USA which are trading two goods i.e. wheat and cloth internationally. UK produces wheat by hiring 10 labors whilst US has an advantage to produce the same amount of wheat by employing 6 labors. The above statistics reveal that US has labor specialization in the production of wheat and UK specialize in the production of cloth. This situation leads to trade between US and UK for wheat and cloth respectively. According to Smith’s theory of trade US should export wheat whilst UK should export cloth if they want to gain from the trade. Portugal has absolute advantage in wine and cloth production over UK. According to the theory UK will export cloth because its absolute disadvantage is less here as compared to the production of wine. Contrarily Portugal should export wine as its absolute advantage in case of wine is greater comparatively. Before trade production of wine requires 120 labors whilst cloth’s production involves 100 labors which means production of cloth is cheaper in UK. This is so because 1 unit of wine will cost 1.2 (120/100) units of cloths. More precisely, with a labor UK can either produce 1 unit of wine or 1.2 units of cloth. The situation is reverse in Portugal as it has absolute advantage in the production of both goods. However, the production of wine is cheaper