Wednesday, November 27, 2019

Shakespeares Life Essays - William Shakespeare, Kings Men

Shakespeare's Life Shakespeare's Life William Shakespeare was born on April 23, 1564. He was baptized on April 24, 1564, in Stratford-upon-Avon, Warwickshire. He was the third of eight children born to John Shakespeare and Mary Arden. John was a well-known merchant and Mary was the daughter of a Roman Catholic member of the gentry. Shakespeare was educated at the local grammar school. According to history, Shakespeare was the eldest son, and he should have been the apprentice to his father's shop so that he could be taught everything his father knew and soon take over the business. But instead he was the apprentice to a butcher because of the trouble in his father's financial situation. Another story says that Shakespeare became a schoolmaster. Shakespeare was allowed a lot of free time when he was young. This was suggested by historians that his plays show more ideas of hunting and hawking than do those of other play writers. In 1582 he married Anne Hathaway, the daughter of a farmer. He was thought to have left Stratford after he was caught poaching in the deer park of Sir Thomas Lucy. He was a local justice of the peace. Shakespeare and Anne Hathaway had a daughter in 1583 and twins- a boy and a girl- in 1585. The boy however, eventually did not live. Shakespeare apparently arrived in London around 1588 and by 1592 had gained success as an actor and a playwright. Shortly after that, he secured the business of Henry Wriothesley, 3rd earl of Southampton. The publication of Shakespeare's two poems Venus and Adonis (1593) and The Rape of Lucrece (1594) and some of his Sonnets (published 1609), established a reputation for him as a talented and popular Renaissance poet. The Sonnets describe the devotion of a character to a young man whose beauty and charm he praises and to a mysterious and untrue woman with whom the poet is afraid. The following triangular situation, resulting from the attraction of the poet's friend to the woman, is treated with passionate intensity and psychological insight. However, Shakespeare's modern reputation is based mainly on the 38 plays that he wrote, modified, and collaborated on. When in his days, these plays frequently had little respect by his educated friends, who considered English plays of their own to be only tasteless entertainment. Shakespeare's professional life in London was marked by a number of financially beneficial arrangements that allowed him to share in the profits of his acting company, the Chamberlain's Men, later called the King's Men. The acting company had two theaters, the Globe Theatre and the Blackfriars. His plays were given special presentation at the courts of Queen Elizabeth I and King James I more frequently than those of any other coexistent writer. It was known that he risked losing royal favor only once, in 1599, when his company performed "the play of the deposing and killing of King Richard II" at the request of a group of conspirators against Elizabeth. They were led by Elizabeth's unsuccessful court favorite, Robert Devereux, 2nd Earl of Essex, and by the earl of Southampton. In the later study, Shakespeare's company was cleared of dealing with the conspiracy. After 1608, Shakespeare's dramatic production lessened and it seemed that he spent more time in Stratford. There he had secure family in a wealthy house called New Place. Shakespeare had become a leading local citizen. He died on April 23, 1616, and was buried in the Stratford church.

Saturday, November 23, 2019

20 CCOT Essay Topics Based on Chemistry Research

20 CCOT Essay Topics Based on Chemistry Research Welcome to our second guide where you are provided with 20 chemistry research topics for a CCOT essay to help you write effortlessly, without muddying up your mind or spending hours researching worthwhile topics for your the subject matter. If you haven’t read the first guide, 10 facts for a CCOT essay on chemistry research, we recommend you check it out before proceeding further since it has a lot of credible information and facts related to Chemistry Research, which will help enhance the context of your essay. Reading those facts will save you many hours of research as we’ve included references along with our first and second guide. In addition to the topics, we have also included a CCOT sample essay at the end based on one of the 20 topics, to give you a clear understanding of how an essay is written on Chemistry Research. Before we start, we just want to let you know that our final and most important guide, how to write a CCOT essay on chemistry research, is crucial to the entire essay writing process as it explains everything from what a CCOT essay is to how it’s written. Without further ado, here are 20 relevant topics we’ve collected for you: What is Analytical Chemistry and How Has it Changed Over the Years? The Analytical Perspective and Some Common Problems Found in Analytical Chemistry What are the Measurement Techniques, Methods, Procedures and Protocols that are used in Chemistry Research? The Classification and Selection of Analytical Methods The Importance, Design and Implementation of the Sampling Plan How Does the Phenomenon of Neuropeptides Work? The Three Classifications of Neuropeptides and its Significance Defined Why the Bonding of Hydrogen is Considered the Most Important Aspect of Biochemistry and Psychiatry The Differentiation between Atomic Spectroscopy and Gas Chromatography Why Analytical Chemistry Should Not be Considered a Branch of Chemistry What Has Changed in the Modern Analytical Chemistry World and What Might Change in the Coming Future The Significance of a Highly Electronegative Bond Created by Hydrogen Atoms How Neuropeptides Have Revolutionized Psychiatric Research Why Neuropeptides are Known as the Most Diversified and Complex Class of Signaling Molecules The Significant Emphasis of Equilibrium Chemistry in Analytical Chemistry Basics How Computer Software has Changed the Way We Practice Chemistry Research How Should an Experimental Data be Treated to Ensure Accuracy in Results The Role of Analytical Chemistry in a Broader Perspective and Discipline of Chemistry The Dedication of Publishing Journals Based on Analytical Chemistry Fundamental Developments in Analytical Chemistry We’re sure these topics will give you a great frame of reference. As promised, we’ve also included a CCOT sample essay to help you get started with the writing process and submit an exceptional piece of assignment that’s admired by your professor. Here it is: Sample CCOT Essay: What is Analytical Chemistry and How Has it Changed Over the Years? Like all other fields of chemistry, Analytical Chemistry is also very broad and active discipline of chemistry. It is described as a branch of chemistry, which deals with the characterization and composition of matter. The textbook description of analytical chemistry is: the quantitative and qualitative measurements of chemicals to characterize the composition of matter. However, many experts find this definition to be misleading. In reality, however, analytical chemistry cannot be bound into a single branch of chemistry; in fact, it is the application of chemical knowledge itself or more like a part of chemistry rather than a branch of it. In other terms, the textbook description of Analytical Chemistry is not what it should be, as it ignores the unique perspective that analytics bring to Chemistry. In other words, an appropriate description of Analytical Chemistry would be: the science of development and application of concepts, principles and strategies that allow us to measure the characteristics of a chemical system and species better. Over time, Analytical Chemistry has changed and it will most likely continue to change   as time moves forward, which is what the real description of Analytical Chemistry teaches us – â€Å"the development and application of †¦.†. Ever since Chemistry was discovered, the ways of identifying the characteristics of a particular chemical also came into being, which is now known as Analytical Chemistry. Robert Bunsen and Gustav Kirchhoff created the first ever instrument, â€Å"flame emission spectrometry†, that made use of Analytical Chemistry in the Western world. These two scientists are renowned for discovering Rubidium (Rb) and Caesium (Cs). After the 1900s, major developments in Analytical Chemistry took place and its instruments became progressively dominant in the field of chemistry. However, many of the basic spectroscopic and spectrometric instruments and techniques took place after the 20th century. These techniques were later refined and transformed to provide high performance, deem more accurate results and better evaluation of chemical bodies. Before the 1970s, Analytical Chemistry was only focused on inorganic molecules, or perhaps very tiny organic moles, but it was never was considered a good option to merge it with biochemistry. However, as the instruments, methods, techniques etc. progressed, so did Analytical Chemistry. It became inclusive of biological questions – paving the way for another field, which is now known as Bioanalytical Chemistry. Lasers became a huge part of Analytical Chemistry and became a dominant tool that’s still being used today to gather data from outer space; i.e. probes and satellites sent to gather data from nearby planets in the solar system. Today, modern Analytical Chemistry is now sub-divided into two categories: Analysis through Modern Instruments Academic Analysis through Study and Research Analytical chemistry is critical for the development of pharmaceutical drugs and medicines. Bioanalytical chemistry plays an important role in making sure that the quality of that particular drug or medicine is effective and doesn’t lead to complications inside the human body. In other terms, Analytical chemistry has become a part of science itself and is considered to be of high significance. This will help science to explore more of our world, especially parts of our world and its interstellar surroundings which are still outside the barriers of human touch. However, thanks to modern technology and instruments, we can gather a significant amount of data to know more about ourselves and the worlds that exist in outer space. Congratulations! You have successfully gained insights into how to compose the perfect CCOT Essay on Chemistry Research. You can always go back to reading 10 facts for a CCOT essay on chemistry research and 20 chemistry research topics for a CCOT essay in order to make sure that you have absorbed even   bit of information that might help you write the essay. Now, it’s time to hone some methods, techniques, formatting sensibilities and tactics of how a CCOT essay in actually written. Let’s head to our final guide: how to Write a CCOT essay on chemistry research. References: Armenta, S., Garrigues, S., De la Guardia, M. (2008). Green analytical chemistry. TrAC Trends in Analytical Chemistry, 27(6), 497-511. Anslyn, E. V. (2007). Supramolecular analytical chemistry. The Journal of organic chemistry, 72(3), 687-699. Harvey, D. (2000). Modern analytical chemistry (Vol. 1). New York: McGraw-Hill. Kamihara, Y., Watanabe, T., Hirano, M., Hosono, H. (2008). Iron-Based Layered Superconductor La [O1-x F x] FeAs (x= 0.05-0.12) with T c= 26 K. Journal of the American Chemical Society, 130(11), 3296-3297. Martinez, A. W., Phillips, S. T., Whitesides, G. M., Carrilho, E. (2009). Diagnostics for the developing world: microfluidic paper-based analytical devices. Analytical chemistry, 82(1), 3-10. Russo, R. E., Mao, X., Liu, H., Gonzalez, J., Mao, S. S. (2002). Laser ablation in analytical chemistry- a review. Talanta, 57(3), 425-451. Thompson, M., Ellison, S. L., Wood, R. (2006). The international harmonized protocol for the proficiency testing of analytical chemistry laboratories (IUPAC Technical Report). Pure and Applied Chemistry, 78(1), 145-196.

Thursday, November 21, 2019

Cardiac Tissue Engineering Term Paper Example | Topics and Well Written Essays - 2500 words

Cardiac Tissue Engineering - Term Paper Example The accordion-like, honeycomb, polymer scaffold matches the structural and mechanical characteristics of heart tissues by being directionally dependent. This means that the tissues that were cultivated on the scaffold gave similar electrophysiological responses to those of the native heart. The nature of the scaffold also intrinsically guides the alignment of cultured cells even without electrical stimulation (Engelmayr et al., 2008). Compared to previous scaffolds, this one has mechanical properties that are very similar to those of the native heart.   ‘application of principles and methods of engineering and life sciences toward fundamental understanding of structure-function relationship in normal and pathological mammalian tissues and the development of biological substitutes to restore, maintain or improve functions’ (as quoted in Eschenhagen & Zimmermann, 2005). Tissue engineering employs biological, engineering, and material sciences to replace and improve the function of biological tissues. There are three general strategies used (Langer & Vacanti, 1993): 3. implantation of cells on matrices to the body either in closed systems (where the implants are isolated from other tissues to prevent immune system attack), and open systems where the cells are incorporated into the system. Matrices (or scaffolds) may be created from natural materials or from synthetic polymers. The current techniques involve the production of tissues from donor cells that have been seeded on three-dimensional polymeric scaffolds, then inducing growth of new healthy tissues by culture and implantation of these scaffolds to the chosen organ.Â