KRAUS Surname Meaning and Family History

The last name Kraus is a descriptive German surname meaning with curly hair, from the Middle High German krus, meaning curly. Surname Origin: German Alternate Surname Spellings:  KRAUS, KRAUß, KRAUSS, KRAUßE, KRAUSSE, KRUSE, KRAUSE Famous People with the Kraus  Surname Adolph Kraus  - Jewish leader and lawyerCharles A. Kraus  - American chemistGertrud Kraus  - pioneer of modern dance in IsraelHans Werner-Kraus  - German U-boat commanderJoseph Martin Kraus  - classical composerGeorg Melchior Kraus  - German painter Where is the Kraus  Surname Most Common? According to surname distribution from Forebears, the Kraus  surname is most common in Germany, where it ranks 52nd in the nation, followed by Austria (95th), Luxembourg (170th), and Czech Republic (199th). Krause with the e, however, is even more popular in Germany—coming in as the 27th most frequent surname. WorldNames PublicProfiler indicates a similar distribution, with the greatest percentage of individuals named Kraus  in Germany, followed by Austria and Luxembourg. German surname distribution maps at Verwandt.de show Kraus as most common in southeastern Germany in areas such as Forchheim and Augsburg, while Kraus is much more frequent in northwestern and western Germany, around Hannover and Recklinghausen. Genealogy Resources for the Surname KRAUS Meanings of Common German Surnames: Uncover the meaning of your German last name with this free guide to the meanings and origins of common German surnames.Kraus  Family Crest - Its Not What You Think: Contrary to what you may hear, there is no such thing as a Kraus  family crest or coat of arms for the Kraus surname.  Coats of arms are granted to individuals, not families, and may rightfully be used only by the uninterrupted male line descendants of the person to whom the coat of arms was originally granted.The Kraus/Krause  DNA Surname Project: Individuals with the Kraus  surname or variants such as Krause are invited to participate in this group DNA project in an attempt to learn more about ancient Kraus family origins. The website includes information on the project, the research done to date, and instructions on how to participate.KRAUS  Family Genealogy Forum: This free message board is focused on descendants of Kraus  ancestors around the world.FamilySearch - KRA US  Genealogy: Explore over 1.1  million results from digitized  historical records and lineage-linked family trees related to the Kraus surname on this free website hosted by the Church of Jesus Christ of Latter-day Saints.KRAUS  Surname Mailing List: Free mailing list for researchers of the Kraus  surname and its variations includes subscription details and a searchable archives of past messages.DistantCousin.com - KRAUS  Genealogy Family History: Explore free databases and genealogy links for the last name Kraus.GeneaNet - Kraus  Records: GeneaNet includes archival records, family trees, and other resources for individuals with the Kraus  surname, with a concentration on records and families from France and other European countries.The Kraus  Genealogy and Family Tree Page: Browse genealogy records and links to genealogical and historical records for individuals with the Kraus  surname from the website of Genealogy Today.

Diabetes Mellitus And Contemporary Naturopathic Medicine

Diabetes Mellitus and Contemporary Naturopathic Medicine The world is plagued with an overwhelming amount of chronic health conditions. Many people accept this as a part of life, sometimes just assuming it will happen to them because their parents or grandparents suffered with the same condition. Many of these chronic conditions are linked and can shorten your lifespan and increase the amount of pain that a person has to deal with daily. Usually a person suffers with more than one of these conditions. Diabetes Mellitus also known as Type II Diabetes effects children, young adults, adults as well as the elderly. Diabetes Mellitus can be helped by using naturopathic medicine, yoga and tai chi. The benefits of naturopathic medicine, yoga†¦show more content†¦Preventive care practices are essential to better health outcomes for people with diabetes.4 Due to the steady rise in the number of persons with DM, and possibly earlier onset of type 2 DM, there is growing concern about: The possibility of substantial increases in prevalence of diabetes-related complications in part due to the rise in rates of obesity The possibility that the increase in the number of persons with DM and the complexity of their care might overwhelm existing health care systems The need to take advantage of recent discoveries on the individual and societal benefits of improved diabetes management and prevention by bringing life-saving discoveries into wider practice The clear need to complement improved diabetes management strategies with efforts in primary prevention among those at risk for developing type 2 DM. naturopathic medicine of one of the important CAMs may help reduce the number of people that may be diagnosed with diabetes mellitus and help the people that have already been diagnosed. Modern Naturopathic medicine Diabetes mellitus effects every age

Development of the Cardiovascular System in Vertebrate Embryos Free Essays

The cardiovascular system is the first organ system to become fully functional in the vertebrate embryo and its development occurs in a similar way in all vertebrates. It is derived from angioblastic tissue, which arises from mesenchyme, an aggregation of mesenchymal cells derived from the mesodermal tissue of embryos. The main processes involved in the development of the embryonic cardiovascular system are Vasculogenesis, Angiogenesis, Hematopoiesis, Erythropoiesis and Heart Formation. We will write a custom essay sample on Development of the Cardiovascular System in Vertebrate Embryos or any similar topic only for you Order Now All processes occur under the influence of stimuli from genes and paracrine factors, oligosaccharides, multifunctional cytokines and enzymes. Vasculogenesis and Angiogenesis Two distinctive mechanisms, vasculogenesis and angiogenesis implement the formation of the vascular network in the embryo. Embryonic vasculogenesis gives rise to the heart and the primordial vascular plexus within the embryo and its surrounding membranes as the yolk sac circulation. In mammals, it occurs in parallel to hematopoiesis, the formation of blood cells. Vasculogenesis refers to the in situ differentiation and growth of new blood vessels from mesenchymal cells known as angioblasts which aggregate to form isolated angiogenic cell clusters known as blood islands (angiocysts) within the extra-embryonic and intra-embryonic mesoderm. Small cavities appear within these blood islands by the confluence of intercellular clefts. The peripheral cells within these blood islands flatten to form endothelial cells, triggered by the binding of the Vascular Endothelial Growth Factor (VEGF) to the first of its two receptors, the VEGF-R2 (Flk1) protein, which is responsible for the differentiation of mesodermal cells into endothelial cells and the subsequent proliferation of the endothelial cells. The core cells give rise to blood cells (haematoblasts). The newly formed endothelial cells arrange themselves around the cavities in the blood islands, forming the primitive endothelium. Cellular vacuoles within the developing endothelial cells coalesce and fuse together without cytoplasmic mixing to forma the blood vessel lumen of the initial endothelial tube. Extracellular matrix deposition by fibroblasts promotes capillary-like tube formation under the influence of the binding of VEGF to its second receptor, VEGF-R1 (Flt1). This is followed by the interaction of the endothelial blood vessel with the supporting mesodermal cells. The Angiopoietin-1 growth factor binds to the Tie2 receptor tyrosine kinase on the cell membrane of the endothelial cells, allowing the blood vessel to recruit the peri-endothelial cells that will surround it as pericytes and the smooth muscle tissue of the blood vessel, thus maintaining the stability of the blood vessels. The growth and multiplication of this primordial vascular plexus occurs through the process of angiogenesis in which new blood vessels arise from pre-existing vascularity. This process requires the combination of two signals, Angiopoietin 2 and VEGF, in order to promote the loosening of the support cells and the ability of newly exposed endothelial cells to multiply by budding and sprouting into new vessels. Replacement of Ang1 by Ang2 on the Tie2 receptor tyrosine kinase destabilizes the vessel integrity thus facilitating vessel sprouting in response to the VEGF signal. The new endothelial tubule then interacts with the surrounding mesenchymal cells in part as a response to Ang1 which acts on the endothelial cell Tie2 in order to trigger the association of the new tubule with the periendothelial cells. Hematopoiesis and Erythropoiesis Blood develops from endothelial cells (haematoblasts) by a process known as hematopoiesis initially in various parts of the embryonic primitive mesenchyme (yolk sac and allantois), and then in the liver and later on in the spleen, bone marrow and lymph nodes. In embryonic development it is known as primitive hematopoiesis. All blood cells develop from pluripotential stem cells committed to three, two or one hemopoietic differentiation pathways but morphologically undistinguishable. These pluripotent stem cells divide infrequently to generate either more pluripotent stem cells (self-renewal) or committed progenitor cells (colony-–forming cells, CFCs) which are irreversibly determined to produce only one or a few types of blood cells. These colony-forming cells are known as Lymphocyte Forming Colony (LCFC), Megakaryocyte Forming Colony (MCFC), Erythrocyte Forming Colony (ECFC) and Monocyte Granulocyte Forming Colony (MGFC). The progenitor cells are stimulated to proliferate by specific growth factors (colony-stimulating factors, CSFs) but progressively lose their capacity for division and develop into terminally differentiated blood cells which usually live for only a few days or weeks. Erythrocytes (red blood cells) develop by the process of erythropoiesis. In embryos, erythrocytes are nucleated and express embryonic globin chains. Heart Formation In vertebrate embryos the heart tube, the earliest formed heart structure, arises in the heart field, an embryonic clustering of cells which arises soon after gastrulation. These early stages of development are almost identical among all vertebrates unlike the subsequent septation of the chambers and of the outflow tract which varies between species. The heart field is that region of the precardiac mesoderm that contains the cardiac progenitor cells (endocardial and myocardial precursor cells) and is competent in responding to inductive signals. Precardiac cells from the epiblast lateral to the primitive streak invaginate through the streak and migrate cranio-laterally to form part of the lateral plate. This pattern is maintained in the eventual anteroposterior placement of structures in the heart, with the most cranial cells contributing to the bulbus cordis at the extreme anterior end of the heart and the most caudal cells contributing to the sinoatrial region and the extreme posterior end. As mentioned above, the cell progeny of this region contributes to all layers of the heart tube (myocardium, endocardium and parietal pericardium), as well as to the endothelial cells in the vicinity of the heart. In the lateral plate the cells maintain their anteroposterior position. The lateral plate splits to form two epithelial layers, the somatic mesoderm (which also includes migratory precursors for limb musculature) and the splachnic mesoderm which remains an epithelial sheet and includes the cardiac precursors. The embryo then folds ventrally carrying the splachnic mesoderm with it and bringing it ventral to the foregut which is generated as the lateral folds meet in the ventral midline. The precursors of the endocardium are included in the splachnic mesoderm and begin to form clusters on the foregut side of the epithelial sheet. The heart fields fuse at the midline to form a primary heart tube, the process beginning cranially and proceeding caudally. This tubular heart consists of an outer myocardial mantle and an endocardial inner lining. Between these two concentric epithelial layers an acellular matrix, the cardiac jelly, is found. As the ventricular region of the heart begins to bend to the right (â€Å"cardiac looping†), the cardiac jelly disappears from the future major chambers of the heart (atria and ventricles) and begins to accumulate in the junction between the atria and ventricles (atrioventricular junction, AVJ) and in the developing outflow tract (OFT). This results in the formation of the endocardial cushion tissues in the AVJ which later contribute to the formation of AV (atrioventricular) septal structures and valves, septation of the OFT and formation of the semilunar valves of the aorta and pulmonary artery. The vertebrate heart tube is aligned along the antero-posterior axis. Arterial flow is directed from the ventricle at the anterior end of the heart, through the ventral aortic vessel and branchial arches and subsequently travels posteriorly to the dorsal vessel. Blood flow returns to the heart through the venous system to the atrium lying at the posterior end of the heart chamber. Formation of the Mammalian Embryonic Cardiovascular System 1)   Formation of the primitive cardiovascular system a)   Extra-embryonic blood vessels The wall of the yolk sac mesenchyme proliferates and forms isolated cell clusters known as blood islands. Peripheral cells within these islands flatten and differentiate into endothelial cells in order to form endothelial tubes. Centrally- located cells develop into primitive blood cells (hematoblasts). Endothelial tubes approach and fuse with each other forming a primitive vascular network. This primitive endothelial network appears in the chorionic membrane and body stalk and connects to the vitelline circulation. b)   Intra-embryonic blood vessels The endothelial tube network appears in the intraembryonic mesenchyme to  form an intraembryonic endothelial   tube network. The intraembryonic and extra  embryonic tube networks connect to each other forming a diffuse endothelial   tube network which either fuses or disappears to form a primitive cardiovascular  system. 2) Development of the Heart The primitive cardiovascular system consists of the primary heart tube, formed from the fusion of the two bilateral heart fields of the precardiac mesoderm. The primary heart tube gives rise to the endocardium. Blood flows through this primitive heart tube in a cranial position. The mesenchyme surrounding the tube condenses to form the myoepicardial mantle (the future myocardium). Gelatinous connective tissue, the cardiac jelly, separates the myoepicardial mantle from the endothelial heart tube (the future endocardium). A series of constrictions (sulci) divides the heart into sections: the sinus venosus, in which the common cardinal veins, the umbilical veins and the vitelline veins drain; the primitive common atrium; the primitive common ventricle; and the bulbus cordis through which blood flows to the paired dorsal aortae. The paired dorsal aortae arise when the branchial or pharyngeal arches are penetrated by six pairs of arteries called aortic arches. These arteries arise from the aortic sac and terminate in a dorsal aorta. Initially, the paired dorsal aortae run along the whole length of the embryo but soon fuse to form a single dorsal aorta just caudal to the branchial or pharyngeal arches. The arterial and venous ends of the heart tube are fixed by the branchial or pharyngeal arches and the septum transversum, respectively. At this stage the heart is beating and the contractions are of myocardial origin and likened to peristalsis. The primitive atrium loops up behind and above the primitive ventricle and behind and to the left of the bulbus cordis forming the bulboventricular loop.. This looping process brings the primitive areas of the heart into the proper spatial relationship for the further development of the heart. Embryonic venous circulation consists of three pairs of veins: the vitelline veins which drain blood from the yolk sac, the umbilical veins which bring oxygenated blood from the chorion (early placenta), and the common cardinal veins which return blood to the heart from the body of the embryo. Arterial circulation consists of three paired arteries: the intersegmental arteries, which form 30-35 branches of the dorsal aortae and carry blood to the embryo, the vitelline arteries which pass to the yolk sac and later to the primitive gut, and the umbilical arteries which carry oxygen-depleted blood to the placenta. 3)  Ã‚  Ã‚  Ã‚  Ã‚   Formation of the Heart Chambers As mentioned above, during cardiac looping the cardiac jelly disappears from the future major chambers of the heart and begins to accumulate in the  Ã‚  Ã‚   atrioventricular junction (AVJ) and developing outflow tract (OFT). This results in the formation of the endocardial cushion tissues in the dorsal and ventral walls of the AVJ. These cushions are invaded by mesenchymal cells, approach each other and fuse, dividing the atrioventricular canal into the right and left atrioventricular canals. The primitive atrium is divided into right and left atria by the formation, modification and fusion of the septum primum and the septum secundum. The septum primum grows towards the fusing endocardial cushions from the roof of the primitive atrium creating a curtainlike septum, the foramen primum between the free edge of the septum and the endocardial cushions. This foramen becomes progressively smaller and eventually disappears when the septum primum fuses with the fused endocardial cushions (atrioventricular septum). The septum secundum grows from the ventrocranial wall of the atrium to gradually overlap the foramen secundum in the septum primum, forming an incomplete separation between the atria in the form of an oval opening, the foramen ovale. The sinus venosus initially opens into the center of the dorsal wall of the primitive atrium and its left and right horns are of about the same size. The right horn progressively begins to enlarge in respect to the left horn until it receives all the blood from the head and neck via the superior vena cava and the placenta and caudal regions of the body via the inferior vena cava. The left horn forms the coronary sinus. The wall of the left atrium is formed by the incorporation of the primitive pulmonary vein which develops as an outgrowth of the dorsal atrial wall. As the atrium expands, the primitive pulmonary vein and its branches are gradually incorporated into the wall of the left atrium forming four pulmonary veins with separate openings. The division of the primitive ventricle into the right and left ventricles is initially indicated by a muscular ridge with a concave free edge in the middle of the ventricular floor near its apex. Initially, most of its increase in height results from the dilation of the ventricles on its each side. Later, however there is active proliferation of myoblasts, forming the thick muscular part of the interventricular septum. At the beginning a crescentic interventricular foramen exists between the free edge of the interventricular septum and the fused endocardial cushions allowing communication between the right and left ventricles. This foramen closes as the result of the fusion of tissue from three sources: 1) the right bulbar ridge, 2) the left bulbar ridge and 3) the endocardial ridges. The membranous part of the interventricular spetum is derived from tissue extension from the right side of the endocardial cushions. It merges with the aorticopulmonary septum and the thick muscular part of the interventricular septum. When the interventricular foramen closes, the pulmonary trunk is in communication with the right ventricle and the aorta communicates with the left ventricle. Active proliferation of mesenchymal cells in the walls of the bulbus cordis gives rise to the formation of the bulbar ridges. Similar ridges form in the truncus arteriosus and are continuous with the bulbar ridges. Both the bulbar and the truncal ridges have a spiral orientation and result in the formation of a spiral aorticopulmonary septum when the bulbar and truncal ridges fuse. This septum divides the bulbus cordis and the truncus arteriosus into the aorta and pulmonary trunk. Due to the spiral orientation of the aorticopulmonary septum, the pulmonary trunk twists around the aorta. The bulbus cordis is incorporated into the walls of the ventricles. In the left ventricle it forms the walls of the aortic vestibule just inferior to the aortic valve. In the right ventricle it forms the infundibulum or conus arteriosus. Ventricular trabeculation begins in the apical region of the ventricles soon after  cardiac looping. The trabeculation serves primarily as a way of increasing the  oxygenation of the myocardium in the absence of   a coronary circulation. The  compactation of the trabeculae adds to the proportion and thickness of the  compact myocardium. How to cite Development of the Cardiovascular System in Vertebrate Embryos, Papers

Frida Kahlo The Mexican Surrealist artist Essay Example For Students

Frida Kahlo The Mexican Surrealist artist Essay Art Essay Friday Kohl The Mexican Surrealist artist, Friday Kohl, uses her personal experience, marriage and tragedies to express her feelings and emotions in her artworks. The artworks, Recurred (Memory), Henry Ford Hospital and The Two Fridays, all use personal imagery, signs, symbols and everyday occurrences to show her experiences. Kohls artworks are personal and thought provoking and have made her one of the 20th centuries most enduring and popular artists. Friday Kohl was born on the 6th July, 1907 in Mexico. When she was a young girl she suffered from polio. When she was 18, she and her boyfriend were involved in a bus accident. A metal pole pieced Friday Kohl through her pelvis area. She suffered many injuries including a fractured spine, ribs, collarbone and pelvis. She endured more than thirty operations following the accident and was told she would be unable to have children. During her recovery in hospital, Kohl began painting. She painted mainly self-portraits using a mirror above her hospital bed. Friday Kohl married at 22 too man called Diego Riviera. Their legislation was plagued with divorce, affairs and Kohls inability to have children. We will write a custom essay on Frida Kahlo The Mexican Surrealist artist specifically for you for only $16.38 $13.9/page Order now Friday Kohl suffered from gangrene in the years before her death which resulted in her having her right leg amputated below the knee. Kohl died on the 13th July, 1954. She painted about 200 artworks and held many exhibitions over the course of her life. Recurred (Memory) is a very symbolic artwork painted by Friday Kohl in 1937. It describes her pain when her husband, Diego, had an affair with Friday Kohls sister, Christina. Although her face appears expressionless, the tears pouring down her face vales that she suffering from immense emotional pain. The tears may also represent her physical pain at having a metal rod piece her chest and her heart being ripped out. Her broken heart now lies at her feet. The size of her heart emphasizes the sheer intensity of the pain she is experiencing from Diego and her sisters betrayal. She has painted this self-portrait without her hands, suggesting that she is experiencing feelings of helplessness and despair. The two outfits on either side of her, represent the happier times Kohl experienced with Diego. Her school uniform signifies that Friday Kohl met Diego when she was still at school. The other outfit is a Mexican dress. It symbolizes the Friday Kohl that Diego loved. Diego loved Friday Kohls long hair so she cut it off to spite him. That is why this artwork pictures Friday Kohl with cropped short hair. Friday Kohl painted the artwork, Henry Ford Hospital in 1932, directly after leaving the hospital following her second miscarriage. This artwork contains a lot of symbolism and is a representation of the pain of experiencing a miscarriage. Kohl has painted herself naked, lying on her back on top of a hospital bed at Henry Ford hospital. She has blood on the sheets beneath her pelvic area and a tear flows from her left eye showing the viewer the pain she is experiencing. The six images that float around the bed, each relate to her miscarriage. They are all connected to her by red lines which can be interpreted as umbilical cords. The diagram of a womans torso is painted in the left upper corner and shows the workings of a female body and reproductive system. The image to the eight of it, shows an almost fully formed male fetus. It represents the child she lost due to the miscarriage. She refers to the miscarriage child as Disguise (Little Diego). The image in the right upper corner is a snail. It implies that the length and pace off miscarriage is very slow and tiring. Below that is an image of a pelvic bone. This directly related to Kohl, explaining graphically that she was unable to have a child due to a shattered pelvis which she sustained in the bus accident. The orchard was a gift from her husband Diego. The Two Fridays was painted in 1939 during the time Friday Kohl and Diego were getting divorced. .uc6f2a58a009c1e348da420457a243690 , .uc6f2a58a009c1e348da420457a243690 .postImageUrl , .uc6f2a58a009c1e348da420457a243690 .centered-text-area { min-height: 80px; position: relative; } .uc6f2a58a009c1e348da420457a243690 , .uc6f2a58a009c1e348da420457a243690:hover , .uc6f2a58a009c1e348da420457a243690:visited , .uc6f2a58a009c1e348da420457a243690:active { border:0!important; } .uc6f2a58a009c1e348da420457a243690 .clearfix:after { content: ""; display: table; clear: both; } .uc6f2a58a009c1e348da420457a243690 { display: block; transition: background-color 250ms; webkit-transition: background-color 250ms; width: 100%; opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #95A5A6; } .uc6f2a58a009c1e348da420457a243690:active , .uc6f2a58a009c1e348da420457a243690:hover { opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #2C3E50; } .uc6f2a58a009c1e348da420457a243690 .centered-text-area { width: 100%; position: relative ; } .uc6f2a58a009c1e348da420457a243690 .ctaText { border-bottom: 0 solid #fff; color: #2980B9; font-size: 16px; font-weight: bold; margin: 0; padding: 0; text-decoration: underline; } .uc6f2a58a009c1e348da420457a243690 .postTitle { color: #FFFFFF; font-size: 16px; font-weight: 600; margin: 0; padding: 0; width: 100%; } .uc6f2a58a009c1e348da420457a243690 .ctaButton { background-color: #7F8C8D!important; color: #2980B9; border: none; border-radius: 3px; box-shadow: none; font-size: 14px; font-weight: bold; line-height: 26px; moz-border-radius: 3px; text-align: center; text-decoration: none; text-shadow: none; width: 80px; min-height: 80px; background: url(https://artscolumbia.org/wp-content/plugins/intelly-related-posts/assets/images/simple-arrow.png)no-repeat; position: absolute; right: 0; top: 0; } .uc6f2a58a009c1e348da420457a243690:hover .ctaButton { background-color: #34495E!important; } .uc6f2a58a009c1e348da420457a243690 .centered-text { display: table; height: 80px; padding-left : 18px; top: 0; } .uc6f2a58a009c1e348da420457a243690 .uc6f2a58a009c1e348da420457a243690-content { display: table-cell; margin: 0; padding: 0; padding-right: 108px; position: relative; vertical-align: middle; width: 100%; } .uc6f2a58a009c1e348da420457a243690:after { content: ""; display: block; clear: both; } READ: Writing flash culture EssayShe has used a lot of symbolism to show how much pain the divorce had caused her. The left Friday is the unhappy one that Diego no longer loves. She is displayed in a European style dress and is holding the hand-held scissors that are severing her ties with Diego. Her heart has been painted in a damaged manner, showing how the divorce has broken her and left her emotionally unstable. The right Friday represents the happy one that Diego loved. She s dressed in her traditional Mexican clothing and is showing a whole, happy and healthy heart. In her hand, she is holding a picture of Diego. A cord is connecting her to this picture, suggesting they were lovers. The two Fridays are Joined by their hands and by a cord. When Kohl was younger she had an imaginary friend who was a girl. Many believe that Kohl included her in the artwork but I believe that it meaner the only person she can rely on is herself. Diego has left her resulting in Kohl pushing all her friends away so in the end she is the only one left. The background shows a Tory sky, explaining her emotions perfectly. Friday Kohl once said, l suffered two grave accidents in my life. One in which a streetcar knocked me down The other accident is Diego. This meaner that the bus accident caused her physical pain and Diego caused her emotional pain. Friday Kohl has used a lot of symbolism and imagery in her artworks, Recurred (Memory), Henry Ford Hospital and The Two Fridays, to show her personal experiences and tragedies. She used her paintings to express her feelings as she suffered physical and emotional pain throughout her life.

Ethical Issues in the Contemporary Society an Example by

Ethical Issues in the Contemporary Society In the contemporary times, moral and ethical upbringing of people is put into question for several reasons. The main concern is directed towards the issue of whether is it justifiable to sacrifice obedience to moral standards for the sake of pressing needs of the modern world. In this regards, ethical dilemmas are most likely faced by almost every individual in their everyday dealings. Need essay sample on "Ethical Issues in the Contemporary Society" topic? We will write a custom essay sample specifically for you Proceed Students Usually Tell EssayLab writers: Like, I know I gotta write my essay about gay marriage, but snowboarding it calls me EssayLab specialists recommend: It Is Very Easy And Convenient To Buy Essays Online How To Write A College PaperHow To Write An Essay FastMake An Essay For MePay For PapersPaper Writing HelpPay For EssayType My EssayOrder Essay Online The ethical issues in the contemporary society vary according to the different needs of mankind. In politics and world governance, it is deemed that in order to pursue and obtain such endeavor, it should be the case that power, authority and influence are established by the person who aspires to be in the sphere of politics. In governing or maintaining economy, those who seek for economic dominance must be of course those who have large access to money or in short financially well-off. When it comes to technological ascendency, a person who most likely becomes successful on it has the knowledge on as well as access to scientific and modernity aspects. All in all, in pursuing these sorts of contemporary needs of mankind, one should be able to have access on power, which is logical in nature. For example in pursuing the political needs, specifically in world dominance, the United States is regarded as the sole superpower of the world (though some countries have started to climb the ladder in lieu of world governance like China, Japan, and United Kingdom). It is known to other nations the current policy of the U.S. against terrorism. The ethical problem her is that is to what extent should America employ this policy? Other countries perceive the attitude of such policy as something that would threaten the place of human rights not only in within America but also on other nations. The U.S. desire to maintain the power that she holds today somehow, or consequently, motivates her to topple down impending adversaries that may put her down in the future. With regards to economic needs, many nations are now being dependent on financially well-off countries like the Unites States and Japan for economic support (like the OEDA or Overseas Economic Development Assistance). However, the controversy on the spread of democratization on countries who seek for economic support is now being debated whether such is morally right or not or if not how would it affect the moral traditions of these countries which are in need of economic support. Logically, when democratization has finally penetrated these culturally inclined nations, their traditions, at any rate, would be affected (especially those nations in the Asian regions. Also for economic needs, the U. S. current healthcare system policy is being questioned. Is it morally right to pass the burden of providing quality healthcare service to private institutions by the public government? In the current policy, only 25% of the U.S. budget is allocated for healthcare services. The U.S. government has passed its obligation on providing updated and quality healthcare service to private institutions particularly on the business sector. But how about those people who are unemployed? How could they access on such kind of healthcare? In technological needs, people need to be more familiar and knowledgeable on things that work by means of computer or the likes. In this manner, people also learned the significant advantages that computers and modern gadgets have brought to the society particularly in these contemporary and post-modern times. By just one click, one could already communicate with other people in different parts of the world. By just downloading, all information could be obtained. It seems like everything is possible with the advent of more advanced technologies. Yet, intellectual crimes are mounting due to this advancement in technology. Pornography is extensive and prevalent in various websites. Internet, nowadays, are even used for terrorism and other plots for hostile activities. Hence, one critic has claimed, as technology develops, moral uprightness declines. To sum up and conclude, ethical issues are prevalent in the contemporary times. People need to undergo moral or ethical check-up to evaluate the level of their moral uprightness. Though it is a common issue that needs drive and motivate people to disregard some ethical and moral standards, it should not be maintained as such. Necessity is never an equivalence of morality. What could be practicable may not be moral or ethical. Yet the choice is still on the hands of the people. By following the virtue of moderation, need for power, authority, influence, and money could be regulated. By upholding the concept of justice everyone would know his or her function in the society and would not be mislead to act unjustly. The world has been evolving. Yet, let us not allow our morals be left out by such change in whatever aspects it may serve. References Howie, J. & Schedler, G. (2005). Ethical Issues in Contemporary Society (Third ed.). Southern Illinois University Press. Johnson, J.T. (2001). Morality and Contemporary Warfare. Yale University Press.

Drugs Effects on Crime essays

Drugs Effects on Crime essays While some people may take part in recreational drug use, those that use mind- altering substances may exhibit violent tendencies. The use of drugs- by which we mean any substances that are psychoactive, or tending to affect the mental and emotional state of the user- might be related to criminality either directly or indirectly. (Wilson 355) Individuals who frequently use dangerous narcotics are more likely than individuals who dont use narcotics to commit a crime of violence. Some drugs have the ability to make people think that theyre stronger than they are, act impulsively, or criminally. Some drugs are thought to make persons more aggressive, by which is meant that they derive more satisfaction from, and thus are more strongly reinforced by, the act of inflicting injury on a target, such as another fellows jaw. (Wilson 355) People who use drugs are more likely to commit domestic abuse crimes. New York States Rockefeller Laws ratified in 1978 have made an attempt to crack down on crimes caused directly or indirectly from drugs. ...severe sanctions imposed on very profitable behavior may have their greatest effect on offenders with short time horizons... (Wilson 212) However, maybe the key to stopping people from committing crimes from drug problems is a mandatory stay in a drug rehabilitation clinic after the first offense. While some people may demonstrate violent tendencies naturally, drugs induce violence in others. While there is no surefire way to prevent all crimes caused by drug users, there are some things that can be done to prevent it in some cases. ...

Interdiction about Hinduism and Influence in Healthcare Essay

Interdiction about Hinduism and Influence in Healthcare - Essay Example Karma is discussed by Hindu scriptures as a law of cause and effects, thereby facilitating the creation of destiny through their thoughts, dealings, and expressions. There is a conviction that illness and other health related issues emanating from karma. Therefore, it offers a chance for purification of karma and spiritual evolution that is established through illness and difficulties in life. Moreover, karma is considered a universal law that subjects people to either bad or good. Furthermore, it is described through experiences undergone by people in order to balance their soul. For instance, in a situation when a person loses his leg through an accident, there is a notion that this occurred due the fact that he made someone lose a leg. Hinduism upholds great respect to medical professionals, though numerous Hindus are distressful of drugs. In fact, in a situation where drugs are prescribed to a patient, Hinduism requires the physician to offer a reliable explanation of the effects of the drugs. Western medicines are acceptable to the Hindus, but numerous people have a high preference to seek treatment from their temples (Verma, Inamdar & Kumar, 2009). Hinduism promote to seeking health care services from the temple due to inexpensively and the good treatment and environment. Moreover, Hinduism has been influencing people to avoid seeking services from government hospitals. In addition, Hindus have a high preference of natural and homeopathic medicine over the drugs and surgery offered in numerous hospitals. 6. Are there thing that your religion help you to engage to healthcare? There is like food habit, exercise, timely exercise, diet and yoga. In fact, most of the Hindus are vegetarians, while others have found a necessity of eating eggs and fish occasionally in the contemporary urban Western life. Nevertheless, Hindus are fond of serving rise and tea at their every meal, while numerous Indian have adopted Western style