Throughout this course, you have been working on a project that allowed you to demonstrate the Transferable Skills. Transferable Skills can be applied within your chosen career, and are essential for career success. As you complete your program, it is vital that you reflect on how the Transferable Skills have impacted your college journey, and will continue to influence your future success.Your prior Capstone Project submissions have combined and synthesized the Transferable Skills into one final project to demonstrate your skill level. You will now submit your “exemplar project” and “Transferable Skills reflection” together. To complete this assignment, you will need to do the following:Transferable Skills Self ReflectionIn a minimum of 1 full page, write an essay (full introduction and conclusion paragraph) that includes the following:Describe the knowledge, skills and/or attitudes regarding each of the Transferable Skills that you’ve gained as a result of completing this project.Discuss the ways that you are going to incorporate the Transferable Skills into your work within your chosen career field.Explain how the Transferable Skills will affect future career goals.Share how you will continue to develop the Transferable Skills in your life-long learning experiences.
HIM 2956 Rasmussen Competence And The Need For Transferable Skills Research Paper
The Weight Loss Science and the Recommended Procedures Research Paper
Introduction Weight loss is the act of engaging in a number of activities, including body exercises and dieting, in a bid to reduce body mass. This is normally done by obese people whose weight causes a lot of discomfort. Obesity may at times result to detrimental diseases like heart illnesses. This paper is aimed at explaining the science behind weight loss and the recommended procedures one should take while going through this process. Quite a number of people go on diets, and take food supplements so as to lose their excess weight and achieve a desirable body weight and shape. Apparently, many of these people do not know or understand the manner in which the weight loss mechanism actually works. Consequently, many of them end up with unsatisfactory results due to their ignorance about the matter (Ratcliffe 134). Dieting and random body exercises do not comprehensively facilitate weight loss if the concerned party is completely unaware of the science behind it. In fact, this notion should be scrapped off people’s minds because it is misleading. If one is serious about losing his or her weight, it is imperative that they understand that weight loss process is no work of magic. A healthy diet and exercise routine must be planned in correlation to specific body needs. In order to do so, it is essential to acknowledge the scientific mechanism of weight loss. This will then play an imperative role in enabling one to plan accordingly. According to a deeper scientific knowledge on metabolism, body weight is determined by energy intake on one hand, and energy expenditure on the other. Body weight loss is, therefore, a reduction of the total body mass. From the two statements, we can deduce that an energy intake lesser than energy expenditure of the body unavoidably causes a decrease of adipose tissues. An adipose tissue is a type of connective tissue that naturally stores excess energy in the form of fat in the body. Since a decrease in body fat is always accompanied by a decrease in lean body mass, it is important to note that this simple theory can be used to reduce body weight inconsiderate of the age or gender of the victim. Reduced body fats, therefore, results to a decrease in body weight and vice versa (Ratcliffe 84). Those who are intending to lose their weight have to take into consideration a number of scientific theories. For instance, energy required by the body must be observed. This is done in order to give the body just the amount of energy it needs without providing excess or limited energy. Get your 100% original paper on any topic done in as little as 3 hours Learn More As a result, balances between body weight and energy intake and body weight and energy expenditure have to be monitored and perfectly regulated in order to achieve weight loss. This is important in enabling the patient to reach the late phases of weight loss mechanism where body fat is burned and body weight is reduced considerably (Dokken, Betsy and Tsu-ShuenTsao 120). This is an implication that an obesity victim has to meticulously understand his or her energy requirements before embarking on dieting and body exercises. It is only through this that one is able to effectively go through the tiresome weight loss procedure and achieve desired results. In addition to understanding one’s energy requirements, it is also important to know the nutritional values of some foods and their composition in order to give the body exactly the foods it needs during weight loss process. Glucose, for instance, is a simple sugar and a crucial carbohydrate in biology. Living cells rely on it as a basic source of energy. It plays an imperative role in the physiological process of weight loss and burning fat. For this reason, glucose is an important part of the diets for the obese. It is basically the first step to lose weight when taken in recommended proportions. As a matter of fact, glucose is converted to glycogen which is the primary source of energy. It is not only the primary source of energy in humans, but in most living organism as well. Glycogen is a substance deposited in body tissues and stores carbohydrate sugars such as glucose as mentioned above (Craig 159). The existence of this substance in the body may facilitate either weight gain or weight loss depending on the degree of its consumption by the body and intake through ingestion. It is stored in the liver and in the muscles as a primary energy source but is converted to fats in the event that the amount stored exceeds the body’s daily consumption of energy. This implies that obese victims must know the approximate amount of glucose their bodies need on a daily basis in order to avert the conversion of excess glycogen into fats to facilitate weight gain (Dokken, Betsy and Tsu-ShuenTsao 93). The burning of fats in the body is largely determined by the daily food intake. This can be described scientifically as glucose intake. There is always the production of the hormone insulin by the body each time one consumes glucose. This hormone filters the glucose, transforms it into glycogen, and stores it in the storage tissues in the body such as the liver and muscles. We will write a custom Research Paper on The Weight Loss Science and the Recommended Procedures specifically for you! Get your first paper with 15% OFF Learn More This is done so that the human body can make use of it in the production of energy needed to carry out a number of activities done by an individual. At this level, one must balance his or her energy expenditure so that the energy used up is not less than the energy ought to have been produced by the ingested glucose. In other words, one must workout him or herself and burn the consumed calories based on their goal plans. In the event that this is not done, what happens in the body is completely astonishing. If the glycogen contained in the body is inappropriately consumed and others remain unutilized, one ends up with excess glycogen in the body. This will then cause an unavoidable process of converting the overload of glycogen into body fats. As a result of this, one is bound to increase his or her body weight (Canfield, Mark and Andrew 67). Conclusion The ultimate goal of weight loss should be to compel the body to utilize its glycogen without storing excess. In order to do so, one must modify his or her diet to fit own preferences and lower the amount of carbohydrates consumed. This is the only viable way of preventing the body from converting excess glycogen into fats which apparently contribute to a lot to weight gain (Fletcher and Anne 154). The weight loss mechanism can be fairly complicated, but it is understandable. All that people need to do is modify their diets to conform to their energy requirements, exercise regularly and make sure that they do not end up with excess calories and this should see them through effective weight loss. Works Cited Canfield, Jack, Mark V. Hansen, and Andrew Larson. Weight Loss. Deerfield Beach, Fla: Health Communications, 2005. Print. Craig, Gary. Eft for Weight Loss: The Revolutionary Technique for Conquering Emotional Overeating, Cravings, Bingeing, Eating Disorders, and Self-Sabotage : Featureing Reports from Eft Practioners, Instructors, Students, and Users. Fulton, CA: Energy Psychology Press, 2010. Print. Dokken, Betsy, and Tsu-ShuenTsao. The Physiology of Body Weight Regulation: Are We Too Efficient for Our Own Good? Fulton, CA: Diabetes Spectrum, 2007. Print. Fletcher R and Anne M. Weight Loss Confidential: How Teens Lose Weight and Keep It Off and What They Wish Parents Knew. Boston: Houghton Mifflin Co, 2006. Print. Not sure if you can write a paper on The Weight Loss Science and the Recommended Procedures by yourself? We can help you for only $16.05 $11/page Learn More Ratcliffe, John. Health
Saudi Electronic University Organizational Behavior Questions
essay writing service free Saudi Electronic University Organizational Behavior Questions.
0041Please read the case “Google” from Chapter 6 “Motivation.” Page: – 187 given in your textbook – Organizational behaviour: Improving performance and commitment in the workplace (6th ed).by Colquitt, J. A., LePine, J. A., & Wesson, M. J. (2019) and Answer the following Questions:Assignment Question(s):Part:-11.Do you agree with Bock that star performers should get a lot more—not just a little more—than average performers? If someone earning a 3 on Google’s evaluation system gets a 2 percent raise, what should employees earning 4’s and 5’s get?2.Given the budget issues created by giving star performers more, should someone earning a 3 get a 2 percent raise—or should they get less? What are the arguments for and against a 2 percent raise level for average performers?3.Consider all the things Google’s People Operations group does to motivate its employees. Which motivation theories do they seem to be leveraging, and how?Part:-2Discussion question: Page: -167, please see the table and read carefully and then give your answers on the basis of your understanding.4.Which of the outcomes in Table 6-2are most appealing to you? Are you more attracted to extrinsic outcomes or intrinsic outcomes? Do you think that your preferences will change as you get older?Guidelines for the assignment: ((Follow the instructions in the attached file carefully))Use font Times New Roman, 12 font sizeEnsure that you follow the APA style in your project and references.Each answer should not be less than 100 wordsPlagiarism is forbidden
Saudi Electronic University Organizational Behavior Questions
take a quick 3-5 minute personality test answer 2 questions
take a quick 3-5 minute personality test answer 2 questions. I’m working on a Psychology question and need guidance to help me study.
Ch. 6 The 16PF Who Are You? Apply it to You
The 16 PF is a personality test developed by Cattell. While the complete test is much more lengthy, and the results much more inclusive, a shortened version of the test can be taken online for free. This brief, free screening test is more like a combination of the 16PF and the Myers- Briggs Test. The results are fun to read and fairly accurate, especially considering that you are only taking an abbreviated version of the test. There is no need to buy a more in depth test report; the free report is sufficient for this class.
Answer honestly. What were your results? How accurate was the test in describing you?https://www.16personalities.com/
take a quick 3-5 minute personality test answer 2 questions
Common Fractures and Pathologies of Bone
Share this: Facebook Twitter Reddit LinkedIn WhatsApp Metastatic Bone Disease and Osteoarthritis of the Hip Joint are two pathologies that affect bones within the body. Osteoarthritis is a degenerative arthropathy, meaning it is a disease that it deteriorates the joints over time. It often impacts weightbearing joints, with the hip joint being the second most popular site for osteoarthritis (“Osteoarthritis of the Hip – Clinical Features – Investigations – TeachMeSurgery”, 2019). A common misconception is that this disease is purely age-related (“Osteoarthritis – Pathophysiology – Clinical Features – TeachMeSurgery”, 2019) and whilst there is no definitive diagnosis, scientists have discovered other aetiology pathways for OA, for example, trauma, cysts and enzymatic breakdown (McCance, Huether, 2002). Metastatic bone disease is the result of the spreading of cancerous cells from one site within the body to the bones (Coleman, 2001). The cancer cells detach from the primary malignant tumour and disperse, attaching to a neighbouring tissue or organ. This results in the manifestation of cancerous cells within the microenvironment of the bone. Its supportive fertile conditions, the feeding vascular systems, provide a perfect space in which cancer can occupy and grow (Coughlin, Romero-Moreno, Mason, Nystrom, Boerckel, Niebur, Littlepage, 2017). This document will further explore the probable causes of the two pathologies as well as providing the reader with symptoms, diagnostic techniques and available treatment options. Metastatic bone disease, also known as secondary bone cancer, commonly derives from breast and prostate cancers (“Bone microenvironment and its role in bone metastasis”, 2019). It is formed by primary tumours spreading to the bones of the patient, consequently presenting some of the following symptoms: Hypercalcaemia (“High Calcium Levels or Hypercalcemia”, 2019); weakened bones; spinal cord compression (Secondary bone cancer, Diagnosis 2019); and pain in the area affected (Bone Metastases: When Cancer Spreads to the Bones – Health Encyclopedia – University of Rochester Medical Center, 2019). The prognosis of this disease is not positive, with most patients living for another six to forty-eight months after diagnosis. (“Metastatic Bone Disease: Practice Essentials, Background, Pathophysiology and Etiology”, 2019) Bone resorption contributes to the formation of bone metastasis. Research has shown that tumours are able to replicate signalling which can therefore, trigger higher rates of bone resorption by osteoclasts situated within the host tissue. (“Bone microenvironment and its role in bone metastasis”, 2019). This indicates that the cancer cells can cause osteoclasts to break down bone unnecessarily and form osteolytic lesions, which provides the tumour with more space and essential resources for growth. This increase in bone resorption results in more bone being broken down, increasing the level of calcium in the bloodstream, consequently causing the symptom of Hypercalcaemia. Furthermore, the cancer cells can induce the counter response by stimulating osteoblasts to form osteoblastic lesions through the over production of bone. (“Bone Metastases: When Cancer Spreads to the Bones – Health Encyclopedia – University of Rochester Medical Center”, 2019). The raised levels of calcium in the blood can be used as a diagnostic indicator. Blood tests can be used to determine the calcium concentration compared to expected levels. (“Secondary bone cancer | Diagnosis”, 2019) Another invasive diagnostic method is a Biopsy. (“Bone Metastases: When Cancer Spreads to the Bones – Health Encyclopedia – University of Rochester Medical Center”, 2019) This requires a sample of the possible secondary bone cancer to be extracted and examined under microscope. (“Diagnosis”, 2019) The use of conventional imaging for diagnosis is limited due to the fact that it is only able to determine whether the bone lesion is osteoblastic or osteolytic late into the onset of the cancer. Therefore, whilst X-rays can be used, it should be understood that they cannot show the early signs within the soft tissue or the beginning of bone destruction. (Heindel et al., 2014) As opposed to X-rays, CT does have the capability of showing the soft tissue and bone lesions in detail whilst also detecting the probability of fractures. However, CT is not the most reliable source for a diagnostic result as it cannot review tumours present in bone marrow. (Heindel et al., 2014) MRI can also be used to diagnose metastatic bone disease. As well as being a safer option for patients due to its non-ionising properties, (Heindel et al., 2014) it can also recognise metastases in their early stages, such as those in the bone marrow. MRI can be more accurate when it is merged with a PET scanner to form a hybrid. PET/MRI is an upcoming procedure for the diagnosis of metastatic bone disease as it enables the viewer to see lesions in detail, observing whether the lesion absorbs the radiotracer and is malignant. (O’Sullivan, 2015) A form of treatment for metastatic bone cancer are bisphosphates. These can be administered via drip or tablet form and are designed to decrease calcium concentration within the bloodstream, as well as strengthening the weakened bones and normalising the osteoclast production. (“Bisphosphonates | Secondary bone cancer”, 2019). Other treatment options include radiation therapy and surgery to strengthen or replace the damaged bones. (“Metastatic Bone Disease: Practice Essentials, Background, Pathophysiology and Etiology”, 2019) Osteoarthritis, abbreviated to OA, is a degenerative disease which results in the corrosion of cartilage tissue found at synovial bone joints. (“Hip Osteoarthritis (Degenerative Arthritis of the Hip)”, 2019) (Bloomfield JA, 1982) There are two types of OA; primary and secondary. Primary OA is referred to as idiopathic due to the aetiology being unknown (McCance, Huether, 2002) and is most commonly thought to be age-linked (William C. Shiel Jr., 2019). Secondary OA occurs due to breakdown of cartilage from a scenario such as trauma or joint overuse (McCance, Huether, 2002). The hip consists of a ball and socket joint, made up of the head of femur and acetabulum of the pelvis (Tortora