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The emerging discipline of Hospitals Management Performance Assessments Over the past few years, Hospitals Management Performance Assessments have begun to gain acceptability and credence in healthcare circles. Hospitals Management Performance Assessments came into being as a result of a conscious effort by advanced countries, mainly European, with sufficient backing from the World Health Organization (WHO) to arrive at some sort of metrics to evaluate the critical functioning levels of hospitals. The topic of Hospitals Management Performance Assessments came to acquire proper shape and structure following the heavy reference the WHO made to this discipline at the WHO European Ministerial Conference on Health Systems of June 2008. The following year, it found resonance again, when it was the theme of the World Health Day. The evaluation of Hospitals Management Performance Assessments Hospitals Management Performance Assessments started to evolve primarily to provide healthcare professionals with a tool to diagnose the quality of performance of the hospitals and other healthcare settings they work in. It was felt, over time and experience, that when strict appraisals were being made in many areas of healthcare, a set of parameters to assess the level of efficiency of hospitals would go a long way in ensuring the implementation of enhanced processes, leading to better patient outcomes. Areas of concentration for Hospitals Management Performance Assessments The core disciplines in which Hospitals Management Performance Assessments sought to bring about measurable and verifiable improvements were: The PATH approach As a result of discussions and deliberations the WHO held with many countries, primarily European, a path for charting out the course of Hospitals Management Performance Assessments was concretized in the form of what the WHO called the PATH - the Performance Assessment Tool for Quality Improvement in Hospitals. A brief understanding of PATH PATH

Overview: Many infectious diseases were historically confined to specific geographical regions. However, some now pose global threats due to ease of travel, globalization of trade and commerce and global warming. Government Agencies, non-Profit Organizations, Philanthropic groups and others are also funding vaccination programs for regions where infectious diseases are endemic and to deal with new outbreaks.. Such developments are stimulating research in and the development of improved vaccines, their manufacture and control. Supply Chain complexities and stability issues need to be addressed to cope with transport of vaccines to and their use in climatically hostile regions. Programs to address such challenges need to be implemented, being resourced by appropriately trained and qualified staff from a number of disciplines. Development programs for immuno oncology products also require staffing by similarly skilled professionals. Workers currently engaged in Discovery, Development and Manufacture of conventional medications , or those seeking career-change opportunities can develop an understanding of the concepts, constraints and opportunities associated with Vaccine products by attendance at the Webinar. Engineering professionals involved in facility construction, or repurposing can also benefit as can Regulatory Affairs Professionals or staff at medicines Evaluation Agencies. The subject matter is particularly suited to professionals who are expert in the various disciplines associated with conventional medications ("so-called "small molecules") who wish to expand and develop their skills by involvement in vaccine-related programs including immuno-oncology. Areas Covered in the Session: History of and development of vaccine concepts. undamentals of vaccination Vaccine Types Administration of Vaccines Future Concepts Immuno-Oncology Vaccine Manufacture Who Will Benefit: Regulatory Affair Managers Project Management Personnel QA Managers Scientists Technol

Clinical information: Clinical informatics is the new exciting kid on the block. With the right mix of aptitude and attitude, professionals can look forward to many opportunities and challenges in the field. An understanding of the coining of the term "clinical informatics" gives an idea of what it is. Clinical informatics is a combination of two words, "clinical" and "informatics". Together, these relate to the knowledge of how information technology works in the healthcare sector. It is very important for clinicians to understand the functioning of IT into its domain, because with the advent of IT; there has been a major need to integrate clinical practices with it. A clinician who understands the way IT impacts the workings on in her industry is a better equipped professional when it comes to handling IT-related issues in the clinical setting. A clinical informatics professional should have a clear idea of the following approaches to IT: Analysis Design Implementation Assessment of information and communication that enhance the quality of clinical informatics Single approach to multiple health areas: One important element that needs to be understood about clinical informatics is that given the scope and breadth of the area of clinical informatics; professionals from any discipline of health -be it pathology, pharmacy, dentistry, radiology, dermatology, etc. -apply the same principles of clinical informatics to optimize the use of IT in healthcare. This requires constant coordination and cooperation with professionals and practitioners of all these areas. Clinical informatics is thus an area which is interspersed with all these other specializations and can be used and applied in any of these areas. What should a clinical informatics professional ensure? The aim of clinical informatics is to use this discipline to coordinate with nearly all the areas of medicine to provide optimal outcomes in patient care that delivers and ens

Quality Assurance in Nursing Healthcare: Quality assurance in nursing is about assuring quality in nursing by ensuring that practices are compliant with quality standards. This is a full-fledged profession with its own educational and experience requirements. Quality assurance in nursing has to be understood from the standpoint of quality assurance and compliance. Quality assurance in nursing is about ensuring adherence to quality standards as mandated by nursing regulatory bodies. Quality assurance in nursing assesses what healthcare processes are in place and what else needs to be implemented to better the system. Where do quality assurance nurses work? Professionals who make a career out of quality assurance in nursing are employed in various healthcare settings. They could work in clinics or small or large hospitals. Professionals who make a career in quality assurance in nursing are licensed registered nurses. Since they are registered nurses, they should also obtain a licentiate. To get this, they should complete a prerequisite approved nursing program. The exam for getting licensure is the National Council Licensure Examination for Registered Nurses (NCLEX-RN), a computer-based examination. A higher level of education for those in quality assurance in nursing is a master's degrees inhealth care quality or a near degree. In some healthcare organizations, this is required at entry level. Some of the works they do in maintaining quality assurance in nursing include: Reviewing reports or files to make sure that activities contained in them are following regulatory clinical standards Collaborating with colleagues from other departments to which nursing is related either directly or indirectly Interacting with other hospitals or organizations, if the need arises For professionals pursuing a career in quality assurance in nursing, the ability to analyze data and manage cases is a must, as a major part of their work involves these. They should also be prompt abou

Implementation of Regulatory Aspects of Clinical Research is critical One of the prime areas of clinical studies is regulatory aspects of clinical research. This applies in almost equal measure to medical research as a whole. The FDA and other regulatory bodies have spelt out a number of regulations that have to be complied with if the clinical research is to be approved. These regulatory requirements cover all aspects of clinical research. A look at some of these regulatory aspects would be instructive: FDA requirements on regulatory aspects of clinical research The FDA has an exhaustive list of regulations relating to Good Clinical Practice (GCP), the area which forms the backbone of regulatory aspects of clinical research. The FDA has a series of regulations that are aimed at bringing in discipline and process into clinical research. It implements all the laws relating to GCP passed by the American Congress. At present, there are a huge number of regulatory standards and requirements that have to be complied with by those undertaking clinical research in the US. These regulations are codified in the 21 CFR series. Notable sections of the 21 CFR series relating to regulatory aspects of clinical research include: 21 CFR Part 11 21 CFR Part 16 21 CFR Part 50 21 CFR Parts 50 and 56 21 CFR Part 54 21 CFR Part 58 21 CFR Part 312 21 CFR 312.120 21 CFR Part 314 21 CFR Part 320 21 CFR Part 511 21 CFR Part 514 21 CFR Part 601 21 CFR Part 812 21 CFR Part 814 EU requirements on regulatory aspects of clinical research In the EU, the core aspect of regulatory aspects of clinical research relates to the primary importance given to the subjects in a clinical research. For example, regulatory aspects of clinical research France are guided by the Public Health Code and Civil Code. This Code contains a list of regulatory conditions clinicians are obliged to adhere to. These regulations are to be monitored by a number of regulation enforcement bodies that the French governm

Overview: The connection between the Body, its physiology and particularly biochemistry, have been linked to the mind with particular emphasis upon emotions and stress. This can be easily substantiated in common everyday situations. Anyone who has observed a facial red flush triggered by some sort of embarrassment can attest to the foregoing connection. The emotions and stress play a key role in many if not all diseases and disorders: due to the vastness of the subject, we will focus on the application of the mind/body connection(MBC) to skin. This serves as an introduction to the field of psych dermatology which, although still in its infancy in the USA, is expanding as evidence with regard to the psychological component related to the etiology of skin diseases continues to grow. Concurrently, the field of Alternative techniques IN mind/body treatments continue to grow in leaps and bounds providing effective methods for integration with conventional cosmetic and dermaceutical treatment. This provides a dual complimentary pathway both for prevention and treatment of any/most skin disorders. Expanding on this model, we have already shown how the mind influences the body as per the above example. This general proposition can be extended to include specific skin disorders such as acne rosacea psoriasis eczema and atopic dermatitis to name a few. We will concentrate on Acne for the sake of this discussion. First, focusing on the B component of the BMC model, the primary lesion associated with acne is the formation microcomodones, which are small enough to proceed undetected until larger comodones appear later in the cycle. The latter cycle is initiated by peroxidation of squalene and unsaturated fatty acids present in human sebum. This leads to the foregoing lesions and pro- inflammatory mediators such as cytokines and interleukins followed by an increase of p.acnes on the epithelial cell wall together with increased film formation of the p.acnes is the same area This

With more than a 100,000 practitioners in this discipline; medical coding is catching up as a viable profession for many in the US and away. Medical coding is emerging as a completely specialized profession in the healthcare sector. This is how the core of their professional work needs to be understood: Uses of medical coding On the face of it, medical coding is used for filing healthcare claims, but the usefulness of this profession goes beyond this. The data churned out by medical coding helps healthcare professionals make more accurate diagnosis and help in enhanced treatment protocols. Ensuring accuracy in medical coding is crucial to administering proper healthcare. Medical coding not only ensures a systematic and standardized manner in which third parties claim payment; the critical data that medical coding generates can be harnessed for further use The information contained in medical coding data in the form of medical codes is a precise indicator of a patient's health history. This information, when refined, helps actuaries take decisions on making investments for their business By feeding policy makers and public health departments with important information on the incidence of diseases, medical coding also fosters proper allocation of resources to the particular segment of the healthcare industry about the kind of services that the community requires at a given point of time. This leads to an improved outlook for the general health of the patient population and reduces wastage of fund allocation. Learn more on this topic by visiting : http://bit.ly/23ajt0v

Hospital Management : The growth and development of hospitals has led to an altogether specialized discipline -hospital management. Hospital management is about coordinating the various functions of a hospital and ensuring optimal healthcare to patients and other stakeholders. Hospital Management has come a long way from being a supplementary duty that senior doctors handled with ease, to being a full-fledged specialization in itself. Hospital management is an altogether fully developed specialist profession whose managers are well qualified. Many institutions today offer courses on hospital management. The relationship of hospital management to the area of management rather than to the medical field can be understood from the fact that many hospital managers are from a purely management background, and have little knowledge of medical science. Many hospital management institutions offer an MBA. They also offer courses on specialized subunits of hospital management, such as hospital financial management, healthcare system management, hospital human resources management, etc. This is because hospitals have evolved over time. They are now ultra-specialist healthcare providers that use the latest technologies. A hospital could use anything from billing software to highly sophisticated technology used in its medical devices. A hospital management specialist needs to be not only aware of these uses; she also needs to be/have all these: A good administrator who handles staff; A deep knowledge of the information systems; A good grip on all the systems that need to be coordinated thoroughly if the hospital needs to function smoothly without any hassles; Dealing with facilities for patients. Hospital Management can thus be understood as being the facilitator between a healthcare setting and those who need these services. It is about ensuring that all the administrative elements of a healthcare setting function in unison to ensure provision of accountable healthcare.

Medical Informatics is a story of phenomenal growth: Medical informatics is an area that is growing at a fervid pace. Its growth is not likely to get hindered or slow down in the near future, due to the surge in its use in the healthcare and IT industries. Medical Informatics is a relatively recent development in the field of healthcare. It is interwoven into the development and application of IT-based innovations in the healthcare industry. Medical informatics is often synonymously and loosely used with other related words such as clinical informatics, nursing informatics, healthcare informatics and so on. Its associations with related or similar disciplines notwithstanding, one can draw a fairly clear idea of medical informatics. It can be described as the application, adoption, design and development of IT into activities relating to the healthcare industry. What is the objective of medical informatics? Medical informatics seeks to enhance knowledge and innovate in the healthcare field by using IT and its applications. Towards this end, it uses and merges the principles, knowledge, data, application, and the tools needed for applying these in the process of decision-making. Who are involved in the use of medical informatics? Medical informatics is used by almost everyone in the healthcare industry. These include physicians, nurses, billers, coders, many others who provide healthcare, and medical librarians. In addition, there are specialists who are tasked purely with working with medical informatics, such as Data analysts Hospital record managers, and Programmers and analysts in the industry. The rise and rise of medical informatics The birth and growth of medical informatics has been tied to those of the IT industry, the Internet in particular. In a sense, they are twins, having started and grown in almost a conjoined fashion. Its early development started in the 1960s, very nearly contemporaneous with that of the Net. While the medium that brought

Medical Informatics : Medical informatics is an area that is growing at a fervid pace. Its growth is not likely to get hindered or slow down in the near future, due to the surge in its use in the healthcare and IT industries. Medical Informatics is a relatively recent development in the field of healthcare. It is interwoven into the development and application of IT-based innovations in the healthcare industry. Medical informatics is often synonymously and loosely used with other related words such as clinical informatics, nursing informatics, healthcare informatics and so on. Its associations with related or similar disciplines notwithstanding, one can draw a fairly clear idea of medical informatics. It can be described as the application, adoption, design and development of IT into activities relating to the healthcare industry. What is the objective of medical informatics? Medical informatics seeks to enhance knowledge and innovate in the healthcare field by using IT and its applications. Towards this end, it uses and merges the principles, knowledge, data, application, and the tools needed for applying these in the process of decision-making. Who are involved in the use of medical informatics? Medical informatics is used by almost everyone in the healthcare industry. These include physicians, nurses, billers, coders, many others who provide healthcare, and medical librarians. In addition, there are specialists who are tasked purely with working with medical informatics, such as Data analysts Hospital record managers, and Programmers and analysts in the industry. The rise and rise of medical informatics: The birth and growth of medical informatics has been tied to those of the IT industry, the Internet in particular. In a sense, they are twins, having started and grown in almost a conjoined fashion. Its early development started in the 1960s, very nearly contemporaneous with that of the Net. While the medium that brought it into existenc

The term medical devices cover a wide range of medical equipment from common tongue depressors to highly sophisticated surgical and advanced diagnostic equipment that are used in various specialized medical disciplines. These different types of equipment are extensively used in various sized hospitals ranging from rural health clinics to multi-specialty hospitals providing tertiary patient care. Similar to medicines and medical technologies, the medical devices are also highly essential for maintaining proper patient care.

Yoga is a group of mental, physical, and spiritual practices or disciplines that originated in ancient India. With time, people have discovered several health benefits associated with yoga. Yoga improves posture, increases flexibility, builds muscle strength, helps in lowering blood sugar, boosts metabolism, increases blood flow, increases self-esteem, keeps diseases at bay, helps you sleep better, and improves lung function. Accessories that one may need while doing yoga include yoga mats, yoga straps, yoga clothes, yoga bricks, yoga wheel, yoga belt, yoga wedge, yoga towel, exercise ball, yoga CD's, etc. Many factors are driving the overall growth of the yoga accessories market. The rising popularity of yoga, as well as the growing awareness among health-conscious people worldwide, is one of the key driving factors for the market growth. The number of 'yogis' has increased by more than 50% in the last few years. Growing concerns about health and fitness due to the rising health problems (such as obesity) has led to the increasing adoption of Yoga, which, in turn, boost the market growth. Read more @ https://coherentmarketinsights-blog.blogspot.com/2021/01/rising-popularity-of-yoga-worldwide-to.html

Forensic pathology is the application of clinical medical jurisprudence in forensic medicine. A forensic pathology specialist is a physician who has completed a residency in molecular biology, pathology, and related disciplines and has then specialized in forensic pathology as a post-graduate program. The standards for being a "fully certified" forensic pathology specialist vary from state to state. There are also national accreditation programs that offer associates or bachelor's degrees for forensic pathology specialists. Forensic pathology can be applied to a wide range of situations, such as drug and alcohol abuse, homicide and other crimes, sexual assault, and sexual motivation. Forensic pathology specialists can analyze tissue samples to examine for disease, and they use various methods to determine the cause of death, cause of trauma, etc. For instance, gas chromatography is used in the forensic pathology for analyzing fibers on the body. Moreover it also used to analyze blood found at a crime scene. There are many types of forensic pathology, and each type involves different techniques and terminology. Some examples include: pathology of blood and other bodily fluids; pathology of sexually transmitted diseases; pathology of trauma; pathology of forensic genitourinary and obstetric disorders; pathology of traumatic and infectious diseases; pathology of unidentified remains. Read More @ https://www.blogger.com/blog/post/edit/preview/9197580861156902959/6381348933167984177

Kidney stones, also known as renal calculi, occur when the liquid stored in the kidneys becomes too concentrated. The stone, once lodged in the urinary tract, obstructs the urine flow from it and causes great pain in the abdomen. Other symptoms of a kidney stone include a burning sensation or an intense desire to urinate frequently. Also experiencing frequent urge to pass urine. Kidney stones can be treated effectively, due to presence of advanced methods and associated medical devices. Kidney stone management devices are widely used to retrieve kidney stones. Increasing prevalence of kidney stones and the increasing preference for minimally invasive surgeries worldwide is expected to propel the growth of the kidney stone management devices market. For instance, according to the United States National Kidney Foundation, every year, more than half a million people go to emergency rooms for kidney stone problems. It is estimated that one in ten people will have a kidney stone at some time in their lives. Moreover, increasing product launches, technological advancements, and increasing research and development activities for the prevention and treatment of kidney stones is expected to augment the growth of the kidney stone management devices market. For instance, in August 2020, Dornier MedTech (Dornier) announced the launch of UroX, a community that connects professionals from various disciplines to cultivate innovation and solve the most pressing challenges in urology. Read more @ https://coherentmarketinsights-blog.blogspot.com/2021/02/increasing-prevalence-of-kidney-stones.html

This blog is a description of the various benefits of Yoga and a few postures that can help in providing good health to individuals.