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Healthcare Rehabilitation is a vast field: The field of healthcare rehabilitation is very vast and expansive. In traditional societies, most commonly relatable to the Orient and Africa, there is the ages-old cultural belief that it is the duty of children to take care of their parents when they age. On the contrary, for us in the west, healthcare rehabilitation has emerged as a specialized branch of healthcare because of the emphasis our society places on independence of the individual. Healthcare rehabilitation is a product of social mores: Younger generations of people are not expected to spend entire years, as may be the case in some families, to look after people of their previous generations who may be in need of medical care. It is on this outlook towards life of our society that healthcare rehabilitation has come into being. However, it is also possible that younger people could also be in need of healthcare rehabilitation. Even such people are put in the care of healthcare providers which offer these services. The divisions of healthcare rehabilitation: Branching out as a fully developed field of healthcare, healthcare rehabilitation has many specializations. These are broadly the areas in which healthcare rehabilitation is offered: General rehabilitation: General rehabilitation of some or another kind is a primary aspect of healthcare rehabilitation. Those in need of this kind of care typically include patients who have lost their ability to carry out day-to-day tasks such as talking, walking, brushing, eating, etc. many a time, depending on the nature of the ailment, rehabilitation could include therapies, exercises and other activities aimed at bringing in some element of mobility in the patient. This kind of healthcare rehabilitation could also include taking care to revive the patient's memory, when patients with diseases like Alzheimer's or Parkinson's are admitted for healthcare rehabilitation. Skilled nursing: An area in which a skilled and

The field of Health Informatics Health Informatics is catching up as a field of health and Information Technology. At its barest, it can be understood as being the area that concerns the use of IT in

Medical aesthetics is a fairly broad field that covers several different, often overlapping sub-specialties. These include endocrinology, gynecology, pathology, radiology, gastroenterology, health care, obstetrics/maternity, orthopedics, pediatrics, physiology, psychology, statistics, and pharmacology. The field of medical aesthetics is increasingly expanding due to increasing numbers of people who have an interest in looking better and feeling better about their appearance. This interest has resulted in an expansion of the field into several subspecialties, which are described below. One of the top five surgical aesthetic procedures is liposuction. Liposuction is a procedure used to remove pockets of fat from different parts of the body to improve facial features, such as an extra small smile, sagging skin around the eyes or lips, or fat deposits in the neck or waist. Other liposuction procedures include using liposuction to change the size and shape of tattoos, removing skin tags, wart formation on the face, flattening abdominal fat, reshaping the breasts after pregnancy, removing wrinkles, and improving the skin texture around the mouth, chin, and neck. Other surgical aesthetic procedures include laser lipolysis, adjustable gastric banding, lipoplasty, blepharoplasty, neck lift, chin and jowl reduction, laser facial resurfacing, and Botox injections. The main factor influencing the medical aesthetics market is the growing surgical procedures worldwide for advanced personal appearance. For instance, according to the Centers for Disease Control and Prevention, around 130,000 facelifts are performed in the U.S. and the numbers are increasing annually. According to Cosmetic Surgery Solicitors, the U.S. and Brazil accounted for more than 28.4% of cosmetic producers in the world in 2018. The top five surgical procedures that are done across the globe are ear surgery, fat grafting, rhinoplasty, gyne

The term "portable diagnostic device" (or PDD for short) refers to a wide range of medical devices that are either made for external use (that can be used in the field) or for internal use in the doctor's office. They are designed to be used quickly and easily by any patient and also provides continuous and non-invasive monitoring of health parameters. Moreover, they also provide real-time information to a healthcare provider through connectivity. Growing advancement in the field of medical device such as smart wearable's and image-guided therapy systems is predominantly fueling the growth of the portable diagnostic device market. For instance, in January 2019, Royal Philips announced Azurion with FlexArm, to set a new standard for patient imaging and positioning flexibility for image-guided procedures. Rising awareness regarding the advantage of portable medical devices is again anticipated to foster market growth. Increasing the manufacturer's focus on the development of compact, wireless, and user-friendly is again projected to foster the growth of the portable diagnostic device market. Growing advancement in the field of embedded systems, sensors, and electronics is contributing to market growth over the forecast period. Also, the growing geriatric population is increasing the prevalence of chronic diseases such as diabetes and cancer which is again driving demand for portable diagnostic devices. Read more @ https://coherentmarketinsights-blog.blogspot.com/2021/01/are-smart-wearable-and-image-guided.html

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

Course "Verification vs. Validation - Product Process Software and QMS" has been pre-approved by RAPS as eligible for up to 12 credits towards a participant's RAC recertification upon full completion. Overview: This course will review the company Master Validation Plan for major key inputs and CGMP deficiencies. It will address the FDA's newer and tougher regulatory stance. This course's aim is to prove "Product Risk Based V&V" by sufficient, targeted and documented risk-based V&V test case elements/scripts. It will teach participants to evaluate its elements against ISO 14971 and ICH Q9 for hazard analysis and product risk management. This course will evaluate different field-tested, U.S. FDA-reviewed V&V protocols; how to employ equipment/process Requirements Specs / DQs, IQs, OQs, and PQs, or their equivalents per ASTM E2500, all against a background of limited company resources. It will review a matrix that simplifies "as-product", in-product", process and equipment, et al, software VT&V, to assure key FDA requirements are not overlooked. While considering the QMS and 21 CFR Part 11; this course will make practical application of these same in two hands-on sessions. Why you should attend: This session helps participants: * Understand Verification and Validation, differences and how they work together; * Discuss recent regulatory expectations; * Know how to document a "risk-based" rationale, and use it in a resource-constrained environment; * Determine key "milestones" and "tasks" in a project; * Locate and document key subject "inputs"; * Compile "generic" Master and Individual Validation Plans; * Learn the key element of a Product V&V File/Protocol; * Understand how to develop Process and/or Production/Test Equipment V&V Files/Protocols; * Get a grasp of basic Test Case construction; * Understand sample sizes and their justification; * Learn the key elements of Software V&V expected by the FDA and how to document; * Deal with hardwa

Overview: Mental health care practitioners work in today's diverse, fast-changing, multidisciplinary health care environment. Nowhere but in mental health is there such diversity of clinicians who provide the same or similar services of counseling and therapy. A potential client has a wide choice of mental health providers from whom to choose. Yet each individual mental health profession has a unique education, training, and experience requirement for practice. While similarities exist, requirements differ from state to state and even from profession to profession with a single state. What are these requirements and how do they apply? The state's authority and power over mental health practitioners often presents challenges to these mental health professionals that are not easy to navigate. Differing sources of legal and ethical authority govern each respective health care practitioner in ways that are similar but not the same. Ethics and law are similar, but not the same. All mental health practitioners must adhere to standards of state law which govern their professional practices, including the very core of the doctor-patient relationship. Codes of ethics and state law may both apply to govern the conduct of this clinician. Even some state laws are referred to as ethical codes. Complaints as to alleged misconduct or ethical failings are received and investigated by a state agency and leave the mental health practitioner with an uncertain process to handle and to defend the state action against them. With this background, this seminar empowers the full understanding and application of ethics and laws for mental health practitioners. Learn to identify and understand an ethical framework for a sound mental health practice. An ethical framework is essential to having the right perspective to examine mental health dilemmas. Compare and contrast regulatory laws and codes of ethics to understand their differing applicability. Know the difference between laws and ethics,

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

For so many years, medical science professionals have been focused on developing cost-effective and efficient methods of treatment and diagnosis. Genomics refers to the study of genetics, which covers how a single gene affects a particular disease to the entire genome. It is also an interdisciplinary field of research focusing on the genetic architecture, function, sequencing, mapping, and editing of human genomes. A human genome consists of all the genetic information that makes up a particular individual, which has resulted in many important advances in medicine and in helping scientists understand the genetic makeup of the human body and the environment in which the cells grow and multiply. One of the most significant advances in the field was the discovery of the Human Genome Diversity Project (GHD), which revealed that all people have varying degrees of genetic variation within their genomes. Moreover, the Human Genome Project also resulted in the first genome maps and maps that can help researchers determine where specific mutations have been inherited. Read More @ https://www.blogger.com/blog/post/edit/preview/9197580861156902959/8311782016390208480

PET-CT Scanner devices are highly advanced devices that help physicians make a correct diagnosis of the disease earlier, reducing unnecessary suffering to patients. They are widely used in a number of applications in the healthcare industry. One such medical application is in the field of diagnosing certain diseases, wherein the scanning of the body tissues, the positron emission tomography or PET-CT is used as a diagnostic tool. By using the ionization technique, scientists are able to locate and map the location of the abnormalities in a patient's body. This technology is a boon to mankind as it has helped in reducing the number of deaths caused by various diseases due to their early detection. The growing prevalence of cancer, HIV, and cardiovascular disease is driving the PET-CT scanner device market growth. Out of these chronic diseases, cancer held the highest share in the market. According to the World Health Organization, cancer is the second leading cause of death globally and is responsible for an estimated 9.6 million deaths in 2018. Globally, about 1 in 6 deaths is due to cancer. According to the U.S. Department of Health & Human Services, an estimated 36,400 new HIV infections occurred in the United States in 2018. Read more @ https://coherentmarketinsights-blog.blogspot.com/2020/12/pet-ct-scanner-devices-gaining-traction.html

Food Safety and Security are two faces of the coin : Food safety and security are two different, but closely related concepts. Although part of the same aspect, they vary in their application and meaning. Both are equally important in ensuring that populations of the world get food that is sufficient and nutritious. Food safety and security are complete without each other. Food safety complements food security, and vice versa. Food safety : Food safety is essentially about the safety of the ingredients that go into food. If food is being sourced from a farm, the food makers have to ensure that the farm has ensured safety standards in producing this food. Food safety is concerned about the amount of chemicals and fertilizers used in production of food. It is also concerned with how much residual pesticide, which could cause harm to humans when the food that is grown using it, is left in the final product, and so on. Food safety is related to and is dependent on factors such as demographics, inputs that go into the cultivation and production of food, availability of water for production of safe food, the use of energy sources in the safe production of food, climate change, etc. Now, food security : Food security, on the other hand, is about more about the food supply chain. When food arrives from the producer to the consumer, it goes through a complex chain that can many times span entire continents. Food may also be sourced and consumed locally. In either case, there is a need to ensure that the points that food travels in and reaches are secure. Ensuring quality throughout : The aim of food security is to ensure that food which travels through many chains and stages should be clean at all these stages. This means that security has to be ensured from rodents and other forms of disturbances at the agricultural fields in which food is produced, then at the granaries in which it is stored, at the routes that it travels, then at the location at which food is pr

Rationale for Clinical Trial Regulations Clinical trials, as we all know, are carried out to test the efficacy of a new drug or device being developed for a specific condition or disease. Clinical trials are experiments that have a high degree of risk if they are not properly implemented. For this reason, it is necessary for regulatory bodies to regulate clinical trials. The core rationale for regulating the various stages of clinical trials is that human subjects, who are part of the research, have to be protected. These clinical trial regulations are legislated at all stages: local, State, national and international. Clinical trial regulations are in force in different countries of the world. Common clinical trial regulations are also made globally by the International Conference on Harmonization (ICH), which has the mandate of setting out good practices for clinical trial regulations for trials done in global cooperation. These regulations cover the administrative, procedural and ethical aspects of clinical trials. Briefly, these are the areas in which there are clinical trial regulations for each of these aspects of clinical trials: Administrative: The administrative aspects of clinical trial regulations pertain to the way the clinical trials are run, and the way they are tracked and monitored throughout their lifecycle. A clinical trial is usually monitored by a sponsoring company or a Contract Research Organization (CRO), which the former hires at times for reasons of convenience and cost cutting. Clinical trial regulations in this area is obviously of importance because if something goes wrong at any administrative stage; these can be rectified. Procedural: Procedural aspects of clinical trial regulations relate to ways by which subjects are chosen for a clinical trial. Proper care has to be taken to ensure that the subjects are appropriate for the clinical study, are from the prescribed age, geographical, demographic, racial and gender-related cl