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HIPAA Privacy Myths: HIPAA, the most comprehensive and as of now, the only truly Pan-American federal statute on health information, is unfortunately, still a target of misconceptions and myths. In particular, the Privacy Rule, which is the cornerstone of HIPAA's rule on confidentiality of patient information, offers room for many misconceptions. A few common HIPAA Privacy Myths: HIPAA Privacy Myths regarding communication between the patient and physician A common HIPAA Privacy Myth relates to the communication of mails between the patient and the physician. It is a common misconception that since the Privacy Rule is about ensuring the patient's privacy; it disallows email communication between the doctor and the patient. HIPAA Privacy Rule does allow this form of communication, so that the requisite safeguards are built into the communication aimed at ensuring the confidentiality and integrity of the mails. Transmission of the patient's protected health information Another of the common HIPAA Privacy Myths pertains to the transmission of patient information from one healthcare facility to another. Fact is, no permission is required for Covered Entities to disclose patient information from one clinic to another. The Covered Entity can also share Protected Health Information about the patient for legitimate purposes without the patient's consent or knowledge. Cumbersome and expensive HIPAA Privacy Rule regulations Many people tend to believe that the HIPAA Privacy Rule is a tangled web of regulations that are so complex and painstaking in terms of the administrative detail that implementation of the HIPAA Privacy Rule on a national scale is going to burn a hole in the national exchequer. This is completely untrue. On the contrary, over the years, implementation of the HIPAA Privacy Rule has been bringing down the administrative costs quite significantly, resulting in saving of a few billion dollars in the long run on administrative tasks like transactions

Overview: Today's health care delivery occurs in a diverse, fast-changing, multidisciplinary health care environment. This often presents challenges to the health care professional that are not easy to navigate. Medical records and their confidentiality have long been the exclusive province of state law, but has now been recognized for some time in the federal HIPAA statutes and federal regulations. Differing and even conflicting sources of requirements at the state level still exist for the retention and disposition of medical records. These sources may vary based upon the specific health care practitioner - whether physicians, dentists, psychologists, or other health care providers, including mental health practitioners. As to the specific, individual health care practitioner, state laws mandate their confidentiality, retention, and even their specific content with regards to patient, clinical records. In addition to these clinical requirements, additional state laws set forth the content and retention of other types of records kept by the professional, such as supervisory agreements with other professionals subordinate to them as well as their own unique record content requirements. With the majority of medical records moving to an electronic format, special rules now exist with regard to the confidentiality, security, retention, and disposition of electronic medical records. This is particularly important as state laws continue to allow for and regulate the provision of telemedicine by various health care practitioners. For example, while psychotherapy and mental health services are ideal treatments to offer over the internet, that is, by simultaneous audio-visual transmission between the doctor and the patient, the risks of breaches of confidentiality also vastly increase. And when the successful doctor-patient relationship is over, how does the health care practitioner providing a mental health service dispose of these electronic records? In addition to

It is important to ensure food safety in hospitals Hospitals being what they are - where patients of almost all kinds visit or stay - are very potent sources of infection. Infection can arise from any part of the hospital. They can spread from patients to patients, from caregivers to patients, from patients to caregivers, from patients to support or administrative staff and vice versa, and so on. An often overlooked source of infection and contamination is the food that comes into hospitals. Food safety in hospitals is a very important element of hygiene First, an understanding of food safety in the context of hospitals is necessary. Food safety in hospitals is described as the scientific way by which food is prepared, handled and stored in hospital settings. Any food that is prepared in hospital kitchens are, like food prepared in other places such as canteens, hotels and restaurants and even homes, sourced from outside. This food comes from suppliers whose hygiene has to be ensured. Food hazards can come in many forms, including, but not limited to: Biological Chemical Physical Allergenic Hazards an Several other contributing factors It is in the process of procuring materials for food and preparing it in hospital kitchens that a major part of food safety in hospitals is compromised. There has to be a thorough mechanism to ensure that all these producers and suppliers follow regulatory requirements in ensuring that the food they produce and supply to hospitals is clean and safe. Literally thousands of patients get infected from over 250 kinds of bacteria, parasites and viruses when they consume food prepared in hospitals. Findings of a recent study It is pertinent to recall the findings of study done in May 2014 in Geneva, Switzerland. It carried out an examination of chicken supplied to and prepared in a hospital in this city. An astounding four fifths of these chickens were known to have been infected with E.coli, leading to its possible transmission to pati

Overview: Today's health care delivery occurs in a diverse, fast-changing, multidisciplinary health care environment. This often presents challenges to the health care professional that are not easy to navigate. Medical records and their confidentiality have long been the exclusive province of state law, but has now been recognized for some time in the federal HIPAA statutes and federal regulations. Differing and even conflicting sources of requirements at the state level still exist for the retention and disposition of medical records. These sources may vary based upon the specific health care practitioner - whether physicians, dentists, psychologists, or other health care providers, including mental health practitioners. As to the specific, individual health care practitioner, state laws mandate their confidentiality, retention, and even their specific content with regards to patient, clinical records. In addition to these clinical requirements, additional state laws set forth the content and retention of other types of records kept by the professional, such as supervisory agreements with other professionals subordinate to them as well as their own unique record content requirements. With the majority of medical records moving to an electronic format, special rules now exist with regard to the confidentiality, security, retention, and disposition of electronic medical records. This is particularly important as state laws continue to allow for and regulate the provision of telemedicine by various health care practitioners. For example, while psychotherapy and mental health services are ideal treatments to offer over the internet, that is, by simultaneous audio-visual transmission between the doctor and the patient, the risks of breaches of confidentiality also vastly increase. And when the successful doctor-patient relationship is over, how does the health care practitioner providing a mental health service dispose of these electronic records? In addit

Laboratory centrifuge equipment is used to separate materials from the liquid medium into which they dissolve, depending on their shape, size, density, and viscosity. It works on the principle of centrifugation. A centrifuge is a device that uses centrifugal force to separate various components of a fluid. It is also used to separate cellular elements such as red blood cell (RBC) and white blood cell (WBC) from a blood sample, remove protein precipitate from analytical sample, separate solid or semisolid precipitant from the analytical sample, and isolate macromolecules such as RNA, DNA, and lipids from the cell. Laboratory centrifuge equipment is widely used to conduct a diversity of laboratory work, and thus, there is a growing demand for reliable, durable, and multifunctional laboratory centrifuge equipment. With increasing diagnostics and research and development activities, the demand for such equipment is also increasing. According to the World Health Organization (WHO), in 2018, noncommunicable diseases (chronic diseases), such as diabetes, cancer, and heart disease, kill around 41 million people each year, equivalent to 71% of all deaths worldwide. Non-transmissible chronic disease is the most pressing health problem in Mexico in recent decades. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2021/03/laboratory-centrifuge-equipment-used-to.html

The process of sterilization and disinfection has always been crucial in maintaining optimum hygiene in any given setting. However, the ongoing COVID-19 pandemic has heightened the importance of these processes. Sterilization refers to any process that removes, eradicates, or kills all forms of life particularly, fungi, bacteria, viruses, spores, etc. Sterilization equipment and disinfectants are crucial in modern medical care as patients come in contact with syringes, surgical tools, and bandages all time. These medical devices eliminate any foreign particles, pus, blood, and dirt left behind that could create complications for the next patient requiring surgery. Besides, it decreases bioburden and prevents corrosion of expensive and highly precise tools. There are different sterilization processes performed including steam sterilizing, flash sterilizing, low-temperature sterilizing, hydrogen peroxide gas plasma, ethylene oxide gas sterilization, peracetic acid sterilization, etc. Many regulatory authorities have issued guidelines on how to sterilize medical equipment. The hospitals refer to it as a germ warfare strategy and it is done in a specific order. The first step is cleaning followed by disinfection which involves using liquid chemicals to kill non-spore-forming bacteria. The final step is sterilizing where several methods are employed to kill disease-causing microorganisms and also eradicate transmissible agents such as spores and bacteria. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2020/12/sterilization-equipment-and.html

What Is Leprosy Disease? Leprosy is a chronic, granulomatous infection caused by the... According to historical records, this disease spread through the slave trade and migration routes from... In this article, we talk about the causes, symptoms, and treatment of Leprosy

Like TB, leprosy is caused by a bacterium. The bacterium is Mycobacterium Leprae. It was discovered by Armauer Hansen in Norway in 1873. This is why it is also called Hansen's disease. Although its bacterial nature was known at the time, it was not considered infectious.