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Workplace Safety Regulations : Workplace safety is a matter of grave importance to any organization. Ensuring the safety of workers is a primary goal of most countries, no matter which kind of political system or setup they have. This is because almost no workplace is free from some or another kind of hazard. These workplaces could be as varied as hospitals, construction sites, engineering plants or agriculture and many more. Governments the world over consider it their duty to provide a safe workplace. Workplace safety can concern any hazard that can happen to either the physical or emotional wellbeing of a worker. National and global workplace safety regulations : Workplace safety regulations are legally stipulated measures that governments require organizations in both the private and public sector to implement in order to ensure safety at the workplace. Almost all countries have their own set of workplace safety regulations. These regulations work in tandem with a few global management systems with the aim of enhancing safety standards at the workplace. A notable global organization that is at the forefront of legislating workplace safety regulations is the International Labor Organization (ILO). These ILO-mandated legislations are meant to supplement the national workplace safety regulations that most countries have. This is done in the belief that many a time, these individual legislations may not be sufficient in themselves. Workplace safety regulations in the US : Like most other countries, the US too has its own set of Occupational Safety and Health (OSH) standards. Owing their origins to the Richard Nixon era in late 1970; workplace safety regulations in the US concretized under what is collectively called the Occupational Safety and Health Administration (OSHA). The major feature of OSHA is that apart from promulgating workplace safety regulations across nearly all conceivable sectors and types of industries; OSHA also has a provision for whistleblow

Patient Safety in Medical Education A very important aspect of medical education that had been overlooked for a long time is patient safety. When patient safety in medical education gets relegated to the backseat; the result is there for everyone to see: something like close to a 100,000 deaths at the turn of the previous century, according to the alarming results of a comprehensive study carried out by the Institute of Medicine. The tragedy of these deaths is that these were preventable. This reinforces the belief that patient safety in medical education is the core factor, which if handled properly, can save thousands of lives. How does patient safety in medical education come about? It goes without saying that physicians and other caregivers practice in their professions what they learn in schools. So, patient safety in medical education has to be incorporated into the curriculum at the earliest stages. Hospitals, medical colleges and other institutes that impart medical education have now started taking more than mere baby steps in inculcating patient safety in medical education as a core part of teaching, the already heavily burdened curriculum in medical education notwithstanding. Efforts by medical education bodies Following the publication of the IOM report, the American Association of Medical Colleges (AAMC) and the Curriculum Management and Information Tool (CurrMit) in the US and Medical Schools Council and the General Medical Council (GMC) in the UK sprang into action, announcing a slew of measures aimed at bringing about and reinforcing patient safety in medical education. Entire lessons and chapters are devoted to patient safety in medical education. Keywords and technical jargon relating to patient safety are now a highly visible aspect of patient safety in medical education. These are spread across all disciples and subjects of medical education, be it gynecology or anesthetics. What should curricula teach about patient safety in medical edu

Patient quality and safety in healthcare: Patient quality and safety are core aspects of healthcare. They need to be administered and assessed in the backdrop of a variety of factors. Many healthcare professionals see patient quality and safety in healthcare as being part of the broad canopy of healthcare. There is some disagreement and confusion as to the exact meaning of the terms patient quality and safety, but that is only when it comes to semantics. In broad terms, one can understand patient quality and safety in healthcare as efforts and steps and processes meant to improve the quality care given to patients. Patient quality and safety in healthcare relates chiefly to: Improving the safety of patients and augmenting the quality of health care in the various areas of health Bringing about a reduction in infections that are sometimes a byproduct of provision of health care Reduction in the incidence of adverse drug events Quality healthcare, of which patient quality and safety in healthcare are an integral part, is defined as "…doing the right thing, at the right time, for the right person, and having the best possible result" by The Agency for Healthcare Research and Quality (AHRQ). The AHRQ also describes patient safety as "the act of doing no harm", and which "…underlies all aspects of quality health care." Measuring patient quality and safety: Measuring patient quality and safety in healthcare is of utmost importance because no system or practice is meaningful unless it is capable of being measured. The level and success of patient quality and safety in healthcare is measured against the following parameters: How many patients who underwent surgery experienced infections? How many patients were required to be admitted for a second or subsequent time following discharge from hospital because of complications such as infections or recurrence of the problems for which the patient was admitted? To what extent did the healthcare

Construction Safety Orientation Construction Safety Orientation is part of Occupational Safety and Health Administration (OSHA)'s safety initiatives for those employed in the construction industry. Construction Safety Orientation is offered to employers and employees in the construction industry by OSHA or its authorized trainers. Construction Safety Orientation is offered as either a 10-hour or 30-hour course to employees by OSHA-authorized trainers. The aim of the Construction Safety Orientation training is provide training to employees and employers in this industry to help them recognize, abate, avoid, and prevent injuries in the workplace. In addition, Construction Safety Orientation also involves providing training to the employees and employers about their rights and duties at the workplace. s Outreach Training Program is voluntary There are two reasons for OSHA recommends Construction Safety Orientation: OSHA's Outreach Training Program is voluntary; OSHA's Outreach Training Program, being basic, does not provide the full training requirements that the employer has to meet under set OSHA standards. Because of this reason, OSHA's Outreach Training Program is not considered a certification. The need for Construction Safety Orientation The sheer size of the American construction industry is the best reason for the need for Construction Safety Orientation: A little over two percent of the entire American population - something like 6.5 million people are engaged in the construction industry at more than a quarter of a million construction sites across the nation. This perhaps gives some perspective of the magnitude of the tendency for injuries and deaths in this industry. In fact, it is known that construction accounts for the highest rate of fatal injuries among all industries in the US. In a construction workplace, workers could be prone to almost any kind of injury or hazard. According to osha.gov, the most common reasons include: Falls (from heights);

Ensuring Patient Safety in Surgical Environments is Critical for Healthcare Providers A critical component of patient safety relates to surgical environments. Surgical theaters are prone to causing a high degree of harm. This can be from a number of sources. Patient safety in surgical environments can be from any microbe or fungus in any of the accessories used during surgery, such as ECG machine, the echo machine, or other related ones. A host of external factors can impinge upon patient safety in surgical environments Patient safety in surgical environments can also be compromised on account of the use of infected items such as swabs, sponges, knives, forceps, needles, catheters, tubes or any other such accessories or instruments. Patient safety in surgical environments can also get affected by the presence of microscopic allergens and molds in any bedding or clothing item. Even germs transmitted from the caregivers can be a source of lack of patient safety in surgical environments. Another major source where patient safety in surgical environments can suffer is when items are left behind in patients��� bodies by the surgeon. There have been innumerable cases of entire surgical items being left behind in the patient, even in the best hospitals, when surgery is performed by the best surgeons. Get a proper understanding of the underlying causes What do all these point to? These point to the fact that all the factors mentioned above are manmade and are preventable. So, understanding the root of the problem is the key to ensuring patient safety in surgical environments. East and west carry differences Any approach to a solution for ensuring patient safety in surgical environments has to start with the understanding that different healthcare and surgical environments exist in different parts of the world. A surgical environment in Germany for instance is vastly different from that in say, Ghana. So, an individualized approach is what is needed. It is to be note

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

A Basic Understanding of Shipyard Workplace Safety Shipyard Workplace Safety is a high importance, high criticality area for safety regulation. This is so because shipyards are among the most hazardous of places to work in. it is estimated that at any point of time, the number and incidences of injuries and fatalities in the shipyard industry is at least twice that of the next most hazardous industry, construction. This calls for urgent and important Shipyard Workplace Safety regulations. Present Shipyard Workplace Safety Regulations OSHA has a number of Shipyard Workplace Safety regulations for this industry. These need to be read with CFR Title 29 Code of Federal Regulations (CFR) Part 1915, which not only lay out regulations, but also prescribe codes and methods of implementation of these regulations. Why these two regulations need to be implemented together is that there may be a few hazards not covered by Shipyard Industry standards set out by OSHA. These gaps are covered by the regulations set out in CFR 1915, making these a well-rounded set of regulations for Shipyard Workplace Safety. The need for Shipyard Workplace Safety regulations The need for Shipyard Workplace Safety is acutely felt because of the sheer variety of hazards that present themselves in shipyards. Shipyards, which employ between a few dozen and a few thousand employees each, are a site of potentially serious accidents. Even if accidents do not occur, the very nature of work done at these shipyards can be dangerous and hazardous. Shipyard Workplace Safety is a core requirement that employers in this industry have to keep in mind and put in place. The nature of their work could range from and include any or many of these: Scrapping Demolition Electrical Fabrication Creating large and heavy steel or iron plates, sheets, beams, pipes and related items Soldering Drilling Dealing with propulsion systems Welding Shipyard Workplace Safety has to begin with an understanding of these issue

Overview: Upon completing this course participants will leave with a preliminary preventive control implementation plan and will: * Understand US FDA final rules for the Preventive Controls for Human and Animal Foods * Define and review your current system to identify gaps in your preventive controls planning. * Be able to develop and implement a valid preventive control company food safety plan to close any gaps * Write and implement appropriate procedures. * Know your requirements for control over your supply chain * Be able to plan and implement HARPC * Be able to perform environmental monitoring * Know how cross contamination can impact your preventive control plan * Know the difference between validation and verification * Understand and be able to use statistical process controls basics * Be able to plan and implement a team approach to preventive controls * Be able to help your food importers to jump through FDA hoops * Develop a system to risk rank your suppliers * Have a plan in hand that will pass any validation check for preventive controls * Understand some of the technology and costs that can help you establish preventive controls * Prove that your system actually prevents food safety problems * Be able to document and report results to upper management, external food safety auditors and FDA auditors * Save your company money Establish simple, low cost complete data collection and reporting systems. * Establish teambuilding between food safety and quality personnel to develop and implement changes to your current system * Understand food safety, security and recall responsibilities in light of cargo theft, adulteration and temperature failures * Learn how to use your system to get some ROI and improve your marketing position * Review current and future technologies designed to improve and simplify data collection * Establish a completely documented system Why should you attend: Validation of preventive co

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: This webinar will explain the details of how to report and what to report on the OSHA Injury and Illness report. It will include an explanation of how to determine if an injury is work related, if an injury is new or ongoing, and what the differences are between first aid and medical treatment. A specific list of what constitutes injuries, illnesses and first aid treatment will be provided, along with practical examples of how to determine if an injury should be reported. In addition, examples of the forms used to report injuries, as well as annual summaries will be presented. Why should you attend: OSHA Injury and Illness Record keeping provides a window for regulators to see into your business to determine if the work environment is safe or if there are problems. Correct reporting of injury and illness data and a clear understanding of what to report and how to report it is a key necessity to avoid potential inspections and fines. Areas Covered in the Session: Injury and Illness reporting Determination of workplace relatedness Differences between first aid and medical treatment Determination of case as new or ongoing How to count total lost days Advantages that a company can provide to reduce risks of inspections and fines Who Will Benefit: Safety Personnel HR Personnel Managers Executives Speaker Profile Kenneth S. Weinberg is an independent consultant in environmental health and safety. Dr. Weinberg has consulted for several companies in the areas of OSHA Injury and Illness reporting, as well as auditing for OSHA inspections. He has worked as the Director of Safety at Mass. General Hospital in Boston for almost twelve years, and has written several books on the topics of health care safety, OSHA, and Indoor Air Quality. He has also written several articles for prominent national safety publications, and serves on the editorial advisory boards for safety publications. He Also has been Administrator of the Health Care Divisio0n of the American Socie

Overview: This webinar will provide up to date information about what constitutes blood borne pathogens from infectious materials, as well as other potentially infectious materials. The webinar will provide answers about how to prevent exposures, deal with spills or exposures should they occur, and the how to recognize the hazards of blood borne pathogens. A thorough description of the types of infections of concern for blood borne pathogens, how one might be exposed, the differences between blood born infections and other potentially infectious materials, methods for dealing with potential exposures or spills, and the requirements from OSHA to protect workers from exposure or to track exposures if they occur. Areas Covered in the Session: Infectious materials Other potentially infectious materials Prophylactic techniques that might be available Use of personal protective equipment Policies and procedures required by OSHA to protect workers Who Will Benefit: Safety Professionals Administrators Lab Workers Those who might be exposed to blood borne pathogens Speaker Profile Kenneth S. Weinberg is an independent consultant in environmental health and safety. Dr. Weinberg has consulted for several companies in the areas of OSHA Injury and Illness reporting, as well as auditing for OSHA inspections. He has worked as the Director of Safety at Mass. General Hospital in Boston for almost twelve years, and has written several books on the topics of health care safety, OSHA, and Indoor Air Quality. He has also written several articles for prominent national safety publications, and serves on the editorial advisory boards for safety publications. He Also has been Administrator of the Health Care Divisio0n of the American Society of Safety Engineers, and is a member of several panels that advice on safety related matters. Price : $139.00 Contact Info: MentorHealth Phone No: 1-800-385-1607 FaX: 302-288-6884 support@mentorhealth.com Event Link: http://bit.ly/Blood-B

Overview: Safe hospital care in neither a science nor an art. It is a practice just like the practice by a doctor who combines hindsight of experience and foresight of imagination to come up with an outsight of the best interventions and best protocols. Over time the doctor standardizes the process but is vigilant to any unique requirements of each patient. Such an approach in patient safety is called hazard analysis and mitigation process. This webinar goes a big step farther. It covers innovation strategies to assure that the safety improvements result in a high return on investment and high value to the hospital, and protects the patients. Why should you Attend: About 400,000 patients die each year from hospital mistakes according to a senate hearing. Evidence based methods to reduce adverse, sentinel, and never events are available and successful in aerospace, nuclear, and chemical industries. Why not use them? We need a paradigm shift. We need it in a hurry! You cannot cross the sea merely by standing and staring at the water. Do not be afraid to take a big step if one is indicated. No noble thing can be done without risks Areas Covered in the Session: The Etiologies of Unsafe Care Sufficient Understanding is a Pre-requisite to Safe Care Preventing "Indifferencity" to Enhance Patient Safety Continuous innovation is better than Continuous Improvement Innovations Should Start with Incidence Reports Hazard Analysis Fault Tree Analysis-the Best Tool for Harm Prevention Doing More with Less is Innovation Re-Invent Quality Management Human Errors may be Unpreventable, Preventing Harm is an Innovation Managing Safety: Lessons from Aerospace Protect Patients from Dangers in Medical Devices The Paradigm Pioneers Aequanimitas,The Best Known Strategy for Safe Care Who Will Benefit: Hospital senior management Hospital administrators Doctors Nursing staff Clinical engineers Radiology staff Infection control staff Patient advocates Speaker Profile Dev Raheja

Hospital beds are usually built and designed to provide excellent mobility, security, and comfort for various patients with varied treatment plans and various conditions. However, the adaptability and flexibility of modern hospital beds and similar safety products allow caregivers to better meet the diverse needs of their most difficult patients; safety should always be taken into consideration when selecting these items. This article is designed to address the safety benefits of hospital beds. Some hospitals have beds where the patients lay down on a table while others have them installed in an area of the hospital where the patient is seen. The main benefit of a hospital bed is that it offers a safe and secure place for the patients to sleep during the night. This is usually accomplished by using an adjustable bed, which can be placed up off the floor in order to allow for increased patient mobility and comfort. In addition to this, many hospitals include other safety features such as alarms, air-bags, safety rails, and other similar items that help to keep patients safe while they are being cared for. These additional elements ensure that even though the patient is awake they are kept safe and protected from injury during the night. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2020/12/hospital-beds-are-meant-to-give-best.html

A Pediatric Wheelchair is a very important piece of mobility equipment for any patient. There are many instances where a patient would find himself in need of one, no just in cases of long-term disability. Upon admittance and discharge from the hospital, a patient is wheeled around. Those with temporary hurts to their lower extremities will also need a Pediatric Wheelchair for a short time. No matter the reasons for needing a Pediatric Wheelchair, many will find themselves looking for the right one for themselves, their patients, or for their medical care facility. For a pediatrician seeking to prescribe a Pediatric Wheelchair, must be sure that the patient has the proper upper body strength to use one. If the patient is too weak for self movement, the practitioner would be better to consider a powered wheelchair for mobility. While Pediatric Wheelchairs are smaller and can be just as manuverable as scooters, that depends upon the patient's own abilities in steering the chair. These are factors that the doctor must think about before recommending what type of wheelchair a patient should get. Cerebral Palsy Wheelchair: Cerebral Palsy Wheelchair Description: The model designed for cerebral palsy child only. Ultra light weight aluminium alloy frame Seat Width 38 cms (15") Net Weight: 18.5 kgs Epoxy powder coated frame Detachable arm rest & foot rest provided Elevated and swinging foot rest Elevated foot rest provided to elevate leg angle Height adjustable and detachable head rest Hydraulic reclining high back for a comfortable posture Hydraulic adjustable seat angle Detachable back and seat pad Extra cushion upholstery provided to under arm, head & calg Foldable Lever and paddle brakes provided Safety belt provided Maintenance free rear solid wheels Cloth look like water proof upholstery Anti wheels for better safety and stability Extra cushion upholstery provided to under arm, head & leg Folding action Lever and paddle brakes provided

Electric wheelchair is a chair fitted with wheels. The device comes in variations allowing either manual propulsion by the seated occupant turning the rear wheels by hand, or electric propulsion by motors. There are often handles behind the seat to allow for different individuals to push. Electric Wheelchairs are used by people for whom walking is difficult or impossible due to illness, injury, or disability. Disabled People who have difficulty sitting and walking often make use of a wheelbench. A basic manual wheelchair incorporates a seat, foot rests and four wheels: two, caster wheels at the front and two large wheels at the back. The two larger wheels in the back usually have handrims; two metal or plastic circles. Electric wheelchairs are propelled by a motor and battery. They are very sophisticated. They are operated with a joy stick or push buttons. Some electric wheelchairs use advanced technology and can climb up stairs, move across gravel and even raise up to give access to high shelves. Electric wheelchairs need strong frames to support the motor and battery so they are very heavy and also quite expensive. People with spinal cord injuries face similar decisions. Often a person with a spinal cord injury will use a motorized wheelchair, even though they are physically capable of using a manual chair. They don't do this because they are lazy. They do this to be more efficient with their energy reserves. People with spinal cord injuries often choose motorized wheelchairs to preserve their physical energy, so that they can complete the work. Sometimes need to save on physical energy so that have some allowance left over for intellectual or emotional pursuits. Karma KP 10.2 Power Wheelchair: Features: Seat, base & battery quickly detach for easy storage and transportation Come with captain seat With seat platform, the captain seat can be moved forward or backward using tools which is included Adjustable armrest width and height Footrests can b

A gynecological device is a medical device that is used to promote female health or to protect and preserve reproductive health for females. This is a very broad category and includes products such as watches, calculators, bandages, and hygienic towels. While many of these products have been clinically tested and found to be safe for female health, there are still a few devices in the market that pose threats to female reproductive health. Gynecological devices usually fall into three categories: medical devices, biological safety devices, and mechanical devices. Medical devices are those that prevent the risk of injury or trauma to a woman's reproductive organs from medical interventions. Biologic safety devices are those that protect a female's health by promoting female reproductive health. Finally, mechanical devices are those that help maintain a woman's reproductive health and allow her to achieve or reach their desired fertility or pregnancy. The use of any of these unsupervised or unsafe medical procedures poses a risk to a woman's reproductive health and should be avoided at all costs. The main factors driving the growth of the gynecological devices market are the rapid increase of gynecological diseases such as uterine fibroids, endometriosis, and vaginitis and the introduction of new innovative gynecological devices in the market. For instance, according to the U.S. National Center for Biotechnology Information, approximately 97 per 1000 women suffer from gynecological diseases in the U.S., among which approximately 53 per 1000 women suffer from menstrual disorders. Rising awareness about gynecological health and preventive check-up to avoid sexually transmitted diseases (STD) is expected to boost the market growth. Moreover soaring numbers of surgical procedures such as female sterilization, endoscopy, laparoscopy, and ablation are driving the demand for gynecological devices. However strict regulatory orders by governmental bodies across the globe rel

Walking disabled people are more fortunate nowadays. While in the past they always have felt incapacitated and immobile, nowadays, they are provided with more and better means to roam and move around. With the development and heightened popularity and usage of wheelchairs, such handicapped people are given more advantage and privilege. The emergence of transport wheelchairs have significantly helped improve the way people make use of wheelchairs. Transport wheelchairs are machines or equipment that facilitate for mobility and movement of wheelchair confined people at public places. While it is true that simple wheelchairs can do the trick, transport wheelchairs are specifically designed and manufactured to facilitate better roaming and mobility at malls, restaurants and parks where people usually converge to relax. Transport wheelchairs provide many advantages: Weight: As the name implies, they are easy to transport because they typically weigh around 15 to 20 pounds, which is much less than a manual wheelchair. Storage: They are easier to store than traditional manual and electric wheelchairs. Most are small enough to fit into the trunk of a compact car. Karma Travel Wheelchair KM TV 20.2: Karma Travel Wheelchair KM TV 20.2 - 606 T-6 aircraft-grade aluminum-alloy frame provides incredible strength. Easy-to-fold in three seconds. Karma Travel Wheelchair KM TV 20.2 Features: Type: Travel Wheelchair T-6 aircraft-grade aluminum Secure brake improve safety Padded flip back armrest PU front caster & rear wheel Karma Travel Wheelchair KM TV 20.2 Measurements: Weight: 8.9kg Seat width: 39.5cm Tyre: PU front casters and rear wheels Capacity: 100kg Folded size: (L/W/H): 610mm x 350mm x710mm. Wheelchair provides comfort and mobility in an economical package. It comes standard with padded nylon upholstery and one-piece armrests that offer a cushioned feel with minimal maintenance. Combined with its stylish silver vein frame and matching fr

A transport wheelchair is a mobility chair designed for convenience, short-distance use and easy handling by a caregiver. Lightweight and foldable, these wheelchairs are easily moved and typically fit in the trunk of most vehicles. There is even a model designed to fold into a bag to be carried over the shoulder. Transport Chair is designed to create a welcoming and safe environment that speaks volumes to caregivers, patients and their family members. Obvious touchpoints help make operation intuitive for all users. BackSmart ergonomics have been incorporated into the design to reduce the bending and reaching associated with caregiver injury. A rigid frame helps enhance durability while reducing the risk of theft. This investment in the well-being of patients and caregivers tells them care about their comfort and safety. Transport wheel chairs are practical for errands and trips to the store or the doctor. Hospitals sometimes utilize these flexible mobility chairs to move patients around their facilities. Karma KM 2500 L Big Wheel Wheelchair: Karma KM 2500 L Wheelchair Specifications: Width 18" Front/Rear Wheels 6" to 22" Seat Width 47cm Seat Depth 40cm Overall Width 66cm Overall Collapsed Width 36cm Armrest Height 21cm Overall Length 90cm Seat Height 47cm Backrest Height 38cm Overall Height 86cm Weight 11.kg Karma KM 2500 L Wheelchair Seat and Back: AEGIS Microbe Shield Approved by the FDA, EPA, EU, etc., bonded anti-microbial barrier upholstery protects from odor, staining and deterioration from bacteria, fungus and other microorganisms. It is a shield for your health. Karma KM 2500 L Wheelchair Extended Armrest By simulating the natural position of arms, the extended armrest design is ergonomic and creates bigger seating space. An Ultra lightweight wheelchair (11 kg) with a compact design for either attendant assisted or self propelling users. The use of aircraft-grade aluminium alloy and double cross brace provide this

Clinical Risk Management Lies at the Heart of Patient Safety : Clinical Risk Management is the process of identifying and mitigating risks in a healthcare setting. Risks are inherent in a clinical or healthcare practice, as they are in any other activity. But the field of healthcare has to be doubly wary of risk management because an adverse risk can cause irreparable loss if it leads to an event such as death. To a healthcare organization or practice, a bad event can harm the name beyond repair. How is risk identified? The first step to implementing a Clinical Risk Management is identifying the risks in the practice. This can be done in a number of ways: Why do healthcare providers need to implement a Clinical Risk Management strategy? Healthcare providers need to put in place a very sound Clinical Risk Management strategy for a number of reasons: Steps to putting a good Clinical Risk Management program in place A healthcare organization can put an effective Clinical Risk Management in place through a four-step process: Click Here for More Information: http://bit.ly/1OcHFXm

Standard Operating Procedures for Clinical Trials: A set of standard operating procedures for clinical trials is absolutely vital for ensuring the effectiveness of the study for a number of reasons. Standard operating procedures for clinical trials are a very potent means to help researchers, principals or sponsors ensure the accuracy and consistency of the procedures needed for the clinical trial. What are standard operating procedures for clinical trials? Standard operating procedures for clinical trials are written instructions that are detailed to provide information about every aspect of the trial. With this set of standard operating procedures for clinical trials, principals seek to bring about a level of uniformity in a particular task of the clinical trial. Consistency in these standard operating procedures for clinical trials has to be ensured so that the clinical trial meets local, state and federal government and global guidelines and requirements. Equally importantly, standard operating procedures for clinical trials have to also meet regulatory guidelines set out by bodies such as the FDA. The purpose of standard operating procedures for clinical trials should be to help the trial achieve consistency in the quality control and quality assurance. In addition, standard operating procedures for clinical trials should be designed to help the trial achieve the quality of auditability. This is because any clinical trial goes through audits from regulatory bodies, making the role of standard operating procedures for clinical trials all the more important. Factors to bear in mind while establishing standard operating procedures for clinical trials: Standard operating procedures for clinical trials should thoroughly document these among other elements: Event Reporting Safety Monitoring Laboratory Management Pharmacy Management Development of Protocols Informed Consent Operations at the site of the clinical trial While these may be considered the core asp