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The Clinical Laboratory Improvement Amendments of 1988 All clinical laboratory testing done on humans in the US, save those done for basic research and clinical trials, have to comply with the provisions of the Clinical Laboratory Improvement Amendments (CLIA). Clinical Laboratory Improvement Amendments, a set of federal amendments carried out in 1988 set out federal standards for carrying out clinical laboratory testing. A clinical laboratory is, according to the CLIA, a facility in which laboratory testing is done on samples procured from humans. This testing is done with the aim of obtaining information with the intention of evaluating health, using which clinicians diagnose, prevent, or treat disease. Having defined a clinical laboratory thus, the Clinical Laboratory Improvement Amendments set out the regulatory guidelines on which clinical trials are to be administered. The fundamental aim of the Clinical Laboratory Improvement Amendments is to ensure accuracy, efficacy, safety, reliability and efficiency of clinical trials. The Clinical Laboratory Improvement Amendments seek to do this by setting aside grades for a range of criteria that relate to these aspects of the clinical trial. These grades are given from a score of 1, meaning the lowest, to 3, the highest, to assess as many as seven criteria of a particular clinical trial. These seven criteria are: Knowledge Materials used in proficiency, quality control, and calibration of materials Features of operational steps Experience and training Troubleshooting of test system troubleshooting and maintenance of equipment Preparation of reagents and other materials Interpreting and judging the results of the tests Points to be borne in mind for enforcing provisions of the Clinical Laboratory Improvement Amendments Provisions set out in the Clinical Laboratory Improvement Amendments are to be enforced through a set of parameters. These include: Procedure manual A basic part of the Clinical Lab

Seminar on Analytical Instrument Qualification and Validation: Understanding to Prepare for FDA Audits to become Part 11 Compliant at Boston, MA Course "Analytical Instrument Qualification and Validation: Understanding to Prepare for FDA Audits to become Part 11 Compliant" has been pre-approved by RAPS as eligible for up to 12 credits towards a participant's RAC recertification upon full completion. Overview: In this two day workshop conference you will learn the different global agencies expectations of analytical equipment qualification along with the development of a sound process validation program in order to develop and implement bulletproof solutions that are accepted, effective, and efficient. Through case study analysis we will examine best practices to provide thoughts and ideas to develop or improve the performance of your current system. Additionally, case studies will explore how your management practices of your analytical equipment qualification/ validation and process validation programs can help or hurt your legal liability and the legal issues that arise from nonconformance with regulators and Auditors. This seminar will help attendees understand the instrument qualification and system validation processes and will provide instruction on how to prepare for FDA audits and how to become part 11 compliant. Why should you attend? The cost of non-compliance is therefore more than that of compliance. Are you in compliance with the FDA regulations for analytical equipment qualification and validation in your facility? Areas Covered in the Session: * Learn about the regulatory background and requirements for laboratory instrument qualification and system validation * Understand the logic and principles of instrument qualification and system validation from validation planning reporting * Understand and be able to explain your company's qualification and validation strategies * Be able to independently prepare execute test protocols, this includes s

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 blood gas analyzer is a device used to determine the number of electrolytes in the human plasma of animals. Electrolytes are substances that are positively charged and have a negative charge. Blood cells are the positive charge electrolytes and oxygen is the negative charge electrolytes. Blood contains a variety of these different electrolytes and when a medical condition occurs, it may result in an imbalance of the electrolytes in the blood. The difference in the levels of these electrolytes results in the various symptoms and conditions that can occur. The increasing popularity of the medical field has led to an increased prevalence of the so-called medical laboratory tests' in recent times. These laboratory tests have been designed and developed in such a way as to measure the levels of various constituents of the blood, which is critical for the proper functioning of the human body. The blood gas analyzer is a perfect example of one of these instruments. The blood gas analyzers is highly useful in critically ill patients who require monitoring of their vital signs at all times. Intensive care patients often require a high concentration of oxygen saturation and other oxygen isotopes. In such cases, a reliable blood gas analyzer is very important. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2021/01/is-blood-gas-analyzer-beneficial-in.html

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Overview: This presentation will introduce the participants to changing role of the panoramic x-ray machine in dental offices today. Its expanding role in extra oral exposures and enhanced diagnostic capabilities is forever changing the path of dental x-ray imaging. Digital radiography is rapidly improving in diagnostic quality and loweringthe radiation exposure with ultra-low dose technology. We can have extra oral 2D bite wings and periapical x-rays with less radiation and greater diagnostic capability than traditional intraoral x-rays. The time has come that all dentists should have access to 3D-Cone Beam Computer Tomography. It is rapidly becoming the standard of care. Why should you Attend: Digital radiography is rapidly changing in today's dental offices. The new technology is revolutionizing patient flow and improving diagnosis. Dr. Jesek is at the forefront of this technology, using both 2D and 3D radiography. Seminar attendees will get easy to understand approach, which enables deep learning and provides tools they can use when they get back to the office Monday morning. Areas Covered in the Session: CBCT can be used to in areas of general dentistry to improve patient acceptance and quality of treatment outcomes. General and Restorative Dentistry Oral Surgery Implant Dentistry Endodontics Periodontics Orthodontics Sleep Apnea/Air way Who Will Benefit: Dentists Hygienists Assistants Speaker Profile : Dr. Warren Jesek graduated from Millikin University with a B.A. in biology and chemistry. After, he completed graduate work studies in anatomy at the University of Nebraska before attending Loyola University Dental School where he received his dental degree in 1979. He has maintained a private general practice in Decatur, Illinois since 1979. Unique to the area, his practice houses a crown and bridge laboratory with three technicians focusing on CAD/CAM milling technology to produce metal-free inlays, crowns and bridges. Dr. Jesek continued his training

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

Course "Key Factors to Write an Effective Standard Operating Procedure (SOP) and Work Instructions (WIs)" has been pre-approved by RAPS as eligible for up to 12 credits towards a participant's RAC recertification upon full completion. Overview: Writing SOPs or procedural documents can be challenging at times. However, writing SOPs is overall a straightforward process. However, enforcing what you already created and implemented in the pipeline is another story. The term SOP is very obvious. We have seen "clearly written description of how specific tasks are to be done." Another satisfactory definition would be "detailed written instructions that achieve the uniformity of the performance of a specific function." Is the firm doing what the regulations specify? Is the firm doing what their procedures specify? If you are medical device or a pharmaceutical manufacturer, these definitions come as no surprise because when it comes to FDA regulations and guidance documents "establish" means to define, to document (in writing or electronically) and to implement. The goal and emphasis with FDA is simple. Proof of "Establish" is the foundation. Is the firm doing what the regulations specify? Is the firm doing what their procedures specify? Are the procedures being followed and enforced by company personnel? SOPs are needed in regulated industries to give step-by-step instructions for performing a particular job or task. This session will provide a step-by-step overview and a snapshot of the procedure description, the process and format. The subject matter of a SOP may range from how to operate a piece of machinery to how to log into a particular software program. SOPs ensure consistency and reliability because they require training of all affected parties. This session will address recent enforcement actions for SOP related violations but no surprise. Most of our enforcement actions are documentation related, i.e., SOP or other procedural documents. We will review examples from

Course "Risk Analysis and Design of Experiments (DOE) in Process Validation and Development" 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 is designed to help scientists and engineers plan and conduct experiments and analyze the data to develop predictive models used to optimize processes and products and solve complex problems. DOE is an extremely efficient method to understand which variables (and interactions) affect key outcomes and allows the development of mathematical models used to optimize process and product performance. The models also provide an understanding of the impact of variability in controllable and uncontrollable factors on important responses. The concepts behind DOE are covered along with some effective types of screening experiments. Case studies will also be presented to illustrate the use of the methods. This highly interactive course will allow participants the opportunity to practice applying DOE techniques with various data sets. The objective is to provide participants with the key tools and knowledge to be able to apply the methods effectively in their process and product development efforts. Why should you attend: · Plan and conduct experiments in an effective and efficient manner · Apply good experimental practices when conducting studies · Determine statistical significance of main and interaction effects · Interpret significant main and interaction effects · Develop predictive models to explain and optimize process/product behavior · Check models for validity · Utilize models for one or more responses to find optimal solutions · Apply very efficient fractional factorial designs in screening experiments · Apply response surface designs for

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

The program had no impact on the clinical management of these patients or the frequency of adverse events. Program developers nonetheless believe the approach could be highly effective if the alerts and decision support were better integrated into existing workflow and the system made easier to use. They are working on these refinements and plan to test a revamped program in the future.

Redsa is a technology provider focused on the health sector that facilitates the exchange of clinical and administrative information across its MediCloud network. This exchange is enabled by an interoperable platform in which all members of the sector interact and exchange information (insurers, hospitals, clinics, laboratories and government). Redsa has over 20 years of experience in the health sector and currently manages a network that integrates more than 40,000 health providers, 300 laboratories, 100 hospitals and 15 insurance companies.

Overview: If you've ever felt the frustration of unpredictable results in splint therapy, you're not alone. Join us for this eye-opening course as Dr. Jesek zeroes in on the dentist's role in diagnosis and treatment of TMJ conditions as they relate to occlusion. Why should you Attend: Dr. Jesek is the founder of Jesek Seminars for Success: Promoting and Teaching Excellence in Dentistry (an approved AGD Pace provider.). He has presented at national meetings for the Academy of General Dentistry, the American Equilibration Society, the American Dental Association, the American Academy of Pain Management and Chicago Dental Society Midwinter Meeting. Seminar attendees appreciate his passionate, easy to understand approach and his teaching style, which enables deep learning and provides tools they can use when they get back to the office Monday morning. Areas Covered in the Session: TMJ anatomy and muscles of mastication function. How to use bimanual guidance to determine TM joint health. How to palpate muscles of mastication. Differential diagnosis of TMD and occlusomuscle disorders. Temporomandibular joint rehabilitation. How to know when occlusal treatment will work predictably. How to identify and treat trigger points and muscle pain. How occlusal appliances make restorative dentistry easier. What imaging is needed: panorex, transcranial, tomogram, CT or MRI, and why. How to use emergency appliances to eliminate acute occlusomuscle pain. When you can just equilibrate the teeth and not use an occlusal appliance. How to stop the need of grinding on your crowns at delivery. Who Will Benefit: Dentist and Hygienists Speaker Profile Dr. Warren Jesek graduated from Millikin University with a B.A. in biology and chemistry. After, he completed graduate work studies in anatomy at the University of Nebraska before attending Loyola University Dental School where he received his dental degree in 1979. He has maintained a private general practice in Decatur, Illinois since 1

Health Information Security Compliance: Health information security compliance requirements from HIPAA keep risk management at the core. These requirements also have other guidelines. Health information security compliance is a vital requirement for healthcare providers. Healthcare professionals have to ensure security and privacy of Protected Health Information (PHI) and Electronic Protected Health Information (ePHI), which are part of Electronic Health Records (EHR). The guidelines, rules and requirements are mandated by HIPAA, which is in charge of ensuring that there is privacy and security of health information. Challenges associated with health information security compliance The very fact that a lot of health information is stored in electronic records makes health information security compliance all the more challenging. The way in which information flows between various players in the sector is also a factor: shared computers and information sharing with third party associates like laboratories and billers. If a healthcare organization is not compliant with health information security, it could be held indirectly responsible for issues arising out of these. HIPAA has regulations and guidelines on how providers can keep PHI and ePHI. It suggests and strongly recommends risk analysis as the basis for health information security compliance. These are set out in the Meaningful Use requirements. Some of risk analysis methods include or relate to the following: The provider's EHR software and hardware Assessment of whether the provider's practice protocols are adequate Risk assessment of the provider's physical setting and environment Risk assessment relating to staff education and training A thorough examination of EHR access controls Risk management relating to contracts with the provider's Business Associates The healthcare provider's practices in relation to patient relations and communications Physical measures for ensuring health information security c

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