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Overview: Essentially, covering in 90 minutes the basics of E everything that applies to your clinical work. We will give you the questions to ask your IT people, because you should not implicitly trust them, because the law will hold you accountable more than them. We will first cover the general principles of electronic compliances as laid forth in HIPAA. We will then discuss how this applies to your desktop/laptop/iPads and smart devices, other electronic equipment such as routers and modems. We also cover the use of email, secure mail and your EHR/EMR. We will discuss the pros and cons of using the cloud for your data storage and EHR/EMR, i.e. knowing what a HIPAA compliant data center looks like. Principles in the use of encryption and passwords and other security principles will also be covered. Why should you Attend: Unless you are 100% sure you've thought through every angle of your patient's electronic PHI and you sleep like a baby never concerned about this then you need to attend. If you have any questions about the details of what electronic compliance looks like and how it's applied in day-to-day clinical and business activities, interactions with vendors, EHR/EMR, your relationship with your ISP and IT providers, use of all electronic devices, then this workshop is for you. It also gives you principles to apply in new situations which are likely to arise frequently. If you wrote the book on this it would be out of date in 24 hours, so what's important is to learn how to think about these things and use your resources to stay ahead of the game. If you are confident you have the basics covered on every item listed below then this seminar is not for you. Areas Covered in the Session: HIPAA electronic compliance Secure use of EHR/EMR Email and secure mail use Encryption and password security principles Interfacing with the public Interfacing with vendors such as ISPs and other telecommunication companies Backups Cloud use How to know your data center

Understanding Medical Identity Theft and ways of preventing it Medical Identity Theft is a common phenomenon in today's situation, where most health records are digitized. Although a lot of precaution goes into the security and protection of these records, Medical Identity Theft is a cause for worry. medicalIdentityTheft The most common types of data that are stolen are Social Security Number (SSN), name and the Medicare number, the most potent tools with which to impersonate and manipulate data. Why do crooks steal medical data? Medical Identity Theft happens mainly because hackers and mischief-makers access protected data to lay hands on confidential information about patients, using which they obtain medical care on behalf of the person/s whose records they steal or purchase expensive medicines. In many cases, a Medical Identity Theft is detected only after one gets a bill for a purchase or service that was never made. medicalIdentityTheft Medical Identity Theft is also committed to buy drugs and obtain fake bills that are then submitted to Medicare in the name of the original holder of the medical record. These acts can significantly dent a person's credit rating. More importantly, when wrong information or fictitious diagnosis is made into the medical record, it can lead to dangerous consequences. Ways of protection of medical data The Office of the Inspector General (OIG), which comes under Health and Human Services (HHS), realizing the gravity of the problem of Medical Identity Theft, has formulated the "3D" approach to protect medical data and prevent Medical Identity Theft. These are: Deter: One of the ways of protecting medical data is to prevent Medical Identity Theft. Users should be cautious about parting with information to anyone who claims, over phone, to have a new scheme whose enrolment requires the Social Security Number. Detect:Many fraudsters accost people at accessible public places to announce supposedly "new" medical schemes. Governm

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

Basics of the Anti-Kickback Statute : The Anti-Kickback Statute is aimed at curbing abuse and fraud in the Medicare and Medicaid systems by professionals who offer services and benefit in direct or indirect ways. In order to protect Medicare and Medicaid patients, as well as federal health care programs from abuse and fraud; the Anti-Kickback Statute was enacted. The core act that the Anti-Kickback Statute considered as fraud and abuse is the unlawful acceptance or diversion of money into influencing medical decision-making. The Anti-Kickback Statute is very clear on this. It states that anyone in the healthcare industry, who consciously and deliberately accepts a fee or remuneration of any kind or offers the same with the intention of manipulating the course of a medical decision-making, is liable to punishment. What acts attract penalties? Acts of various kinds attract penalties under the Anti-Kickback Statute. Some of these include: Carrying out advertising or marketing activities for promoting the brand of health care providers Participating in affiliate programs or pay per click commissions Working out promotion agreements with multiple companies Taking part in sponsorships Working out strategic alliances with healthcare providers Licensing content or technology Selling a healthcare provider's brands of products or services Taking a cut in the advertising revenue The nature of penalties under the Anti-Kickback Statute The Anti-Kickback Statute states major penalties for acts it prohibits. The Anti-Kickback Statute prescribes these major penalties: Up to five years in prison This has the potential to attract additional monetary fines of up to $25,000 Administrative civil money penalties that can go up to $50,000 In addition, the Office of Inspector General (OIG) could initiate administrative proceedings and take steps aimed at prohibiting anyone convicted of an Anti-Kickback violation from participating in State and federal programs. The OIG could also impose

A 3D cell culture is basically an artificial environment where biological cells are allowed to grow or interact naturally in all three dimensions, similar to how they do in vivo. Unlike 2D cultures, a 3D culture allows living cells in vitro to adopt all possible growth directions, much like how they would in the real world. This is ideal for treating diseases that involve multiple organ systems. In medicine, this is known as organo-evolution. Here are some advantages of 3D cell cultures: Unlike before, it is now possible to culture different kinds of cells such as blood, sperm, and stem cells in vitro. This was made possible by the introduction of new equipment called the culture chamber, which is used to manipulate cells in culture. Before, only two types of cells were possible to culture, monoclonal (which are typically the type found in bodily tissue) and plating (which are typically found in muscle and blood cells). In addition, the 3D cell culture can be controlled, making it more useful. For instance, researchers can use different types of media on different cells at the same time; this can help them investigate cell culture in more detail. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2021/03/3d-cell-culture-allow-researchers-to.html

Activating the immune system for therapeutic benefit in cancer has emerged as one of the most promising developments in immunology and oncology. In the past few decades, scientists have been trying to manipulate the human immune system to attack cancer cells. It's called immune therapy (or immunotherapy) and it works by harnessing the body's own natural killing cells to kill tumours. Cancer Immunotherapy has become a key part of treatment for many different types of the cancer.