Technological innovation and new health needs are pushing more and more towards an evolution of traditional medicine and in this scenario.
Medical Technology Australia
My Iv Motion
Technology and medicine intervenes to improve health care, ready to take on a key role in guiding change.
Technology Represents an innovative approach
Technology and medicine represents an innovative approach that reorganizes the health care network between doctor and patient, facilitating the provision of remote services using digital devices.
New Virtual communication systems
By exploiting the internet and the new virtual communication systems, it is possible to guarantee access to health services: prevention, diagnosis, therapies and patient monitoring can be performed even without going to traditional health facilitie
Medical Technology Australia
With the advantage of simplifying and making the best treatments accessible to all. through a secure exchange of information, images and documents between health professionals and patients.
According to the guidelines of the Ministry of Health , Medical technology services are divided into several categories:
How the approach to health changes in 2021
Emergency / Urgency.
Professional Care Using Technology
Emergency / Urgency : in this context, tech medicine intervenes to manage urgent healthcare activities in a timely manner, exploiting the immediacy of digital technology to exchange clinical information in the healthcare network and improving the management of critical patients | Medical Technology Australia
Medical technology Publication.
Digital Health is defined as the integration of digital technology with medical practice, health, living, and community to improve the efficiency of health care delivery to create better medicine and better patient care. It strives to build digital platforms and tools that allow users to access, evaluate, and facilitate care at every level of the health care experience. It also provides solutions for the shifting needs of health information technology. With a mission to improve the quality of health care through the shared vision of experts and stakeholders, it empowers people to interact effectively with their health care team. Its mission is to transform healthcare through its user-centric perspectives.
The transformation of traditional healthcare is evident in the rise of e-health. Electronic medical records (EMR) and information technology have revolutionized the way doctors, hospitals, and other health-care providers deliver healthcare services. These technologies allow patients to access their medical files and perform their medical checkups or request tests at any time of day or night. EMR and information technology are expected to continue transforming public health and medical devices through improvements in quality, safety, and availability.
Healthcare institutions, like any other business, invest heavily in research and development. A large portion of this research and development is dedicated to finding better ways to deliver healthcare services. As discoveries and technologies are made, healthcare companies are faced with the challenge of sustaining a constant stream of research and development to remain at the forefront of digital health technologies. The pace of technology change is increasing at a rapid pace. As a result, healthcare companies are investing significantly in improving their systems and functionality.
The rapid pace of technological change has caused several problems for the healthcare industry. Many healthcare organizations have struggled to adapt to changes in electronic medical records and other digital technologies. Because of these issues, patients often have trouble accessing their electronic medical records. To resolve this issue, several healthcare suppliers have introduced improved patient self-service capabilities that allow patients to obtain their medical files via the Internet.
To promote digital health care, several hospitals and healthcare facilities have installed new computerized systems. These computerized systems provide healthcare providers with valuable information about a patient’s health history, symptoms, allergies, medications, and other vital information. Because computers make medicine easier, they have become an integral part of healthcare. This technology has made it possible for doctors and other health professionals to deliver more accurate and fast treatments. It has also enabled healthcare providers to save money by reducing the paperwork related to diseases and infections.
Technological change has also made it easier for patients to receive their health care. Digital X-ray machines, for example, have revolutionized the way that patients are treated. Through digital technologies, health care providers can capture images of internal organs, provide detailed reports on how patients are responding to medication, and analyze organs in a fraction of the time that it used to take just a few years ago. Digital technologies have improved the quality of life and profitability for both patients and healthcare providers.
Digital technologies are not only being used in the medical industry to improve the quality of life and reduce costs. Digital devices have become a part of everyday life, whether in cars, watches, or medical devices. A person’s hair might be one of his most treasured possessions, but a person can lose his hair due to a cold, so a digital thermometer can help a doctor determine the correct temperature for treating his patient. Digital imaging has revolutionized the way that surgeons look at scars. Digital imaging can make the scar smaller, making the appearance more appealing to patients.
Technological change and decreased regulations have made many healthcare industries adopt digital health technologies. Although healthcare technology has always changed throughout the years, certain trends are likely to accelerate. According to the American Association for Medical Information, there will be a 20 percent increase in the number of digital devices being used in hospitals over the next three years. The decreased regulations may also encourage innovative digital health technologies that were previously not possible.
Ways Technology Has Improved the Health Industry.
Over the last few decades, there have been many different improvements to the health industry. One way that it’s helped is by providing more effective ways to deliver healthcare services. Medical imaging is a good example of this. Through advanced imaging procedures, doctors can now see inside the body and see pre-existing conditions much easier than ever before, which allows them to treat these conditions before they develop into something worse.
Another great example of how technology helps is through the use of EMR technology. Electronic medical records are collections of patient information that doctors can view at any time. These records include things like a patient’s medical history, lab tests, allergies, prescriptions, and more. They allow doctors to make informed decisions about a patient’s health without having to see the patient. In many ways, EMRs are similar to computerized physician order pads.
Medical transcription is another way technology has improved the health industry. Transcriptionists convert spoken medical documents into text format, making them useful for researchers and other professionals. These professionals can use the information they find for various reasons; they may compare it with other files or they may simply save the file for future use. Because of its usefulness, medical transcription is in high demand and paid quite well.
Home medical devices are also an important example of how technology has improved the health industry. For example, many new home monitoring systems require that patients be attached to a health monitor that continuously measures their blood pressure and heart rate. Other types of medical equipment are designed to provide patients with extra assistance if they need it, like being able to speak with a professional nursing assistant if they need some medical help. It is much easier for a doctor to prescribe medicine to a patient who can communicate clearly with the caregiver. This makes medical house visits much easier for everyone involved.
A more popular example of medical technologies that improve the health care industry happens to be digital mammography. This technology has made it much easier to detect breast cancer by taking pictures of the breast. This has made the detection of breast cancer more accurate than it used to be, which helps improve the overall quality of life for cancer patients. Another technology that is growing in popularity is Ultrasound, which uses high-frequency sound waves to create a precise outline of a patient’s body.
As you can see, technology has improved the health care industry in many ways. Some of these are easier for doctors and nurses to use, which makes life easier for them and their patients. Some are also improving the health of the patients, which means doctors and hospitals have less work to do to provide quality health care. And some of these newer technologies help make people live longer, which is another benefit. There are many more improvements in the field of health care that are being worked on all the time, and there is no sign of them slowing down anytime shortly.
Should you need a medical procedure, clinical innovations will guarantee you get the care you need in a manner that is protected and negligibly obtrusive; if your veins become obstructed, stents can help make room; in the event that you are truly sick, a MRI sweep can discover the reason; in the event that you require observing, advanced health devices can check your wellbeing status and impart indispensable information to health experts.
Medical Technology is defined as the art and science of creating and improving medical devices and solutions to diseases and medical conditions. Medical Technologists are responsible for the design and manufacture of medical equipment and supplies.
They are involved in the commercialisation of technologies, research and development of new medical products and services, evaluate and test equipment, and monitor and maintain the quality of medical devices and supplies. Medical Technology is a fast-growing field that encompasses all areas of medicine.
Medical Technologists are required to have a strong knowledge of medical science, mathematics, and pertinent business practices. Medical technology can be described as the science of developing and producing medical devices and other medical products to improve health and healthcare. Medical technology aims to provide improved patient care by using modern knowledge and technologies.
Medical devices and other medical products can range from diagnostic and therapeutic tools to common and more complex medical equipment and devices. Medical Technologists can work in many healthcare settings such as Hospitals, Nursing Homes, outpatient clinics, Surgery centers, Corporate America, Schools, and Laboratories. Medical Technologists can specialize in any area of medicine.
There are numerous categories of medical technology including diagnostic medical technology, surgical technology, therapeutic medical technology, noninvasive medical technology, information technology, and computerised physician order entry systems.
Diagnostic medical technology involves the detection and diagnosis of diseases and medical disorders based on scientific methods such as medical imaging technologies, x-ray technology, electrocardiogram (ECG) technology, magnetic resonance imaging (MRI) technology, and immunoassays. Surgical technology includes the creation and manufacture of surgical equipment and instruments used in surgery.
The goal of medicinal technologies is to enhance patient health and cure diseases and conditions. The primary focus of medicinal technology is to improve quality of life, reduce healthcare costs, increase access to health services for individuals with disabilities, and reduce adverse effects of chronic diseases and conditions. It also provides tools and resources for the prevention, treatment, and recovery of acute diseases and conditions. The primary drivers of medical technologies are diagnostics, prognosis, and treatment. Diagnostic medical technologies include diagnostic laboratory technologies, patient selection and administration, noninvasive diagnostic tests, and therapeutic medical technologies.
Surgical and non-invasive medical technologies comprise advanced surgical and noninvasive technologies, such as CardioPens, Lomatrex, Diaphragm Extenders, Otoplasty, and Scrotal Switch Lasers. Therapeutic medical technologies are used to improve healthcare and eliminate patient illness and injury. Common therapeutic medical technologies include disease modalities, such as immunomodulators, vaccines, cancer therapy, dialysis machines, heart disease, and rehabilitation therapy. Noninvasive technologies are used to evaluate and monitor the disease, and to increase patient comfort and safety.
Both Surgical and Noninvasive technologies are evolving at a rapid pace and require robust systems and applications that can process massive amounts of data. Medical diagnostic testing requires robust software to manage and interpret clinical laboratory data, image diagnostics, and other in-depth data. Medical device manufacturers are developing new and improved diagnostic laboratory equipment and diagnostic software to meet these demanding demands. In addition to software systems, healthcare professionals are also developing new techniques and applications for managing the workflow of diagnostic testing laboratories and performing routine and complex clinical studies.
Electronic health records, or EHR, have become an integral part of medical technology. These innovative medical devices enable doctors and other medical professionals to rapidly share and access pertinent patient information across multiple locations and medical centers. EHRs allow doctors and other health information specialists to make better patient decisions based on medical records that are more complete and accurate. EHRs are also useful for patients who want to be involved in the decision-making process regarding their healthcare treatments. EHRs can help patients control their medical records and monitor their care through electronic health records.
The rapid pace of technological change and the integration of artificial intelligence into medical technology means that there is an increasing demand for qualified personnel with knowledge and expertise in big data analytics and other medical technology skills. Working in healthcare requires the skills of both front-line specialists and managers. Working in an information security environment requires additional skills in compliance, risk management, and information systems administration. Healthcare organizations are increasingly relying on outside consultants to deliver solutions that increase productivity, improve care, and keep up with the pace of change. Candidates with expertise in big data analytics and medical technology will most likely be well respected and able to find jobs with great stability and growth opportunities.
Medical Devices are defined as any apparatus designed to be used specifically for medical purposes under the authority of a doctor or a nurse. Medical Devices have come a long way over the years and are now much more sophisticated than ever before. Medical technology is the branch of medicine concerned with the application of modern scientific principles to the diagnosis, treatment, and prevention of diseases. Medical Devices involve all sorts of electronic and mechanical devices that can be used to help improve the quality of life of people who are sick or injured. Medical Devices can also refer to specialized medical equipment such as kidney dialysis machines or artificial heart implants.
A medical device normally provides a human being with assistance in one or more aspects of life, usually related to the recovery of the body or the treatment of an illness or injury. Medical Devices are classified into three main categories, based on the principle that there are known cures for diseases, and known ways to prevent or delay the effects of disease processes. These categories are General Medical Devices, Medical Diagnostic Devices, and Medical Technology. The European Classification of Medical Devices is managed by the European Union.
Canada has four classes of medical devices according to the kind of technology they use. The Medical Devices Classification includes Wireless Medical Devices, Medical Appliances, and Medical Software, Electromedical Applications and Medical Therapeutic Products. Medical Software is not considered a Medical Device because it does not provide services directly. Medical Appliances and Medical Software may be life-support systems, diagnostic tools, or clinical productivity software. Medical Testing Apparatus such as medical scales, diagnostic and prescreening instruments, medical imaging devices, and surgical products fall under the Electromedical Applications category.
The four classes of medical devices are intended for various pathological conditions and diseases and the management of such conditions and diseases in different circumstances. For example, for the management of serious conditions such as AIDS, cancer, or diabetes, blood-oxygen machines for respiratory diseases, therapeutic medical devices, and drug pumps are used. For the management of physiological conditions such as asthma, allergies, tuberculosis, liver disorders, neurological disorders, hormonal problems, and the treatment of such physiological conditions, therapeutic medical devices, diagnostic test strips, and blood collection instruments are used. And for the relief of economical or healthcare complications such as nerve and muscle tension, blood pressure regulating devices, abdominal or cardio compressions, or orthopedic devices are used. The use of diagnostic devices is intended for the treatment of symptoms associated with such physiological conditions and diseases, the results of which can be used in the diagnosis of different disease processes.
All medical devices need to meet the requirements of the Therapeutic Goods Administration (TGA) or The United States Food and Drug Administration (FDA) To do this, the products need to undergo rigorous studies and review procedures that comply with the guidelines provided by the TGA. The manufacturers of medical devices are responsible for ensuring that the products they manufacture do not fall within the premarket approval exceptions. If the manufacturer does not adhere to these strict guidelines then it will not be allowed to market its product in Canada. Products meeting the FDA’s premarket approval standards must also pass various tests covering strength, conduct, effectiveness, and safety.
The process of obtaining TGA approval involves a series of steps. Applications are examined thoroughly by the TGA to ensure that they fulfill all the TGA’s regulatory requirements. Studies focusing on the implementation of the device, its suitability for particular uses, and the benefits to patients are also conducted. Pharmaceutical companies are required to submit detailed information on the medical devices they plan to market through the TGA for their respective countries.
The Australian Digital Health Agency (ADHA) has freely expressed on 17 February that it has finished its last phases of combination between South Australia Health’s Sunrise Electrical Medical Records (EMR) and patient organization framework (PAS) to the country’s My Health Record (MHR). This will concede medical services suppliers the entrance and capacity to transfer data straightforwardly onto the MHR stage.
An implanted tab inside the Sunrise EMR furnishes clinicians with admittance to MHR which makes a brought together perspective on a patient’s connections across the medical care framework. This contains shared wellbeing rundowns from general professionals, pathology and imaging reports just as solution data from a patient’s visit both inside South Australia and highway.
Why it is important
By giving a more all encompassing perspective on the patient’s previous clinical records just as data on any clinical consideration that was recently regulated, clinicians will actually want to give more customized clinical consideration which would possibly convert into better understanding results. Because of this joining, clinic staffs are likewise more able to utilize MHR because of the simple accessibility of data.
Past research led in Australia showed that there was one precluded medication from the prescription history among each two patients who were conceded. These could at last bring about lamentable results for the patient if another guardian were to dominate and give clinical consideration regarding the patient without being completely mindful of the patient’s clinical history. Having the option to completely get to the patient’s clinical records would consider them to give more fitting clinical mind and keep such circumstances from happening.
The bigger pattern
The requests and pressing factor put on medical care associations have been rising consistently throughout the years as we progress in this computerised time. There has been a move towards giving more quiet focused consideration just as enabling patients. Patients are anticipating more customized clinical consideration and need to be more associated with their own medicines and be kept tuned in about issues relating to their wellbeing. Through the combination of EMR and MHR, both clinical specialists, also as patients, can have simpler admittance to their clinical history, permitting them to be more educated.
On the record
“South Australian patients will currently profit by the improved handover of care because of admittance to data spreading over their wellbeing venture and a decrease in client blunders by having an answer that authorizes patient setting,” clarified Cattermole, the CEO of Australian Digital Health Agency.
“The transient idea of these patients, previous history in human administrations guardianship, and restricted trust in the framework mean the records we approach inside the emergency clinic and nearby wellbeing network just address a small amount of their clinical history. The MHR tab has made a solitary perspective on the patient’s experiences with various pieces of the medical services frameworks and organizations in SA and Interstate” Tracie Nikolai, Associate Nurse Unit Manager and Clinical Documentation Specialist at Port Augusta Hospital explained.
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Virtual reality (VR) took a big leap in 2015: Google made cardboard cool again, and The New York Times went virtual, which is pretty cool for a newspaper. And this was just the tip of the iceberg. 2016 should be even bigger for VR with more medically focussed projects. Sophisticated devices like the Oculus Rift are already hitting the market and it’s expected that medical students will start examining patients through VR by the end of the year. Life’s looking virtual for us humble patients too. Homebound people might soon be able to take virtual bike rides thanks to research being done at Stanford and even Apple is on the hunt for medical tech talent with the internet spreading rumours about a virtual reality team. Moral of the story: Be prepared, virtual reality is growing up and getting a medical degree. Next showing at your local GP’s office.
Why Having an Electronic Patient Record Management Solution Will Help Your Patients and Your Business
Keeping patients’records, their history, personal and contact details, etc., is section of any healthcare professional’s practice. Most healthcare practitioners are employing a paper filing system to record and store their patient histories and details. Why? Simply, because that’s how we’re all taught to take case histories and record information supplied by our patients.
Even today, most universities and colleges still teach students to record their patient’s information in paper form. Why? Well, there might be some advantages to using paper, though thinking about them is not so simple, nevertheless, it’s an easy task to flip through the pages of paper and put relevant information side by side to compare the changes in a patient’s condition.
The benefits of storing these records electronically however are many and an easy task to see. For instance, there’s no need to store files in filing cabinets – just think of the amount of space that filing cabinets occupy in leading office. Easily and quickly find a patient’s record in a matter of seconds; store almost an endless quantity of information all on your computer/laptop and the list goes on.
One of the very most significant advantages is as it pertains to quality care of your patients. The key to improving ones effectiveness in treating confirmed condition would be to have the ability to compare previous treatment approaches, their results and effectiveness. To do this with records that have been stored in writing is nearly impossible. Why? Because once a practice is up and running these day there are several hundred records in your filing system and finding all of the cases that offered confirmed condition gets very time consuming.
Using an electronic medical record system however is a much quicker and more effective means of doing research into your case histories and treatment approaches. No matter just how many patient records you’ve, it will now get you only seconds or perhaps minutes to locate all of the records that you’ve for confirmed condition, it is then super easy to compare and contrast the different treatments you’ve used and quickly find the therapy approach that has worked most often.
That is gold, because it not merely saves you time, but will allow you to to fine-tune a specific treatment approach for a specific condition.
Less duplication is another advantageous asset of using an electronic patient record management solution, because if the device was created well, then wherever you will need to include your patient’s details, they’ll automatically be there. So, once you’ve entered the patient’s information into the Details section, it will automatically take the Treatment Program the Receipt/Invoice and any chapters of the software.
Additionally there are some less obvious benefits to using an electronic medical record management system. Ab muscles foundation of any medical consultation is a complete medical case history. Diagnoses are based on accurate histories and just a complete, detailed history will lead to a correct diagnosis, treatment principles and treatment prescription. It is therefore important that your software provides a systematic means of entering information in order that little if any opportunity is missed in obtaining all the mandatory information which will then lead to a correct diagnosis.
Any medical history includes four aspects of enquiry:
Asking the individual about their family and personal medical history and their presenting symptoms;
Listening to the individual – that is a location that’s often overlooked, however, the potency of a patient’s voice, for instance, or listening for wheezing, coughing, tremors in the voice, nervousness, etc., can offer clues about what may be involved in the patient’s pathology.
Physical examination – again that is often overlooked for many reasons, but should form a built-in section of any initial case history.
Looking and observing your patient while they walk into your treatment room, for instance, can inform you much about their musculoskeletal integrity. A practised eye will get postural and structural imbalances, regions of pain and so on.
These four key areas need to be there before you every time you see an individual, so that you don’t have to flick through pages and pages of written information or go from one screen to the next.
An excellent electronic system also needs to allow you, as a physician, to entre this sort of information systematically each and every time you visit a patient. That’s the only way that consistency ever taking could be assured. Obviously if the practitioner does not fill in the info, the real history is likely to be just as incomplete like any system was used, however, the fact software offers the blank space with a heading will help the practitioner to keep in mind to entre the pertinent information.
The benefits of using an electronic way to record and manage your patient’s information are many and far outweigh the old hard copy way of taking and storing your medical records. That said, additionally, there are advantages and disadvantages of different electronic systems.
For instance, using cloud-based or online systems means you’re relying on being able to access the Internet, which may not always be accessible, and is not as secure as storing the info on your physical hard disk protected by passwords. If Apple’s iCloud could be compromised than any Cloud could be compromised and that’s too risky. Furthermore, a standalone application that’s on your laptop works anywhere, anytime, provided your personal computer works. This is very important, because there are times that the net is down, or you’re in a dark spot (if your doing home visits).
Another big problem is that many software programmes are too complex. If you’re going to begin using an electronic system the past thing you want to do is to possess to pay a lot of your time learning and programming the system. All you want to do would be to open the applying and start using it. Unfortunately, the situation with most of the available software solutions is they’ve not been created by practitioners. While that’ll not initially seem a disadvantage, it soon becomes obvious once you start using them in the clinic. They are generally cumbersome, complicated, overly complex and you quickly lose oversight once a few windows and pop-up menus etc., appear.
The best system works just like you had the paper file before you. Everything you want to look at could be on one page on the screen, the same as it can be before you on a table when putting several items of paper side by side. Ideally, all your notes regarding an individual should be there to see, there shouldn’t be a have to switch between windows or having to possess multiple windows open at the same time for you to complete a history and other task.
Physicians are human beings and therefore fallible. We get tired, stressed, over worked and as a result we could make mistakes. An individual record management solution that systematically helps practitioners to sort out their job of consulting with an individual, be it a follow-up or new consultation, is an important tool in today’s busy, modern practice and one that we cannot afford to ignore.
It is really a breath of freash air to see that the health care industry has been having a shift towards computing. Healthcare cloud computing is a good advantage to hospitals and health care providers because, among other things, it allows patient chart data to be shared with various doctors throughout the country. In the time before computers, most doctors had one chart for each patient and if that patient was ever in a car accident or had to go to another doctor, they would not need their medical chart using them and the doctor will have to spend time doing needless tests which have already been done in the past to check for allergies and such.
The cloud is certainly not a fresh concept nonetheless it has been gaining more traction in mainstream companies. Healthcare cloud computing could be the proven fact that you’ll have servers sharing and processing information with one another without knowing physically where in actuality the servers are located. It basically takes the disk space that you’d normally have on your pc and puts it on a server as possible connect with remotely from anywhere in the world. When patients have each of their medical history data stored on such a computer in a data center somewhere, it becomes easier for doctors to communicate with one another and figure out what’s wrong with each patient by having access with their records.
Companies that produce medical devices like MRI machines and blood testing lab equipment likewise have an incentive to try cloud computing because most of the time these companies have their particular equipment that requires to be tracked and maintained, especially when deployed at hundreds, if not thousands of hospitals throughout the country. Healthcare cloud computing keeps technological costs low because you only buy what you use. Costs for cloud computing servers are normally set for the amount of disk space or bandwidth you are using at a given moment, and aren’t flat rate. Flat rate server hosting solutions tend to be much more pricey and never as practical because sometimes servers aren’t running any power intensive tasks yet you are still paying that same monthly fee for nothing. Cloud computing makes certain you only pay when there are processes running on the computer. Many experts predict that cloud computing is the long run and that most information will undoubtedly be stored remotely on servers throughout the world.
Cloud computing has come quite a distance across various phases. Clients can utilize web-based tools or applications through a browser just like these were programs installed locally on their own computer. Healthinformatics the wiki of Florida State University says “The definition of’cloud’was coined as a metaphor for the Internet which comes from cloud figures representing telephone networks, then later followed closely by depicting Internet infrastructures in computer network maps/diagrams.”
Going back time, we’d the grid and utility computing, the application service provision (ASP), and then Software as a Service (SaaS). However, if you appear back, the actual idea of delivering computing resources via a global network is actually rooted in the 60s. In the year 1969, J.C.R. Licklider through his article Intergalactic computer Network enabled the development of ARPANET (Advanced Research Projects Agency Network). He did actually project a vision that everyone on the globe be interconnected and access programs and data at any site. Others give credit to computer scientist John McCarthy who proposed the idea of computation being delivered as a public utility.
Because the 60s, cloud computing has evolved over a timeline. Web 2.0 being the most recent evolution. Point to notice here is, the Internet only started to give you a significant bandwidth in the nineties. Hence cloud computing for anyone has been something of a recently available development. When you have to trace a timeline it looks somewhat such as this:
1999 – Salesforce.com (delivering enterprise applications using a simple website)
2002 – Amazon Web Services (providing a suite of cloud-based services including storage, computation and even human intelligence)
2006 – Amazon Elastic Compute cloud EC2 (allowing small companies and individuals to run their very own computer applications on a commercial web service)
2007 – Google Docs (Web-based office suite, and data storage service)
There are several other factors that have enabled cloud computing to evolve. These include the virtualization technology, universal high-speed bandwidth, and established standards of universal software interoperability.
Increased storage, flexibility / scalability, and cost reduction are a number of the valuable benefits that may be derived, as the outlook that almost anything can be delivered from the cloud, becomes more and more a reality. However security, data privacy, network performance and economics remain concerns which can be being addressed through various types of cloud platform delivery including the Private Cloud, Public Cloud, along with the Hybrid Cloud solutions.
This brings us to Cloud’s footprints into Healthcare. While, as we have seen above, cloud computing has been around for decades. Hospitals and healthcare systems only recently begun to adopt the flexibleness, interoperability and affordability of cloud technologies, especially as they implement plans to utilize the federal government’s $20 billion-plus Health Information Technology for Economic and Clinical Health (HITECH) financial incentive programs.
The cloud computing model is well suited to healthcare applications due to the volume and varied resources of information, that’s necessary to be accessed quickly and from any location. After all you need lives at stake. Whether it is for maintaining health records, monitoring of patients, collaboration with peers, prescribing medication, even analysis of data, we will have more and more of healthcare tapping to the cloud. With an increase of attention on the security areas of Cloud, compliance to Data Privacy standards, advanced interoperability and data sharing, and with a proper DR in place, the cloud may have a real positive affect Healthcare.
You have produced a medical technology that is a breakthrough in the field of medicine, the next move to make is to let the world find out about it. The very best medical technology will be of no use if it’s not being noticed by the proper people. Employing aid from a specialist medical technology PR company is the first step to achieve the proper people and be noticed by the public. This really is crucial, specifically for a fruitful product launch. Here really are a few tips for an effective medical technology PR prior to an item launch.
Value your PR
For startups or businesses that offer new medical technology, the role of PR in an item launch should not be underestimated. In the current marketing scenario, the potency of advertising decreases, the value of articles and quality content increases. Relevant and fresh PR enables your company not just to get visibility but also credibility among important persons such as for example investors, industry peers, and customers.
Write a supreme quality press release
PR experts know the significance of content creation and press release in medical technology PR strategies. A supreme quality content and relevant press release give you a perception of an actively growing company. This also opens opportunities for acquiring investors and financers as a result of increased local visibility of the brand. By producing share-worthy stories for social networking, you are able to increase your brand awareness and gain followers. Consistently relevant press releases also can open an chance for your company to be a professional resource for journalists. However, despite the numerous benefits of press releases, not totally all companies are diligent enough to write them.
For you yourself to maximize the benefits of PR prior to a launch, it can help to produce a high-quality press release to assist you boost your brand reputation. If you have the ability to produce a cutting-edge medical technology, you are certainly effective at making a buzz-worthy press release. Expert PR companies can assist you to identify newsworthy topics from your expertise and share them with the general public in the absolute most informative and interesting way.
Look at different angles
If you are wondering what to incorporate in your press release or if you wish to write several press releases prior to your launch, there are several topics for you really to explore aside from the launch itself. As an example, you are able to describe the process involved in the initial testing or the task being completed with a prototype. You may also share the approval or quality certification you’ve acquired for the current technology alongside with the awards and recognition you’ve received. You can also discuss new or updated documentation about your product as well as emerging applications for the technology. You can write a customer case study or share the milestone of units sold and plans for expansion or investments. These are just a few of the things you are able to reveal in a press release so that you do not skip the opportunities that could come by simply writing one.
Keep updated with the current events
One way to produce a relevant and timely content or press release is by tying it down with a current event. Some topics related to the medical field include flu season, soldier safety, returning veterans, healthcare reforms and costs, mobile tools for disease management, disaster relief, etc. Keep in mind that when mentioning a current event or even a crisis, your content includes ways on how your company or product can help in addressing the situation. Avoid including trending stories which can be unrelated as to the you do since this will not be helpful for you and might harm your reputation.
How exactly to Integrate Social Media Into Your Medical Practice Marketing
Most of us know about the big bang that gave birth to the universe. Similarly, the explosion of social media marketing has given birth to Facebook, Twitter, LinkedIn, MySpace and many more. In the past few years, we’ve seen how social media marketing platforms have dominated the marketing campaigns of every business in the world. And results are noteworthy, as businesses who have integrated social media marketing into their marketing strategies have seen more brand awareness and growth.
If you are likely to take your competitors by marketing your medical service, make sure you include social media marketing and social networking sites. Many healthcare professionals might be hesitant to begin with social networking because they think of it as a period waster. In fact, it will save you on that part and empower your patients and staff to communicate effectively. Overall, it plays a part in your practice to perform smoothly.
Just think of social networking as an eminent source of information to your patients and vice-versa. If your patients are avid internet users and you do an immense work of updating your status, would you realize what impact it would have on your own productivity and efficiency? Adding to that, patients provides important information to improve your customer service.
You can term social media marketing platforms as “Referral System with a 21st Century Twist.” In the previous years, when patients were to find a doctor, they preferred friends and relatives and believed they’d not guide them wrong. With the onset of social media marketing networking, the traditional recommendations marketing has become archaic. Conversely, you will find few practical ways to keep in mind before you think of creating a social networking profile.
Whenever you create your Twitter, LinkedIn or Facebook page, make sure you are advertising in the similar way that you would with any offline piece of marketing for your practice. To make it simple for the patients to identify you, use the same logos and punch lines that you’ve utilized in newspaper ads, TV commercials or radio spots.
Once you have completed all the formalities related to profile making, it’s time now to make the smart move. Promote your Facebook and Twitter account on other mass media marketing materials such as print ads and television commercials. A signboard hanging outside your clinic that advertises “Like on Facebook” and “Follow us on Twitter” will encourage patients hitting “like” sooner as opposed to later.
Remember: social network marketing is a dangerous weapon that will attack the enemies, but also offers the ability to hit back. So much so, for the good news, bad news can also be spread rapidly the same as fire in the jungle. If patients are dissatisfied together with your services, their comments and interaction on your own social media marketing profile can put curtains to your medical practice. That’s exactly why you need to be vigilant of what’s being discussing your practice.
What is telehealth?
Get access to healthcare by phone or video call, wherever you are.
Telehealth services use information and communications technologies (ICTs) to deliver health services and transmit health information over both long and short distances. It is about transmitting voice, data, images and information rather than moving care recipients, health professionals or educators
Telehealth is having a consultation with a healthcare provider by phone or video call.
Many GPs, specialists and other healthcare providers now offer a telehealth consultation when a physical examination isn’t necessary. It’s not intended to replace essential visits to the doctor, but rather be a convenient solution when you can’t see a doctor face to face. Until 31 March 2021, if you have seen your regular doctor or medical centre in the last 12 months, they may be able to bulk-bill your telehealth consultation.
Kendal keeps in contact with telehealth
After relocating back to her hometown of Emerald to be closer to family – and hopefully to raise one of her own – Kendal uses digital health services to stay connected to her specialists.
What are the benefits?
With telehealth, you can see your nurse, doctor, psychologist, surgeon and other healthcare providers without having to visit them in person. What’s more, if you’ve seen them in the last 12 months, they may be able to bulk-bill their service.
Healthcare when you can’t leave home
If you’re unwell or need to self-isolate, you can still attend a consultation virtually. Telehealth consultations are not only convenient, but can also reduce the spread of illness.
Your healthcare providers are closer than ever
Occasionally, Australians living in rural and remote areas need to travel far to see their healthcare provider. A telehealth consultation can save time by enabling doctors to consult with their patient by phone or video call.
Australians had more than 30 million telehealth consultations in 2020.
There are two ways to have a telehealth consultation
Talk to your healthcare provider using your mobile or landline phone.
Have a video call with your healthcare provider using a device that has a video platform (this may be specified by your healthcare provider.
Once-Monthy injection for opiate dependence disorder.
Patients with opite dependance disorder no longer need to take a daily trip to the pharmacy in order to receive supervised dosing of oral methadone or sublingal buprenorphine.
Sublocade™ is a once-monthly injectable buprenorphine formulation available for the treatment of opioid use disorder (OUD). Image courtesy of Indivior. Sublocade™ can be administered through subcutaneous injection. The drug contains buprenorphine, a partial agonist of mu-opioid receptor.
Sublocade™ (buprenorphine extended-release) is a partial agonist indicated for the treatment of moderate-to-severe opioid use disorder (OUD) in adults.
Formerly known as RBP-6000, it was discovered and developed by Indivior, which submitted a new drug application (NDA) to the US Food and Drug Administration (FDA) in May 2017.
The Psychopharmacologic Drugs Advisory Committee and Drug Safety and Risk Management Advisory Committee of the FDA voted 18 to one in favour of approval in October 2017. Approval was given in November 2017.
Indivior plans to launch the drug in the US market in Q1 2018.
Opioid use disorder symptoms
Commonly known as opioid addiction, OUD is a chronic, relapsing disease characterised by repeated opioid use.
Symptoms include prolonged self-administration of opioid substances for non-medical purposes, a strong desire to use opioids, and withdrawal when in-take is abruptly stopped.
According to the 2016 National Survey on Drug Use and Health, an estimated 12 million people are affected by OUD in the US, while an average of four people die of opioid overdose an hour.
Sublocade’s mechanism of action
Sublocade™ is composed of buprenorphine, a partial agonist of mu-opioid receptor. The drug works by delivering sustained plasma levels of buprenorphine, which transforms into high mu-opioid receptor occupancy in the brain.
The drug is available in 100mg and 300mg doses for subcutaneous use.
Clinical trials on Sublocade
The safety and efficacy of Sublocade™ was tested in two clinical trials.
“Sublocade™ is composed of buprenorphine, a partial agonist of mu-opioid receptor.”
The first trial was a randomised, controlled clinical study, while the second was an open-label trial.
The two clinical studies enrolled 848 adult patients diagnosed with moderate-to-severe OUD, who began treatment with buprenorphine/naloxone sublingual film. The results were collated based on urine tests and self-reports.
Results demonstrated that a higher proportion of patients treated with Sublocade™ showed no evidence of illicit opioid use in the treatment period compared to the placebo group.
The most common side effects reported in patients treated with Sublocade™ were constipation, nausea, vomiting, headaches, drowsiness, injection site pain, itching at the injection site, and abnormal liver function.
Indivior also conducted an opioid blockade study on Sublocade™ 300mg to evaluate the subjective effects of illicit opioids, including drug-liking. The study was conducted for 12 weeks.
The results of this study showed that Sublocade™ 300mg fully blocked the drug-liking effects of potent opioid pain medication hydromorphone.
Indivior also conducted a 24-week Phase III pivotal clinical study on Sublocade™ 300mg. The patients were randomised to receive six once-monthly Sublocade™ 300mg doses, two once-monthly Sublocade™ 300mg doses, followed by four once-monthly Sublocade™ 100mg doses, or six once-monthly injections of placebo.
Results demonstrated that both Sublocade™ dosage regimens were superior to placebo in achieving more illicit opioid-free weeks. The overall safety of the drug was found to be consistent with the known safety profile of transmucosal buprenorphine.
The most common adverse reactions reported during the clinical study in patients administered with Sublocade™ were constipation, nausea, vomiting, abnormal liver enzymes, headache, sedation, and somnolence.
Once such long term opiate dependnt patient in Melbourne Australia started on the program in 2020. He has reported this as being a complete life changer. “I no longer need to think or worry about making my visit to the pharmacy everyday.” He reports.
I feel much more compfortable with the injection and I no longer need to plan my life around making sure I get to the chemist everyday.
A local medical centre in Altona Meadows, Melbourne Australia (Meadows Medical Centre) has begun to provide patients with this new treatment after a lenghty but successful trial peirod.
Dr Michael Aufgang MBBS, Dip.RACOG, FRACGP.
He has a special interest in drug and alcohol rehabilitation, disability and mental health.
An unprecedented momentum for the digitalization of medicine is the effect caused by the Covid-19 pandemic and which represented a leap towards an increasingly useful and widespread digital health.
Now that digital allows patients to quickly choose and connect to health services remotely and share their data online, the whole healthcare geography will change and the approach to health in 2021 will certainly be different for everyone.
Digital technologies have been part of our daily life for several years and yet, it is with the Covid-19 pandemic that the need for a radical innovation in the approach to health has arisen . Suspended care with lockdown and distancing regulations highlighted the limitations of traditional healthcare and the need for remotely accessible skills and services .
Here then is that technological innovation and artificial intelligence have pushed the digitalization of medicine, making available innovative solutions developed more and more around the health needs of people and less and less linked to the availability of doctors and hospitals.
This process of modernisation of healthcare involves not only telemedicine but also electronic health records, medical apps, big data and artificial intelligence, which integrated with traditional assistance will reinforce essential services, optimizing the entire information system.
Digital solutions at the service of health
The digitalization process of medicine has led people to heal themselves more and more independently by exploiting digital health solutions such as:
Telemedicine services: Television, Teleconsultation, Telemonitoring and Health Telecooperation services were also integrated into the clinical practicewhich ensured continuity of care (especially for chronic and frail patients), checkups, specialist opinions and get answers to simple doubts, without leaving home or physically meeting a doctor.
The government’s proposal is clear: it is a question of entrusting the management and use of these technologies directly to general practitioners. After all, Columbus’s egg is all there. It is feasible? What problems does it pose? It’s convenient? And the citizens will have any advantages? And what do the doctors think?
Entrusting the management of first-level diagnostic technology to general practitioners actually means skipping the issue of integration with the specialist, but this is nothing new.
For years, pharmaceutical companies have been supplying general practitioners with diagnostic equipment to promote their legitimate interests (spirometers, for example in the field of pulmonology) but from this long practice, the final balance is not as exciting as one might think.
The introduction of a diagnostic technology in the ordinary setting of a family doctor is not as simple as it appears, it poses problems of training, reorganization of the study, bureaucratic burden, new problems of responsibility, new problems of certification, but above all it raises problems of diagnostic quality in the light of the experiences made.
From the experiences made it emerges that:
• for the majority of cases the doctor uses the technology for a while but over time tends to abandon it, that is to say to prefer “ordinary administration” so that this technology often ends up in the cellar,
• the literature says that only the doctor with a “specialist vocation” (that is, which for some reason has a previous specialist training) somehow manages to make good diagnoses but all the others cannot avoid having recourse to the specialist for confirmation or verification,
• only the use continuous and regular technology is able to enable the general practitioner to be diagnostically reliable, discontinuous use for obvious reasons does not guarantee the accuracy that would be needed,
• although general doctors can be trained in the use of diagnostic technologies, they will in no way be able to emulate specialists who, unlike the former, are subjected to constant updating, so they will necessarily have to make a limited use of technologies delimiting the scope of their possible use to small pathologies.
Of course, each of these problems is “technically” solvable, since, one thing is to make an agreement with a pharmaceutical company, and one thing is to organize the first level diagnostic technology, in a convention, therefore being public money, to define conditions, guarantees and I also imagine limits and penalties.
The risk of inducing new inequalities and increasing professional responsibilities
Some criticisms of the government’s provision were made in this newspaper, the SMI, for example, declared itself “highly perplexed” ( Qs, November 4 ) and all remarked on the smallness of the allocation.
But beyond these observations, I personally do not believe that all general practitioners will join this initiative, indeed I believe that the minister will have to carefully evaluate the risk of new inequalities.
If it is true that in 10 years 70% of general practitioners will retire, then the average age of the vast majority of family doctors currently fluctuates around 59 years.
Well I do not believe that the doctor at the end of his career or close to retirement, with a normally onerous professional load, intends to complicate his professional life in order to increase his salary a little, accepting to update himself, to increase his work load and to reached his level of responsibility and therefore the occupational risks.
On the other hand, I believe that the question of the use of first-level technology may interest young people more who, however, in the light of the prospect of increasing the ceilings to 2,000 patients, have very little possibility of accessing affiliated medicine. Today there are few young people who enter the system.
Well, if my reasoning makes sense, I fear that if doctors have an inhomogeneous attitude towards diagnostic technologies, as I think, inequalities of access by citizens to primary care could be created, which frankly I would not wish for. Why should a citizen with equal rights be treated differently based on how the doctor’s office is organized?
popluarDomain Name Registration and Web Hosting for the Medical Industry.
Medical Media Production | Digital Health | Medical Data
Medical professionals always keep patient privacy at mind. When it comes to storing personal data, secruity is paramount.
One such domain name registration company in Australia “Domain Registration DNS” has been providing domain names and cloud hosting to the medical industry for the past three years and they have become popular with many clinical agencies. These domain names often have extra layers of security due to some content and media also being made available to the public.
Cloud Solutions should be customised and fit to each medical practice. You won’t get this addressed unless the cloud hosting company does not have the accompanying data for your medical practice. This needs to incorporate information such as your web speed, the quantity of clients, the product your practices wish to use, the Medical or Dental gadgets associated with the clinic, your printing and checking necessities and how ‘paperless’ you wish to become.
A large emphasis on security is also implemented when storing data in the cloud for medical practices. Many smaller practices often use an application called “Medical Director” which medical docotors and nurses use to access patient information, medication information and the despensing of prescriptions. Some practices choose store this data locally which can have it’s inherit problems when it comes to the integrity of the data and storing backups. However, when a cloud hosting solution is used the data is automatically uploaded to hosting servers stored in high speed secure data centres where backups are completed automatically. This insures a more robust remote storage solution without the constant worry of maintaining a disaster recovery plan.
Cheap domain name registration & Cloud web hosting has become widely available over the past fifteen years epseically since the concept of cloud hosting was first introduced on August 9, 2006. Storing large amounts of data is also becoming cheaper by the gigabyte. Before you choose a hosting provider to store your medical media and patient data in the cloud you first must make sure the hosting provider is HIPAA compliant such as Domain Registration DNS. Another popular and well know hosting company who is HIPAA compliant outsite of Australia is Liquid Web.
Just like most modern businesses, medical and the health industries rely greatly on the internet to perform many fuctions. Clincs, hospitals, pharmacies, labs, medical device producers — all use websites and online technology to communicate with patients, partners and suppliers. But many within the industry dont know that they’re no longer limited to .ca, .org or .com for their domain names. There are now over 30 health related domain names to choose from.
New domain names for the medical industry.
Hospitals, clinics, GPs, labs and pharmacies now have many more options for domain names
World wide the domain name system now has over 200 different domain name extentions.
As we mentioned in the above list outlines 30 different domain extentions that can be used in releation to the healthcare system enabling a larger technological health footprint on the public internet.
When you register a domain name for your medical practice it is highly recommended you ask your domain registrar about domain name locking for an extra added security measure.
New South Wales Australia