It was not until recently that people start to pay real attention to how important health care really is. Being one of the most vital industries in our society, it still suffers to keep up with all the recent technological events and innovations. Some of these innovations like the Internet of Things and cloud computing are still not incorporated in this industry. Iot and cloud computing could contribute a lot to the health care industry.
There are numerous ways how health care organizations can largely benefit from these innovations and control their exposure to risks. Of course, making such fundamental changes could put many lives at risk. And endanger many of their patients if the technological transfer fails.
There are numerous safety and security concerns and patients’ protected health information and personal medical devices could be at risk. All of these concerns are more than valid. Instead of focusing on the negative, we should concentrate on the positive.
Iot can bring so many relevant applications to the table. From facility operations, vital hospital equipment for patient care to insulin pumps and pacemakers, there is literally no end to the applications. The main concern of most hospitals is the lack of proper security regulation for these new Iot devices. That is why many think that by applying this new technology they would put patient’s lives at risk instead of increasing productivity and efficiency.
Technology is the solution
This is only because they are not aware of the simple ways how they could control their exposure to risk from Iot devices. All they need are already existing solutions in their data center. This is where cloud computing comes into play. Iot transforms the lives of health care patients and employees. And cloud computing help manage and process all that health care data. It can basically improve the whole network infrastructure of the entire hospital system.
The top benefits of cloud computing in the hospital environments would be largely. Improved relations between doctors and patients. The highest rate of efficiency, reduction of capital expenditures and ultimate flexibility. The health care data could be accessible to patients and doctors no matter where they are. This is all possible because of cloud computing and it can ensure business continuity. This will also allow them to keep their data centers in compliance with the newest and the latest industry standards. IoT and cloud computing could revolutionize the health care system and improve it.
You should take only the medications that your doctor has prescribed or approved. Over-the-counter drugs, such as aspirin, should not be taken without first checking with your doctor. If you have received a mechanical valve, medications called anticoagulants or blood-thinners (usually the drug is Coumading) may be prescribed to prevent blood clots from forming.
These medications work by prolonging the time it takes for your blood to clot. Anticoagulants must be carefully monitored by taking a blood test called a prothrombin time (protime) or an INR. Your doctor will prescribe a dose to keep the time or INR within certain parameters. The medication is usually taken once daily. It should be taken at the same time each day. It is important to take this medication exactly as prescribed. Your doctor also will tell you how often to have your time checked.
From time to time your medication may need to be adjusted based on your test. Anticoagulant medication limits your body’s normal ability to stop bleeding. For this reason, you should be especially careful about activities that could produce cuts or bruises. Any blow to the head could cause serious injury. If this occurs, you should be observed carefully for the onset of dizziness, headache, weakness or numbness in an extremity, any change in vision, or unconsciousness. Call your physician with any concern you may have.
People diagnosed with heart valve disease may be prescribed a medication that will help them to decrease the potential for any further risks and problems and to help them relieve symptoms. Medications can serve a very important purpose most of the time but the important thing to know is that a heart valve can start leaking. Unfortunately, there is no medication that can stop a valve from leaking.
Therefore, you should pay regular visits to your doctor and check the situation. Likewise, if a valve is too tightly constricted, there is no medication that can open it. Regardless of all this, the medication is still the best course of action absolutely. This is especially appropriate for persons who have mild valve conditions or who cannot undergo heart surgery. If medications cannot protect the heart properly, a valve replacement surgery is the only option.
If you are taking anticoagulants, you should tell your dentist or doctor that you are taking anticoagulant medications. It is sometimes necessary to adjust the dosage or stop the medication before a procedure to prevent excessive bleeding.
Prevention of Infection
Talk with your physician or surgeon about the prevention of infection. In order to prevent infection, it’s important that you receive preventative antibiotic treatment before any dental work (including cleaning), any urinary procedure (such as cystoscopy), examination of the colon, or implantation of any other medical device.
During these procedures, bacteria can be released into the bloodstream and cause an infection called bacterial endocarditis. Antibiotics are used to prevent this type of infection. Consult your doctor if any signs of infection, including any superficial skin infections, should occur.
Here are some of the most frequent questions that our patients usually ask. We hope that this section will be useful to you and that you will find what you are looking for.
All the information you find here is not a substitute for the opinions of experienced health care specialists and medical professionals.
1) Can a tissue or a prosthetic mechanical heart valve be fixed if it wears out?
Mechanical valves can last more than 100 years and they are never explanted. On the other hand, bio-prosthetic valves tend to wear out and if that happens, they must be removed and replaced.
2) What is the life expectancy of a patient with a tissue vs. a mechanical valve?
All patients that need a heart valve implant must continue the appropriate medical care after the procedure in order to make the implant last as long as possible. If properly taken care of, the valve will not fail. However, a tissue valve will eventually suffer tissue change that comes with the passing of time which may cause it to fail. The good thing is this can be managed accordingly.
3) How to take care of the valve properly?
If you maintain the appropriate medical care after the implantation, the valve will be fine and it will actually enhance your overall well-being.
4) Can patients with implants still perform sporting activities?
Some activities are even recommendable. However, the best thing to do is follow the suggestions given by your doctor.
5) Are there any allergy reactions to the valve materials?
Highly unlikely. There are some certain materials that most patients are allergic too and if you suspect that you might be one of these patients, you should discuss it with your surgeon.
6) Any recommended heart valve replacement options?
There are two options. Patients can make up their minds whether they will choose a tissue or a mechanical valve.
7) Tissue valve – the advantages and disadvantages
Tissue heart valve resembles the real heart valve in both function and form and was designed to significantly improve the patient’s quality of life. The greatest disadvantage is its durability. They can calcify and wear out which can result in irregularities in the way it functions. Most of the time, this results in the valve replacement.
8) The advantages of mechanical valve
Obviously, the biggest advantage would be the durability as well as performance. The whole process of implantation is a bit easier than with a tissue valve because a mechanical valve performs like a stentless valve and makes the whole implantation process less complicated.
9) When was the first mechanical valve implanted?
10) Can strong emotions damage the valve?