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here is  the youtube link that you guys can watch regarding the patient shares her journey with 

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here is  the youtube link that you guys can watch regarding the patient shares her journey with 

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youtube link : https://www.youtube.com/watch?v=4G3Pqt7gLK4

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Medical Robot continues view from my point of view..heehe..

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Medical Robot continues view from my point of view..heehe..

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https://www.sciencemag.org/robotics-and-medicine for more info, check out this article

The impact of robotics on medicine is undeniable. The success of Intuitive Surgical’s Da Vinci system has spurred a number of commercial ventures that have attracted large financial investments, such as Mako Surgical, Auris Medical, Medorobotics, and Mazor Robotics

According to Nelson (2019) he mentioned that as medical robotic systems become established in clinics around the world, one of the next paradigm shifts in the field will come from more precise, less invasive, targeted systems, an emerging area often referred to as micro- and nanorobotics.robotics and medicine.

Nelson (2019) also says that Micro- and nanorobots are small, motile devices that convert chemical or/and physical energy into mechanical actuation and have the potential to enable minimally invasive treatment and targeted drug/cell delivery with high precision. For active drug delivery strategies, these machines can locally concentrate therapeutic payload around pathologic sites to reduce the dose of administrated drugs and their systemic side effects.

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Example of Internet of things on health #4

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Example of Internet of things on health #4

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Connected contact lenses

Medical smart contact lenses are an ambitious application of the Internet of Things in a healthcare context. While the concept has a great deal of potential, so far, the science hasn’t always managed to live up to expectations.

In 2014, Google Life Sciences (now known as Verily, a subsidiary of Google’s parent company Alphabet) announced it would be developing a smart contact lens that could measure tear glucose and provide an early warning system for diabetics to alert them when their blood glucose levels had dropped or risen beyond a certain threshold. It partnered with Alcon, the eyecare division of pharmaceutical company Novartis, for the project.

However, the project attracted a great deal of scepticism from researchers who believed that the idea of measuring blood glucose levels via tears wasn’t scientifically sound – and ultimately, they were proven correct. After a lengthy period with no real news about project developments, in November 2018 Verily confirmed that the project was being shelved.

But other medical applications for smart contact lenses might prove more successful. Verily is still working on two smart lens programs with Alcon, which aim to treat presbyopia (long-sightedness caused by a loss of elasticity in the lens of an eye) and cataract surgery recovery.

Swiss company Sensimed has also developed a noninvasive smart contact lens called Triggerfish, which automatically records changes in eye dimensions that can lead to glaucoma. First developed in 2010, Triggerfish is now CE-marked and FDA-approved, meaning it is approved for marketing and sale in Europe and the U.S., and was approved for sale in Japan in September 2018.

Read more:

https://econsultancy.com/internet-of-things-healthcare/

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Example of Internet of things on health #5

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Example of Internet of things on health #5

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The Apple Watch app that monitors depression.
Mils (2017) stated that the Apple Watch isn't just a miniature version of the iPhone anymore. The wearable device's apps can significantly help people with serious health conditions such as depression and epilepsy.

Other than that, Godding (2017) also says that  The Apple Watch is being used to monitor patients with depression thanks to a specially designed app developed in Cambridge. Brain testing experts Cambridge Cognition have teamed up with big pharma firm Takeda, which until recently also had a presence in the city, to produce the app to assess cognitive function in patients with Major Depressive Disorder (MDD) as part of a new study.

Wearable technology doesn’t always have to be designed with a medical use in mind to have healthcare benefits. Takeda Pharmaceuticals U.S.A. and Cognition Kit Limited, a platform for measuring cognitive health, collaborated in 2017 to explore the use of an Apple Watch app for monitoring and assessing patients with Major Depressive Disorder (MDD).

The results from the exploratory study were presented in November 2017 at pharma and biotech conference CNS Summit.

The study found a very high level of compliance with the app, which participants used daily to monitor their mood and cognition. The app’s daily assessments were also found to correspond with more in-depth and objective cognition tests and patient-reported outcomes, showing that cognitive tests delivered via an app can still be robust and reliable.

Apple Watch app could also give patients and healthcare professionals more insight into their condition, and enable more informed conversations about care.
You guys can read more by clicking this link :

https://econsultancy.com/internet-of-things-healthcare/
https://www.universityherald.com/articles/67109/20170228/apple-watch-apps-help-people-depression-predict-when-epilepsy-will.htm

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Awareness about technologies in Healthcare

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Awareness about technologies in Healthcare

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For years, there has been a growing movement to consider patients’ time outside of the healthcare system as a key determinant of their health. As more and more technologies allow providers to apply new passive sensors, digital interventions, and other novel strategies, some experts are urging stakeholders in the health industry to remember those who may not normally be in a position to receive continuous care or practice healthy lifestyle habits.“Our healthcare system needs to be thinking about the home setting and the daily lives of the people that we’re trying to care for. Care needs to extend beyond the inpatient hospital setting and beyond the timeline in disease evolution when it’s too late to have the types of impact you can have with far fewer dollars

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The future of internet of things on health #1

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The future of internet of things on health #1

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Let say your smartphone got a message that your family member did not take medication at the proper time, which is frustrating. IoT in healthcare suggests a solution here. According to a study of WHO 50%, people don’t take medication as indicated by the doctor. This practice leads to the severe conditions of the patient. Ingestible sensors with magnesium and copper coating can trigger a signal if medication is not taken at the exact time.

Insight of application:

Monitors if patients are taking the medication at the wrong time, which can cause side-effects.

Research is going on if it is possible to track chronic disease.

In the area of mental health, this application can play a vital role in cure as you know psychiatric patients hardly take medications.

This application is very cost-effective as it ensures the consumption of medication.

IoT healthcare solutions like this example can reduce the daily life pressure of the caring patient.

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Example of internet of things on health #3

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Example of internet of things on health #3

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Parkinson's patient need to be observed at every moment. IoT applications in healthcare provide a solution. Research results like “Movement disorder API” can detect abnormal footstep, instability of stride length in patients to draw a graph pattern. The doctor analyzes and checks data from the cloud and suggests relatives of those patients what to do.

Insight on application:

Analyzes every pattern of the patient and notify physicians who are impossible for real life.

The procedure is continuous and automatic, that reduces pressure.

Early detection is possible by analyzing symptoms.

FOG(freezing of gait) is a condition of Parkinson’s patients when then they experience a sudden lack of movement. Researchers are working to detect the FOG stage in a more accurate way possible.

One of the promising examples of IoT healthcare solutions is the Parkinson monitoring application. It can bring a revolution.

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As we all know maintaining the expensive equipment is quite hard. The authorities can cut the cost while also using the equipment.
Not all countries can afford the budget which is certainly very high
.There is nothing more important than health, and there is no excuse for failing equipment. Proper maintenance and repair should be a high priority for every medical professional and related business working with medical equipment.

Here are what the authorities can do. : https://www.managedhealthcareexecutive.com/health-management/five-ways-hospitals-can-cut-equipment-maintenance-costs

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Example of internet of things on health #2

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Example of internet of things on health #2

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Hearing aid is familiar but ioT based hearing aid is something that connecting all internet enable devices serves a great purpose of making our life easier.

Insight of application:

Advantages of listening doorbell ring anywhere from the world by hearing aid if both devices are connected via the internet.

Possible to turn the light on or off from remote places on voice command.

Very helpful to listen to the sound in a noisy environment, which is a blessing of IoT in the healthcare sector.

With the use of the smoke sensor, it is possible to use it as a smoke detector.

Users can listen to several conversations at the same time.

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Internet of things in healthcare: applications, benefits, and challenges

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Internet of things in healthcare: applications, benefits, and challenges

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In the world that rapidly growing and developing, everything can only be obtain with a great cost. For example basic healthcare. That is where internet coming really useful in providing assist for the human population. Internet of things features such as an application can monitor one's medical condition without be needed for the to go for a checkup and by that they can save a lot of money and time.

For more information here is the link:
https://www.google.com/amp/s/www.peerbits.com/blog/internet-of-things-healthcare-applications-benefits-and-challenges.html/amp

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Lack of adequate systems, infrastructure leading to hospital-associated infections

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Lack of adequate systems, infrastructure leading to hospital-associated infections

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Not all country have the budget to get these technologies. For example Africa, Egypt, India and other poor countries.
Well maintained, properly functioning medical equipment is vital for the health and well being of hospital patients, clinic patients, people benefiting from assisted living, and in home medical patients. Dental and veterinarian medical equipment is also important to maintain and repair.

Why? Patients of all types depend on their medical professionals to provide the best care possible, and having well maintained, properly functioning medical equipment is the only way to do so. The last thing a medical professional wants is for an important piece of equipment to malfunction or fail when it is needed for a patient.

Here is the link for more information : https://www.livemint.com/Science/O8FeBWuLKvgEKrLvvUzxKL/Lack-of-adequate-systems-infrastructure-leading-to-hospital.html

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Our 2018 healthcare data breach report reveals healthcare data breach trends, details the main causes of 2018 healthcare data breaches, the largest healthcare data breaches of the year, and 2018 healthcare data breach fines. The report was compiled using data from the Department of Health and Human Services’ Office for Civil Rights (OCR).
Read More : https://www.hipaajournal.com/analysis-of-healthcare-data-breaches/##targetText=Except%20for%202015%2C%20the%20number,83%25%20more%20breaches%20that%202010.

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Internet-of-things technology implementations have raised numerous concerns around personal data privacy and security. While many of today's devices use secure methods to communicate information to the cloud, they could still be vulnerable to hackers.

Beyond personal data being stolen and misused, IoT devices can be used for harm. Simply put, IoT in healthcare can be life-threatening if not properly secured. While a fictional example, a 2012 episode of Homeland demonstrated a hacked pacemaker inducing a heart attack. Former Vice President Dick Cheney subsequently asked the wireless capabilities of his pacemaker be disabled. In 2016, Johnson & Johnson warned one of its connected insulin pumps was susceptible to attack, potentially allowing patients to deliver unauthorized insulin injections. Then, in 2017, St. Jude released patches for its vulnerable remote monitoring system of implantable pacemakers and defibrillator devices. These are just a few of the medical IoT attacks that have made headlines.

To counter these risks, the U.S. Food and Drug Administration (FDA) has published numerous guidelines for establishing end-to-end security for connected medical devices, and regulators will likely continue to regulate connected devices used by patients. In late 2018, the FDA signed a memorandum of agreement with the Department of Homeland Security to implement a new medical device cybersecurity framework to be established by both agencies. It also issued a draft update to its premarket guidance for connected healthcare device manufacturers in 2018 to ensure end-to-end security is built in during device design and development stages.

Read more: https://www.google.com/amp/s/internetofthingsagenda.techtarget.com/feature/Can-we-expect-the-Internet-of-Things-in-healthcare%3famp=1

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In the past decade, internet-connected devices have been introduced to patients in various forms. Whether data comes from fetal monitors, electrocardiograms, temperature monitors or blood glucose levels, tracking health information is vital for some patients, though many of these measures required follow-up interaction with a healthcare professional. Yet, the use of IoT devices has been instrumental in delivering more valuable, real-time data to doctors and lessening the need for direct patient-physician interaction.

Early applications of IoT in healthcare also included smart beds that detect when they are occupied and when a patient is attempting to get up. A smart bed can also adjust itself to ensure appropriate pressure and support are applied to the patient without the manual interaction of nurses.

Another area where smart technology quickly became an asset in healthcare is when coupled with home medication dispensers. These dispensers automatically upload data to the cloud when medication isn't taken, or any other indicators for which the care team should be alerted.

Read more:
https://www.google.com/amp/s/internetofthingsagenda.techtarget.com/feature/Can-we-expect-the-Internet-of-Things-in-healthcare%3famp=1

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Example of internet of things on health #1

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Example of internet of things on health #1

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This mobile medicine tools contain remote monitoring element. It can read the heartbeat of heart attack patient and alarm the patient if the reading is out of normal.

AliveCor, Inc. is pioneering the creation of FDA-cleared machine learning techniques to enable proactive heart care and is recognized around the world for transforming cardiac care. The FDA-cleared KardiaMobile is the most clinically validated mobile ECG solution on the market. It is recommended by leading cardiologists and used by people worldwide for accurate ECG recordings. KardiaMobile, and KardiaBand, when paired with the Kardia app, provide instant analysis for detecting atrial fibrillation (AF) and normal sinus rhythm in an ECG. Kardia is the first A.I. enabled platform to help clinicians manage patients for the early detection of atrial fibrillation, the most common cardiac arrhythmia and one that leads to a five times greater risk of stroke.

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Advantage of internet of things of health #3

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Advantage of internet of things of health #3

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Most of mobile medicine tools contain an element of behaviour modification. This element allows our body to be analysed and evaluated according to the things that we consumed for the day and how we behave accordingly. For example, you ate too much ice cream and your sugar level is increasing, behaviour modification in your mobile medicine tools would focus on the changes of your behaviour, tells you of what can be done to prevent it or what will happen if you ignore the sign. This concludes that internet of things on health teach us of the goods and bads of our body from the changes in our behaviour. From there, it can also teach us on how to modify our eating behaviour and improve our health.

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Advantage of internet of things on health #2

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Advantage of internet of things on health #2

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Well, apart from mobile medicine sector having the remote monitoring function, there is also an element of telemedicine. Telemedicine tells you of what you can do to be relieved of any kind of pain before receiving proper medical assistance from the professional. For example, what happened when a family member of yours is having a minor heart attack or heavily wounded and needs instant medical assistance, telemedicine will need you to list down the symptoms before they can provide ways for you to treat the patient. Telemedicine can even tells you what to do when your infant is chocking instead of letting you fall into a panic state of mind. With mobile medicine, medical aid is instant and it can lower the risk of fatal.

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Smart Fridge by Weka for vaccines, which addresses mainstay issues in vaccine management such as storing vaccines at a recommended temperature, the reliability of electrical power, and inventory errors leading to spoilage. The Weka Smart Fridge allows remote monitoring to ensure vaccines are stored at the correct temperature, and automated inventory management services allow clinicians to feel at ease and updated about storing vaccines. The supplementary kiosk allows health practitioners to log on and specify the vaccine that is needed, at which point the Smart Fridge provides access to the single vial that was requested, leaving the rest of the inventory undisturbed. Not only does the Smart Fridge streamline the process of interacting with vaccines, it also allows for data to be analyzed and trends to be harnessed to create better vaccine programs, especially in high-risk rural areas.

Read more: https://www.medicaldevice-network.com/comment/bringing-internet-things-healthcare/

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Orthoses (AKA Exoskeletons)

We all want to be Iron Man at least a little bit, but robotic exoskeletons have more medical applications than superhero ones.

For starters, they are being used to help paralyzed people walk again, which is nothing short of a miracle.

They can also be useful for correcting malformations or for rehabilitation after a brain or spinal cord injury by providing weak muscles with the extra help they need to perform movements and begin healing the damage.

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So guys, this is a link for a scene in the movie called elysium. This movie is about how internet have influenced the medical procedure in the future
https://youtu.be/f4gmgTebHog

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daVinci

We begin with perhaps the most ubiquitous of medical robots, and the standard for Robot Assisted Surgery.

This is a machine that blurs the line between “robot” and “medical tool” since the device is always under the full control of the surgeon, but the advancements it has fostered are astounding.

Using the daVinci system, operations can be done with just a few tiny incisions and with the utmost precision, which means less bleeding, faster healing, and a reduced risk of infection.

And while daVinci has been around for almost eighteen years now, it has continued to get more and more advanced, but with big tech companies quick on daVinci’s heels to develop similar systems with more autonomous features and a wider range of abilities, who knows what’s next in this field.

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Advantage of internet of things on health #1

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Advantage of internet of things on health #1

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The usage of internet in medical healthcare has started to be the focus of people as it gives many benefits especially in this modern world.
Researchers believed that the existence of mobile medicine will help the smoothen the flow of medical healthcare. The first element of mobile medicine tools is remote monitoring. Remote monitoring allows patient to be evaluated at all time and everywhere they are. Patient with diabetes will be benefited most from using this tools as it can reads their sugar level for them without having the trouble going to a clinic or hospital. Traditionally, without the help of mobile medicine, the elders would have to see the doctors to get their glucose level read and it is also very time consuming as they also need to wait 2 to 3 days for the result from the lab. So, with mobile medicine, it helps lessen the burden of the elders by saving their time and money.

Insight of application:

Helps underprivileged rural people with extent reach of the doctor so that proper guidance can reduce the death rate in rural are.

Reduce travel and hospitalization costs overall.

Timely access to data by medical personnel increases the potential of this application.

Increasing demand for this type of IoT applications in healthcare as anytime anywhere access is possible.

Sends notification to doctors if the patient does not take medicine regularly.

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https://youtu.be/0diO_ncnpNs

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so this picture shows a few gadget  or electronic device that they use

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Assalamualaikum everyone

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I also found out that internet also can be use as a diagnostic tool