Blog

July 6th, 2015

HealthcareIT_Jun22_AWe’ve been hearing about nanotechnology for a while now, but it still seems a long way off. However, recent advancements in nanotechnology could revolutionize the healthcare and medical device industry, and change the landscape of healthcare delivery forever. Nanotechnology, the science of extremely small materials, holds the key to improving healthcare, from delivering drugs more effectively to providing better patient care and much more. You’re truly missing out if you’re not taking advantage of this groundbreaking innovation. Here’s how nanotechnology could change healthcare for the better.

Nanotechnology and cancer

The traditional method for curing cancer is chemotherapy, whereby patients take certain drugs to kill cancer cells before they spread. The powerful medication circulates in the bloodstream and directly damages the cancer cells that are growing and multiplying. But chemotherapy has the unfortunate side effect of also killing regular cells, which makes patients extremely sick and susceptible to other ailments.

Through the use of magnetic nanoparticles in a miniature resonance sensor, doctors are able to detect cancer early, increasing the patient’s chance of survival. Scientists have started using nanotechnology to devise a highly specific method of killing cancer cells. The process involves inserting nanotubes into cancer cells and exposing the tissue to laser light, heating up the nanotubes and killing the cancer cells while leaving the healthy cells unharmed.

Nanotechnology and brain disorders

Nanotechnology has made it possible for researchers to collect in-depth data on the human brain. By using nano-scale diamond particles, the brain’s activities are converted into frequencies of light that can be registered by external sensors, allowing researchers to study the brain in much greater detail.

With a microscopic size of just a billionth of a millimeter, nanoparticles are able to cross the blood brain barrier and access the brain’s remote areas. They have also shown tremendous potential in being a useful alternative to diagnosing and treating neurodegenerative diseases.

Nanotechnology and diagnostics

Nanotechnology has the potential to revolutionize the way we collect medical data. Doctors are able to distribute nano-scale diagnostic devices throughout the body in order to detect chemical changes on the spot. This allows for real-time tracking of a patient’s health status.

Diagnosis techniques based on nanotechnology also provide several advantages, including complete diagnosis and treatment with just one visit to the doctor, rather than needing multiple follow-up visits. Another benefit is the accurate and early detection of diseases, which allows doctors to potentially stop diseases before they can cause more damage to the patient.

Want to learn how you can implement nanotechnology into your medical practices? Drop us a line today and get advice from our experts.

Published with permission from TechAdvisory.org. Source.

June 8th, 2015

HealthcareIT_Jun8_AThe past few years have seen rapid technological advancements in the medical industry, and healthcare institutions are focusing more than ever on implementing devices that deliver cheaper, faster, and more efficient patient care. Thought leaders in the healthcare industry are pushing out new ideas and technologies that are capable of increasing patient safety and survival rates - here are the latest innovations in medical practice.

Electronic aspirin

For people who suffer from daily or chronic headaches, or excruciating facial pain, taking ordinary aspirins may no longer do the trick. Now scientists have invented a new technology that is attached to Sphenopalatine Ganglion (SPG) in order to alleviate migraines and other similar pains. The electronic aspirin is a patient-powered tool for blocking SPG signals at the first sign of a headache.

The system involves the permanent implant of a small nerve-stimulating device in the upper gum on the side of the head. The tip of the implant connects to the SPG, and when a patient feels the first signs of an imminent headache, they simply place a remote controller on their cheek, next to the implant. This triggers an electronic charge to stimulate nerve cells and block the pain-causing neurotransmitters. In tests, the end results showed clinical improvement in 68 percent of patients, who stated that they felt less pain.

Insulin patches

Diabetes self-care is a pain - literally. As well as conducting your own glucose blood tests, you also need to take daily insulin shots, which increases the risk of infection. Insulin patches are designed to deliver insulin painlessly through the skin similar to how transdermal patches like nicotine patches and muscle pain relief patches work.

An insulin patch is placed on the skin, and agents in the patch help insulin to pass through the skin and into the blood vessels. It can also be used to read blood analytes through the skin without actually drawing blood. The technology utilizes an electronic device that removes top-layer skin cells to place the patient’s blood chemistry within the signal range of the patch’s biosensor. The data is transmitted data wirelessly to a remote sensor, which emits an audible alarm if glucose levels are too high.

Cancer scanner

A surgical biopsy is an effective way to identify and diagnose skin cancer. But more often than not doctors find it hard to make the right call, and patients are left with unnecessary biopsy scars and end up paying for the high cost of surgery. The cancer scanner is a handheld tool used for tissue analysis and is not used to confirm a clinical diagnosis of cancer, but rather for when a dermatologist needs additional information to make the decision to perform a biopsy.

These healthcare innovations can reduce the overall cost of medical care, and help medical experts and patients to respond to health issues quickly, as well as to take preventative measures. If you’re looking to implement technology to your healthcare business, contact us today and see how we can help.

Published with permission from TechAdvisory.org. Source.

May 25th, 2015

HealthcareIT_May25_AHealthcare institutions today are increasingly opting for mobile devices to increase their employees’ productivity and collaboration, and to deliver better patient care and customer service. Yet the benefits come with the potential risks of data breaches and threats. Without proper security measures in place, hackers could steal patients’ healthcare data and use it for personal gains. Protecting patients’ information is a must for your healthcare organization - here’s how you can secure healthcare data.

Encrypt data

Data encryption stops hackers in their tracks of stealing information. When you set up connected device systems with service providers, whether it’s cloud systems or data transfer channels, make sure that data traffic of the device and its software application is encrypted when communicating your institution’s private networks and those of your outsourcing providers’. Personal healthcare information can be compromised during the collection and transmission processes. Encrypt data to protect information from being stolen.

Protect passwords

When setting up a system, connected devices are automatically deployed with default usernames and passwords, most of which are all too familiar for attackers. After setup is complete and before critical information is collected and transmitted, you should change the password immediately. Also, the connected device network shouldn’t be configured in a way that exposes authentication credentials in your institution’s network.

Authorize devices

Privacy protection can be strengthened by securing device and authorizing permissions. The devices should be configured to prevent data from being accessed or removed by all others except the authorized device holders. Restrict devices from accessing data beyond its intended operation, and set up permissions so that the generated data can only be accessed by an authorized person with a need to handle the information.

Inspect personnels

One of the loopholes in healthcare data security lies in employees. Former employees - both of your healthcare institution, vendors and its subcontractors - can be the source of unauthorized disclosure. Check for potential data breaches regularly, detect and repair the damage before it spreads. Additionally, issue security policies and watch over your current employees to ensure good personnel practice. This is especially important at the network administrator level, since that manager holds the key to your healthcare data.

As a healthcare business owner you should enter into agreements with your IT service provider to ensure the connected devices and network system is up-to-date and protected by multiple layers of security.

If you want to learn how to protect your healthcare institution from hackers, get in touch with us today - our cybersecurity experts are on hands to help.

Published with permission from TechAdvisory.org. Source.

May 11th, 2015

HealthcareIT_May11_AWe are living in an age where technology is transforming every aspect of the way we live. Perhaps the most important area in which innovations are making a huge impact is the healthcare industry. Healthcare institutions are leveraging technology to drive better medical practices, increase access to information, and improve the overall patient experience. Here are some tech trends we can expect in today’s healthcare operations.

Health information exchange

Electronic Health Information Exchange (HIE) allows doctors, nurses, pharmacists, other healthcare providers and patients to access and share a patient’s medical information through a secured network. HIE systems facilitate the efforts of physicians to meet high standards of patient care. They also cut medical expenses on information transmission, including physical mailing of patient records, manual printing, scanning and faxing of documents, and phone bills.

3D printing

As 3D printing technology evolves, its medical uses are becoming increasingly apparent. It could assist in the development and manufacture of medical devices, such as prosthetic limbs and other body parts, and fluidic modeling. Professional 3D printers allow doctors to plan complex surgery by converting the patient’s bone structure, blood vessels and internal organs into a 3D-printable digital file that can be manipulated and studied beforehand. It is therefore likely that 3D printed medical and surgical guides will become a standard procedure for several operations, including heart surgery, knee replacements, cranial implants, hip operations, and many more.

Telemedicine

Telemedicine makes it possible for patients to connect with doctors using mobile devices and video-calling applications. It implements a variety of communications media, ranging from teleconferencing to image sharing and patient monitoring, to provide better medical services to patients. It is considered a cost-effective approach to treating health conditions including diabetes, hypertension, and sleep apnea - physicians could monitor a patient’s condition and proceed to treatment immediately when something is wrong.

E-prescriptions

Doctors having to manually write prescriptions for patients is now a thing of the past for a growing number of healthcare providers. With the introduction of e-prescriptions, doctors are able to enter a prescription directly into the computer. The prescription is then transferred to a local pharmacy’s store. E-prescriptions are fast and reliable, sending information to the pharmacy through a private, secure, and closed network, before you have even left your doctor’s office.

Cloud computing

Researchers are taking advantage of the cloud by virtualizing massive amounts of healthcare data. Doctors can transition paper medical records to a digital format and store them in the cloud, allowing for easier access and analysis. With the cloud, patients are granted access to their medical information and doctors are able to see a more complete picture of a patient’s medical history.

Tech trends in healthcare are rapidly moving forward, and it’s important for healthcare institutions to keep up with the ongoing changes to provide better clinical services. For more information on how to implement technology into your healthcare business, get in touch today.

Published with permission from TechAdvisory.org. Source.

April 13th, 2015

HealthcareIT_Apr13_AAdvancements in medical technology allow doctors to provide better treatment and diagnosis to their patients. From electronic medical records to mobile devices, patients and physicians are reaping benefits from these new technologies. Additionally, a growing number of healthcare institutions are implementing Google Glass in their medical operations. Google Glass wasn’t originally designed for medical use, but many of its features allow for more efficient medical services.

What is Google Glass?

Google Glass is essentially a wearable computer with an optical head-mounted display. Glass has a small prism-like screen in the upper corner of the frame, which allows users to see and interact with information using a voice command system. Google Glass has a wide range of applications available to empower its functionality.

How Google Glass revolutionizes healthcare

Glass allows medical professionals to select and install healthcare applications. These applications are specially designed for medical usage, whether it’s to enable real-time access to patient information or to stream live video for educational purposes. Here are five ways Google Glass can enhance healthcare.
  • EMS communication - During emergency patient transportation, Google Glass provides a connection between EMS ambulance staff and the emergency department team at a hospital. Glass allows paramedics to stream live images and videos from the ambulance to awaiting emergency room doctors, who can view the patient’s injury before arrival. Doctors are able to give initial treatment advice to paramedics. They can also prepare resources such as the operating room and medical equipment, in order to start treatment as soon as the patient arrives.
  • Virtual dictation - According to a survey, doctors typically spend a third of their day on the computer, either to input or retrieve patients’ electronic medical records. Augmedix, a Google Glass application, eliminates these time-consuming processes and allows doctors to gain access to real-time patient data without being tethered to a computer. Doctors can communicate with their patients while browsing data via Glass by using simple voice commands.
  • Patient care instruction - Every patient has different symptoms and medical needs. Healthcare staff with Glass can provide better treatment by viewing a patient’s medical records, what their families have had to say during medical consultations, and instructions from doctors. These recorded instructions ensure a patient’s safety, even if they are unable to recall their own care instructions.
  • Procedure analysis - When it comes to medical services, it is simply not acceptable for patients to be negatively impacted by an error in the healthcare system. Google Glass enables medical staff to review emergency and operation procedures for training purposes. This improves accuracy for future procedures and also reduces the margin for error.
  • Medical training assistance - Glass can literally walk medical students through surgical procedures. Doctors wearing Google Glass can project real-time visibility during surgical operations, giving the perfect point of view for observers. Glass can also record videos for future reference. This gives medical students or trainee staff far better insight into the whole procedure, rather than trying to view it from around a crowded operating table.
Google Glass is here to stay in the healthcare industry. If you want to learn how to implement wearable technology in your medical practice or hospital, give us a call today.
Published with permission from TechAdvisory.org. Source.

March 16th, 2015

HealthcareIT_Mar16_AMedical institutions rely on their healthcare systems to facilitate the needs of their patients, whether through electronic medical records, prescription management or data entry software. Unfortunately, most healthcare service providers don’t realize how vulnerable their IT systems are to cyber attacks. One of the contributing factors to data breach is digitization. While there are several benefits of converting medical data from paper records into electronic files, there is no denying that it increases the risk of data theft. And since stolen healthcare information can be used to commit identity theft and financial crimes, securing healthcare data has become more important than ever.

According to healthcare security experts, healthcare data breaches are on the rise due to the high prices the data can command on the black market.

From financial information to medical information

In the past few years, cybercriminals’ focus has been on stealing financial data, including credit card numbers and personal information. But things are taking a turn, the result of financial institutions fortifying their database and raising client awareness of the problem. This is making it more difficult for hackers to steal financial data, let alone use them. Banks do their bit to protect their customers, too, by quickly identifying and canceling compromised credit cards.

Stronger data protection measures have forced criminals to turn their attention to medical data, which is typically much less secure. Patient data includes an individual’s date of birth, medical and physical records and social security number - information that can’t be easily reset, and that is significantly more valuable than credit card data.

Securing healthcare data

Healthcare data has become more attractive to criminals, and it’s crucial that medical institutions take necessary precautions to secure their patients’ information from data thieves. Here are some best practice measures to secure healthcare data.
  • Protect the network and Wi-Fi - As hackers use a variety of tools to break into IT systems and obtain medical records, healthcare organizations need to invest in secure firewalls and antivirus software to deploy on their healthcare devices. Network segregation is also a wise move so that, in the event that a breach does occur, the attacker can’t instantly access all of your organization’s information at once.
  • Educate employees - Staff members need to receive lessons about information security, including setting passwords, spam filters, protection against phishing, and other kinds of data breach methods.
  • Data encryption - Encrypting data is one of the safest ways to secure it. Healthcare institutions can encode patients information in such a way that only authorized users can access it. Multi encryption is also an effective way to keep out intruders.
  • Physical security - Most healthcare institutions still retain their patients’ records on paper, stored in cabinets. Ensure that all loopholes are covered by installing surveillance cameras and other physical security controls, such as electronic door locks.
It is of crucial importance for healthcare providers to secure sensitive information, in order to gain and retain the trust of your patients. If you want to know how your organization can better protect your patients information, give us a call.
Published with permission from TechAdvisory.org. Source.

March 3rd, 2015

Financial analysis concept 1Healthcare organizations have an extremely dynamic work environment - doctors, nurses, staff and patients are constantly on the move. In spite of all the stress and pressure, the organization must do its best to lower costs while trying to improve patient satisfaction and safety. This is why healthcare administrators are increasingly relying on wireless technology to facilitate their patients and operate more efficiently. Here are some examples of how wireless technology is providing new solutions to healthcare businesses.

Managing staff workflow

Working in a hospital can be an exhausting experience, in a stressful environment and under time pressure. This can affect staff performance in delivering service to patients. You can track staff movements, to gain a better understanding of workflow, by deploying ID badges with a radio frequency identification (RFID) tag that can be linked up to the hospital’s Internet connection. The badges will then collect data and it can be analyzed for possible improvements to processes.

Better inventory of medical equipment

Sometimes it’s hard to keep track of medical equipment and devices in storage. Wireless RFID technology allows users to track not only the location of the equipment, but also its condition and status. This way it’s easy to tell at a glance whether the equipment is in use or not. RFID also prevents staff from spending hours searching for missing tools, so doctors and nurses can focus on caring for patients. Simply put, you’ll always find the equipment you need, in the right place and at the right time.

Increasing security

Wireless technology can be used in different ways to boost security. For instance, attaching an electronic tag to an infant can help prevent child abduction from hospitals. Another way to implement this is to let staff wear ID badges embedded with a RFID tag. Whenever a member of staff enters a patient’s room, his or her name, photo, and job function will display on the patient’s bedside monitor. This allows the patient to quickly identify the members of the team responsible for their care. The patient’s family will also be able to find out who has visited the patient and when.

Accessing and analyzing data

Healthcare organizations are increasingly turning to cloud-based data storage. And when wireless signal devices are installed around the hospital, the data will be available to all staff in the area. Many healthcare organizations are also adopting analytical software to perform data mining - a process in which data is analyzed to provide new information and deeper insight into operations.

Automating environmental monitoring

There are many cases in hospitals where the environment needs to be monitored closely. For instance, hospitals usually have a number of refrigerators spread across the site that are used to store vaccines, medicines, or even tissue samples, and which must be kept at a carefully controlled temperature. Equally, hospitals often have to maintain appropriate humidity levels within certain rooms. This is where wireless technology can help. By attaching sensors to wireless RFID tags that can send the room’s temperature and humidity information over a Wi-Fi connection, staff can record data at regular intervals and be alerted if the conditions exceed an acceptable range.

Wireless technology not only improves efficiency, but it also saves time and money. Talk to us today about incorporating wireless equipment into your healthcare facility.

Published with permission from TechAdvisory.org. Source.

December 3rd, 2014

GeneralHealthIT_Dec03_AYou may not want to rely on the Food & Drug Administration’s (FDA’s) app approval system: Roughly 90 percent of Android health-care apps have been hacked, and 22 percent of them were FDA-approved. That information comes from the latest State of Mobile App Security report from Arxan Technologies, which attributed the high rate to a lack of information, security training and resources in the health-care field.

Of health-care apps, none that were Apple iOS-based have been hacked. But, looking at all apps, the risk is close between Android and iOS. Looking at the top 100 paid apps, 97 percent of those that are Android-based have been hacked, and 87 percent of those that are iOS-based have been hacked.

Because health-care apps tend to hold confidential patient information, these breaches present serious risk. “Make application self-protection a new investment priority, ahead of perimeter and infrastructure protection,” says Joseph Feiman in a Gartner Maverick Research report, “Stop Protecting Your Apps; It’s Time for Apps to Protect Themselves.”

Click here for an infographic that shows the state of app security, and contact us if you are looking to make sure that your apps are secure.

Published with permission from TechAdvisory.org. Source.

November 3rd, 2014

HealthcareIT_Nov03_AMedical Group Management Association (MGMA) 2014 annual conference attendees were fortunate to get some tips for improving patient satisfaction from Joan Hablutzel, senior industry analyst with the MGMA—because doing so is essential to the success of a medical practice in an increasingly competitive health-care marketplace. Here are 10 of them.

  1. Say hello and smile when patients arrive to acknowledge their presence.
  2. Answer the phone in three rings with a consistent greeting to show the practice views the patient as an individual.
  3. Show empathy in your communication with the patient by observing his or her mannerisms and responding in kind.
  4. Explain what is going to happen, whether it’s a process or a procedure.
  5. Don’t interrupt when a patient is talking.
  6. Look for signs that a patient is dissatisfied or concerned—and when you hear concerns, don’t ever leave it at “I don’t know.” Find someone who does.
  7. Always respect patient confidentiality.
  8. Live up to your promises. Set time estimates and update patients if they change, apologizing when necessary.
  9. Say goodbye and wish the patient well upon departure to affirm respect.
These steps may be simple, says Hablutzel, but implementing them can truly transform the way staff members interact with patients, boosting their perception of your practice and driving growth. Contact us today to see how our systems can help.
Published with permission from TechAdvisory.org. Source.

October 3rd, 2014

Genhealth_Oct02_AFor the first time ever, achieving meaningful use depends on patient behavior: Meaningful use Stage 2 requires at least 5 percent of a health-care provider's patients to be engaged in their own care— either through an electronic medical record (EMR) or an online portal.

The push for patient engagement is understandable, if data provided by the Robert Wood Johnson Foundation is accurate. According to the foundation, patients who are not engaged in their own health care can cost 21 percent more than patients who are highly engaged.

But, many health-care providers are worried about the patient engagement requirement, and for good reason: To some extent patient engagement is out of the physician’s control. But it doesn’t have to be, with good communication, both in the office and via electronic followup.

The first step is letting your patients know you have an online portal, which they may not be aware of. According to a survey from Technology Advice, a consulting firm, 40 percent of people who saw a primary-care physician within the last year didn’t even know if the physician offered a portal.

Keep in mind, however, that you may want to do more than create and communicate about a patient portal. By creating a vehicle that connects all stakeholders across the health-care continuum—patients and physicians alike—you truly elevate the patient experience.

If you are looking for help meeting these requirements, contact us today to learn how our systems and experts can support your practice.

Published with permission from TechAdvisory.org. Source.