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Bringing Digital Transformation in Healthcare to Healthcare Professionals

by Gauri Kolhe

The way people bank, travel, and shop is changing because to technology. However, it hasn’t yet had a big impact on the healthcare sector. A patient-focused approach to healthcare is built on the foundation of digital revolution in healthcare.

Healthcare providers will be able to operate more efficiently, comprehend patient needs, foster loyalty and trust, and give a better user experience. Additionally, gathering and extracting the data offered by digital communications will be useful.

Healthcare providers will consider fresh approaches to add value through fostering loyalty and trust by understanding the requirements and habits of target users. Knowing how to stay up with the digital transformation of healthcare as a provider might be overwhelming.

1. The rise of on-demand healthcare:

  • On-Demand services in the present day order a Technology-Driven World. The healthcare sector is undergoing a rapid development, and they are compelled to improve the accessibility of services. Nothing a lot has changed in terms of health. Patients believe that they need an immediate answer to their concerns, and that is where our on-demand healthcare service can be helpful Digital Transformation in Healthcare. Due to the increasing need for on-demand healthcare among patients with hectic schedules, the healthcare sector is entering an era of digital innovation.
  • The development of telemedicine is one of the biggest changes in the US healthcare system. Telemedicine is rapidly developing in a large country like the USA, where access to healthcare practitioners is constrained. 90% of the healthcare executives polled said their companies had begun developing or integrating telemedicine systems.
  • The use of videoconferences for patient and physician consultations is among the best instances of telehealth technology. Virtual appointments make it easier for patients to communicate with doctors in isolated or rural locations where access to healthcare is scarce.
  • The use of wearables and IoT-based health sensors by healthcare practitioners to remotely monitor patients’ illnesses and activities is another application of telehealth technology. One of the basic tenets of content marketing is that you must figure out where your target audience hangs out so that you can reach them there, in this case, on mobile devices. Given that 77 percent of Americans own a smartphone, this is hardly surprising.

2. The importance of big data in healthcare

  • Big Data is revolutionising how we utilise, analyse, and manage data across all industries. Healthcare is one of the industries with the most promise since it may be used to prevent diseases, improve quality of life, save costs associated with treatment, and predict epidemic outbreaks. The best ways to use the vast amounts of data that can be collected by health practitioners Digital Transformation in Healthcare. Big Data use in healthcare can result in beneficial and life-saving effects.
  • Emerging technologies have made it simpler to gather crucial healthcare data as well as transform that data into insightful information that can be used to deliver better treatment. Health care workers may anticipate problems and find solutions before it’s too late by using data-driven insights. Big data compiles data about a company from sources including social media, e-commerce, online transactions, and financial activities and discovers patterns and trends for later use.

3. Patients prediction for improved staffing

  • How many employees should a healthcare shift manager have on duty at any given time is a common problem. The risk of unused labour expenditures and resources exists if a manager retains an excessive number of employees. On the flip hand, providing subpar customer service can also have a negative impact on the health of the patient.
  • Big Data can help with this problem. The number of expected patients at the hospital or clinic can be predicted daily and hourly using data from a variety of sources. Four hospitals in Paris that are a part of Assistance Publique-Hôpitaux de Paris have used a range of sources, such as 10 years’ worth of admissions data, to generate daily and hourly forecasts of the number of patients likely to be at the hospital at any one time.

4. Real-time Alerting

  • One of the most important applications of big data analytics in the Digital Transformation in Healthcare is real-time alerting. Hospitals utilise clinical decision support software to instantly evaluate medical data and give guidance to healthcare professionals so they may make educated decisions. Wearable technology is used to continuously gather patient health data and deliver it to the cloud.
  • For instance, if a patient’s heartbeat suddenly spikes, the system immediately alerts the doctor, who can then take the appropriate steps to reduce the rate and contact the patient. Health practitioners may make crucial decisions and receive real-time alerts by implementing intelligence on the huge amounts of data that IoT devices create.

5. Informed Strategic Planning using Health Data

  • Strategic planning in healthcare is made easier by big data. Healthcare administrators can examine the outcomes of patient examinations in several demographic categories. They can also identify issues that deter patients from seeking therapy.
  • The University of Florida produced heat maps that focused on certain problems like chronic diseases and population increase using free global health data and Google Maps. As a result, using healthcare data to design smart tactics is also possible.

6. Preventing Human Errors

  • It has been observed that experts frequently mistakenly prescribe the incorrect drug or dispatch a different medication. By examining user and prescribed medication data, big data can be used to decrease such errors in Digital Transformation in Healthcare. The big data healthcare tool can be used to monitor prescription data gathered from various medical professionals. The software can highlight prescription errors made by any doctor, potentially saving countless lives.

7. Treating patients with virtual reality

  • With the help of specialised gear, such as headsets, a person may hear, see, and interact in a 3-D image or environment thanks to the technology known as virtual reality. Users can immerse themselves in a simulated environment thanks to technology. In contrast to conventional user interfaces, which just display a screen, virtual reality immerses users in an actual experience.
  • With the help of virtual reality (VR), which is a potent communication tool, you might, among other things, better understand your consumers’ demands and interact with them digitally.

Here’s how VR can help the healthcare industry using a case study :

Pain Reduction

  • A virtual reality headset was part of a programme that the Children’s National Hospital in Washington, DC, launched in 2019 for kids who needed operations like stitches, sutures, and foreign body removal in emergency rooms.
  • There were about 40 kids in the programme, ranging in age from 7 to 23. Each child received a VR headgear that was wrapped in anti-germ gear. Children then choose from a variety of scenarios, such as riding a roller coaster, talking to a friendly snake, or trekking through a jungle.
  • Parents could see what their children were watching to VR headsets that were connected to screens. Kids felt no pain at all throughout the exercise, which delighted parents who saw how well-behaved and content their child was. As a result, several medical facilities are utilising virtual reality technology Digital Transformation in Healthcare for pain management procedures.

Pacing up recovery in physical therapy

  • Patients physical treatment sessions can be made more fun with VR by immersing them in a simulated setting. One study found that after receiving VR therapy, children with cerebral palsy saw a noticeable improvement in their mobility. A gamified method of physical therapy has been launched by Neuro Rehab VR, one of the top suppliers of virtual reality physical therapy. In order to tailor each workout to the patient’s therapeutic needs, the business has created VR training exercises. VR is commonly utilised in physical therapy to expedite recuperation in this way.

The wonders of artificial intelligence

  • Healthcare’s adoption of artificial intelligence (AI) goes beyond a simple trend in digital transformation Business players are eager to invest millions of dollars in artificial intelligence (AI), the peak of medical innovation. By 2025, the market for AI-powered solutions in the healthcare sector is anticipated to reach $34 billion , meaning that this technology will affect practically every aspect of the sector Digital Transformation in Healthcare.
  • By performing jobs that are often performed by people at a fraction of the cost and in a fraction of the time, artificial intelligence makes the lives of doctors, patients, and hospital administrators easier. AI is reimagining and reviving modern healthcare through machines that can grasp, predict, learn, and act, from discovering connections between genetic codes to operating robots that assist in surgery, evaluating chronic conditions, and doing the risk assessment.
  • Compared to clinical decision-making and conventional analytics, AI has a lot of benefits. When learning algorithms interact with training data, they can become more exact and accurate. Digital Transformation in Healthcare it enables people to have access to previously unattainable insights about treatment variability, patient outcomes, and diagnoses.

These are some of the ways AI is positioned to transform healthcare on a digital scale:

Diagnosing and reducing errors

  • Ten percent of all deaths in the US were caused by medical mistakes and incorrect sickness diagnoses. One of the most intriguing technologies that can potentially enhance diagnostic procedures is AI.
  • Deadly human errors might occur as a result of heavy case loads and insufficient medical histories. But unlike medical practitioners, AI can quickly forecast and diagnose ailments. For instance, an AI model employed algorithms and deep learning in one study to diagnose breast cancer more frequently than 11 pathologists.

Analytics for Pathology Images

  • One of the most important sources of diagnostic information for healthcare professionals across the board comes from pathologists. Seventy percent of all healthcare choices are dependent on a pathology result, according to Jeffrey Golden, MD, Chair of the Department of Pathology and Professor of Pathology at HMS. A pathology result makes up between 70 and 75 percent of all the data in an EHR.
  • Therefore, the sooner we arrive at the correct diagnosis, the more accurate we become. AI is used by Proscia, one of the digital pathology systems, to find patterns in cancer cells. It enables pathologists to streamline data management and connect data points to support cancer diagnosis and treatment by using AI-enabled image analysis.


The Amazon voice assistant is already popular in people’s daily lives and in smart workspaces. Nurses, doctors, patients, and pharmacists will all use Alexa in their daily work over the next several years. Healthcare professionals and patients can communicate via voice technology like Alexa.

Enabling Diabetes Patients to Manage their Solution Effectively

  • With a $250,000 prize pool, AWS and Merck & Co., Inc. together launched the Alexa Diabetes Challenge in 2018. With its Sugarpod digital platform for managing diabetes that has undergone clinical testing and is based on Alexa.
  • Alexa can efficiently manage treatment for diabetic patients using Sugarpod and track their progress. It demonstrates how Alexa can be used to treat chronic conditions like type 2 diabetes.

Enhancing interaction in the hospital

Aiva, a Los Angeles-based business, employs an Alexa-enabled platform to assist patients in interacting with carers including nurses and controlling in-room entertainment. With the help of Digital Transformation in Healthcare  this platform, patients can ask Alexa to turn on or off the television, change the channel, and make a phone call to the carers. It makes it easier for patients to get immediate help, and many experts believe that this interactive technology might also help patients feel less lonely.

Managing blood pressure with Alexa Skills

A well-known manufacturer of medical equipment, Omron, has introduced a watch called HeartGuide that can detect blood pressure and relay readings using an Alexa skill at a time when life feels hectic.

Reducing wait times

Hospitals can set up Alexa Skills so that patients can access the contact details for specific departments. By providing patients with information on the wait times at each clinic or hospital, that Alexa skill can help them save time and reduce stress. It facilitates timely patient arrival and averts emergency circumstances.

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