Healthcare

What is Digital Health & its Solutions?


The Covid-19 pandemic changed into a catastrophe that elevated the improvement and implementation of virtual fitness and healthcare information technology (IT) by at least a minimum of 5 years. It has additionally changed Americans’ attitudes toward healthcare providers and patient care. However, the point of interest on Covid-19 obscures three different underlying and interrelated topics to retain to force new applications for digital health and healthcare IT systems.

What is Digital Health?

In simple terms, digital health uses technology and tools to improve the healthcare system. Data science may do wonders using predictive analysis and pattern recognition to identify diseases early and save millions of lives.

Covid-19 boosts digital health in 3-4 months when it might have taken 3-5 years previously. Customers are eager to be a part of the digital transformation in the healthcare revolution. It is now common to use Telemedicine to provide online consultations, ePrescribing, Remote Patient Monitoring, and other similar technological solutions to improve healthcare efficiency. Many major and small companies are moving forward to reinvent healthcare delivery, including Google, Apple, Amazon, GE Healthcare, Siemens, Medtronic, and Philips.

Checkout below “The Digital Health 150” is CB Insights’ annual ranking of the 150 most promising digital health startups in the world.

the-digital-health-150

Benefits of Technology in HealthCare

Digital health offers the ability to prevent illness and reduce healthcare costs while assisting people in monitoring and managing chronic disorders. It may also personalize medication for each patient.

The benefits of digital health also assist healthcare professionals. By considerably boosting access to health data and giving people more significant influence over their health, digital tools provide healthcare practitioners with a comprehensive perspective of patient health. As a result, efficiency has increased, and medical results have improved.

Impact of Digital Health?

Covid-19 forced everyone to use digital products for healthcare Services. 50%-70% population in urban cities book appointments online and take online consultations in most cases. It’s been the most common practice for everyone to order medicine online, thanks to the pharma supply chain. Labs and radiology also came to the party by providing a facility for taking samples at home and providing online reporting systems.

With increasing digital health innovations in medical apps and wearable devices that help individuals calculate calories burned and consumed. These devices and apps motivate one to get off the couch, walk, exercise for a few hours, and burn calories. These tiny little steps from individuals give long-term digital health benefits. Some smart innovations allow one to take pictures and calculate the nutritional value of given food. Now with the help of mhealth, Remote patient monitoring and wearable devices allow us to monitor every aspect of health like weight, exercise, blood pressure, water level, and other health parameters to help us control our health balance.

What are digital health solutions?

There are many healthcare solutions developed by many companies. Please check the list of famous ones.

Telemedicine App

Telemedicine app image

Telemedicine is coined as using digital media and software programs to provide healthcare offerings through the net without healthcare companies needing to be physically present. It has become famous as an alternate method of treating patients without exposing them to covid-19.

Remote Patient Monitoring

RPM image

The growing aging of society and the uptick in the variety of chronic diseases necessitate more collaboration among healthcare providers and patients. With the help of remote patient monitoring software, one can monitor all activities and health metrics and provide vital remedies via the internet without personally inspecting them all the time.

Every healthcare provider aims to run his practice effectively. Practice management software helps providers deliver care effectively. PMS’s essential components are Appointment booking, patient management, Billing and Claims Processing & Reporting.

Chronic Care Management

CCM image

Chronic Care Management solution allows providers to onboard patients with 2 or 3 chronic conditions. CCM solution allows providers to create care plans with actionable items to be done by patients. Application tack every minute the provider spends to create a claim at the end of the month.

Revenue Cycle Management

RCM image

Revenue cycle Management enables providers to manage their financial workflows associated with patient medical billing and Invoicing, Insurance verification with authorization and eligibility checking, claim processing and follow-up, denial & rejection handling, payment collection and AR follow-up, Electronic remittance and explanation of Benefits posting.

EMR/ EHR Software

EMR/EHR software image

EMR system is software that privileged hospitals to deal with patient clinical data. The EMR  is a digital chart that a healthcare practice or organization uses to maintain a patient record. It eliminates the older paper chart and can often communicate with a pharmacy.

An electronic medical record includes information about a patient’s health, such as diagnoses, medicines, test reports, allergies, immunizations, and treatment plans. Electronic medical records can be seen by all healthcare providers taking care of a patient and can be used to make appropriate decisions about the patient’s health. Some people also call it  EHR and electronic health records.

ePrescribing & OnDemand Pharma delivery Solution

E-prescribing lets healthcare practitioners digitally prescribe to the patient and provide prescriptions to patients online. Patients will be to buy prescribed medicine without having to visit the drugstore.

Practice Management Solution

Every healthcare expert strives to operate their practice efficiently. Practice management software program assists companies in providing better treatment. Appointment scheduling, patient management, billing, and claims processing and reporting are all enormous additives of a PMS.

Digital Health Standard & Interoperability

Healthcare HIPAA compliance

HIPAA compliance is needed with the aid of using the federal authorities for any corporation that offers IT offerings to the healthcare industry (for example, dealing with IT infrastructure, cellular app development, internet portal development, architecting cloud solutions, and so on) and creates, receives, maintains, interacts with, stores, or transmits ePHI.

Thus, HIPAA compliance applies to IT corporations that have interaction with ePHI in addition to healthcare organizations (e.g., hospitals, physicians’ offices, coverage firms, etc.). To ensure that the taking part in an IT enterprise is HIPAA compliant, a healthcare group that uses the offerings of an IT corporation or subcontractors should have a “Business Associate” agreement in place.

Interoperability in Healthcare HL7/FHIR

HL7 and its members define the interchange, integration, sharing, and retrieval of electronic health information through a framework. Even more importantly. HL7 standards define the technique for packing and sending information from one party to another, the language used, and the essential structure and data types for smooth system integration. HL7 standards support clinical practice and health care administration, delivery, and assessment.

FHIR is an HL7 interoperability standard meant to improve healthcare information exchange among healthcare professionals, patients, caregivers, payers, researchers, and anyone involved in the healthcare ecosystem. Furthermore, FHIR is divided into two sections: a content model in the form of “resources” and a specification for transferring these resources via RESTful APIs, messages, and Documents. FHIR

EHR Integration

EMR/EHR Integration solutions/services are HIPAA, HL7, and ANSI compliant and link multiple devices for efficient clinical data flow, communication, and system compatibility. The integration of healthcare systems provides the way for the analytical approach to produce clinical reporting and predictive analysis to make the best medical choice.

Medical billing and EHR/EMR integration communicate patient data for coverage and claim submission. The healthcare integration solution also supports third-party data receiving and dispatch.

Almost every healthcare institution in the United States and Europe employs integration and interoperability for data recovery, information reclamation, and transmission. Integrating EMR and EHR enhances healthcare service results by increasing patient satisfaction and adherence to treatment.

Future development in Digital health?

Technology has changed healthcare like never before; connecting all healthcare entities, sharing data between platforms, tracking data using wearable devices, and increasing personal healthcare apps have been essential in improving healthcare delivery. Due to covid-19, it’s more demand to build or innovate digital health solutions to advance healthcare and humanity.

We at Thinkitive, equipped with digital health technology and healthcare domain expertise, are ready to help providers build innovative healthcare solutions within the provided budget and timeline. Contact our healthcare team to know more about our contribution to digital health.

1. Role of AI in Healthcare

According to researchers and experts, AI offers enormous potential in mental-health care diagnostics. While AI technologies are being evolved and enhanced daily, mental health practitioners can detect mental diseases at the prodromal stage. Early identification is more successful and aids in delivering individualized therapies based on an individual’s unique traits.

i. Support mental health professionals

When AI and mental health practitioners collaborate, it works wonders and makes their jobs easier. Providers may use algorithms to examine data much more easily and quickly than human clinicians, suggesting the best potential therapies, monitoring a patient’s progress, and alerting AI doctors to any problems.

ii. Early detection, flagging risks, and prediction

AI-enabled devices in hospitals and healthcare facilities detect patients’ sad behavior and minimize the onset of severe mental disease.

This aids in recognizing the likelihood of self-harm and suicide attempts. Surprisingly, the program was 84 percent correct in anticipating this. It also predicts the number of suicide attempts in the next two years.

Smartphone artificial intelligence searches “behavioral biomarkers” for mental disease. Facial expressions, voice, and language, on the other hand, may provide insights and other clues.

iii. AI doctors interview the patients

The AI physicians conduct virtual interviews with actual individuals, tracking speech characteristics such as sloppy vowel sounds, body language, and the patient’s manner of looking at things.

iv. AI-based chatbots serve patients 24*7

Mental illness is a significant concern, particularly among youths, yet many countries still lack sufficient human mental health specialists. Healthcare providers may consult with patients at any time of day or night using AI-powered chatbots.

2. Role of IoT in Healthcare

Adopting the Internet of Things (IoT) in healthcare offers several benefits, including improved and more accessible telemedicine, remote condition and treatment monitoring, treatment control, and so on. The sooner health systems begin integrating IoT, the more prospects for long-term commercial development there will be.

There are several benefits to merging IoT with healthcare. Some benefits include remote monitoring to identify illnesses promptly, disease prevention, healthcare expense reduction, medical data accessibility, enhanced healthcare management, better treatment management, and research.

IoT has virtually endless possibilities. The future of IoT in healthcare is promising. The internet of things is transforming the way healthcare is provided. The Internet of Things refers to linked devices utilized in hospitals, clinics, or other medical institutions. Smart thermostats, automatic lighting, security systems, digital signs, and other sensors are examples of IoT devices.

Conclusion

By merging technology into the realm of medicine, digital technology is driving a much-needed change in healthcare systems worldwide.

Digital health tools have enormous potential for increasing clinicians’ abilities to identify and treat illnesses more efficiently and precisely. It can help to enhance the delivery of effective healthcare services and the prognosis of patients after treatments. Thinkitive is at the forefront of bringing this discourse forward, assisting doctors in making better decisions and patients in being more educated and empowered.


For any questions and inquiries, visit us on thinkitive.

Ganesh Varahade

Founder & CEO of Thinkitive Technologies.

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