Abstract
Digital health encompasses a wide variety of digital health
technologies including health information technology, wearable
medical devices and telehealth. It uses the power of digital
technologies, to achieve healthcare goals. Benefits of digital
health technologies include improved patient health outcomes
through personalised treatment plans, increased operational
efficiency at hospitals and improved diagnoses through machine
learning algorithms. Artificial intelligence is becoming
increasingly important in the field of digital health. Digital
health innovations use technology to manage illnesses, promote
wellness and improve patient satisfaction. These tools include
health tools, programs and medical applications used in
computers, smartphones and tablets which allow people to track
their own wellness and make healthcare much easier. Digital
innovations such as digital diagnostics with the use of
artificial intelligence will significantly improve the quality
of healthcare.
Keywords: Digital health innovations, digital health
technology, artificial intelligence
Introduction
Digital health innovations use modern technology to improve
medical care. Digital health technology (DHT) has now become
an essential part of the delivery of health services.
DHT has the potential to revolutionize the diagnostic support,
monitoring and intervention for several health-related
problems. DHT has also facilitated the equitable distribution
of global health resources. Through digital health
innovations, doctors have instant access to patient's medical
history which helps in faster diagnosis and management.
Digital technology is increasingly adopted in primary
healthcare services to improve service delivery [1]. The
emergence of digital health technologies will decrease the
disparities in health care by monitoring disease at the point
of care in all patients [2]. DHT has now become a cornerstone
of modern healthcare by significantly improving quality and
safety across clinical practice [3]. Digital health
innovations have emerged as a transformative force for
managing the challenges in the field of healthcare [4].
Technologies such as artificial intelligence (AI), mobile
health applications and big data analytics have been widely
used to support disease surveillance and improve clinical
decision making [5].
Artificial Intelligence Technologies for Precision Medicine
Precision medicine aims to deliver healthcare interventions
according to the unique biological and clinical
characteristics of each patient. AI technologies especially
machine learning and deep learning, enable rapid analysis of
complex biomedical datasets, supporting individualized care
[6]. The rapid advancement of artificial intelligence driven
diagnostics and health technologies are stimulating a shift
toward personalized medicine, with interventions tailored to
individual patient profiles [7]. The application of machine
learning, generative AI and large language models can lead to
discoveries aimed at improving clinical decision making and
health care delivery [8].
Artificial Intelligence-Powered Chatbots
AI-powered chatbots have shown promise in patient education,
symptom assessment and clinical decision-making. Using
artificial intelligence in chatbots, for chronic illnesses,
has become increasingly prevalent. The integration of
artificial intelligence in healthcare, through hybrid chatbots
is enhancing service delivery, patient engagement and clinical
outcomes in the field of healthcare. By combining AI with
human input, these chatbots provide intelligent, personalized
interactions in diagnostics and chronic disease management.
Artificial intelligence-powered chatbots are widely used for
patient education in developed and developing countries [9].
The AI-powered chatbots meet the growing demand for supportive
healthcare applications. They are effective and user-friendly
in handling chronic diseases [10]. Artificial
intelligence based chatbots can offer personalized health
promotion interventions. Several studies demonstrated the high
efficacy of AI chatbots in promoting healthy lifestyles [11].
Digital Health Innovations and Value Based Healthcare
Value-Based Health Care (VBHC) is an important healthcare
paradigm that aims at maximizing health outcomes compared to
the cost of care delivered [12]. Innovative framework like
value-based health care is necessary to improve performance of
the health system and to offer quality care for all [13]. The
health care industry is currently having a shift towards
value-based health care. Digital health innovations have a
significant role in advancing VBHC. Digital platforms can
create a health care system that provides high-quality, and
patient-centered care [14].
Mobile Health Applications
The digital health innovations through mobile applications
transform smartphones into personal health hubs and empower
users through real-time vital tracking and artificial
intelligence-driven health insights. By directly linking
patients with clinical teams, these digital health innovation
tools make healthcare highly personalized and accessible from
home. Mobile health, particularly apps and wearables are
valuable tools for shaping healthy habits from young age. They
are easy to use and are able to monitor multiple health
variables simultaneously. These digital health innovations
offer opportunities for personalization and they support in
health behavior change [15]. Smartphone apps are increasingly
recognized for their potential to promote physical activity.
Continued app use help to increase and maintain physical
activity levels [16].
Conclusion
Digital health technology has increased the efficiency of
disease prevention, diagnosis and treatment. Digital health
innovations offer new healthcare models with increased
efficiency. The global digital health revolution is making
healthcare faster and easier for everyone. Digital health
technologies including mobile health applications and
AI-driven support systems, offer transformative potential for
improving healthcare. AI applications demonstrate high
diagnostic performance across modalities. Overall, AI
integration in medical field shows potential for enhancing
early detection and personalized management. Digital health
innovations have been recognized as a key solution which will
help countries to achieve the sustainable development goals.
This will elevate the healthcare standards and lead to more
efficient global healthcare system.
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