
Strategic Intelligence: The Future of Work in Healthcare
Description
Strategic Intelligence: The Future of Work in Healthcare
Summary
AI will transform work in healthcare
Artificial intelligence (AI) is reshaping all aspects of healthcare, from R&D in pharma to direct patient care. AI has transformed the drug discovery process by streamlining research and reducing the time and cost required to bring new drugs to market, addressing many unmet needs. AI also shows great promise in enhancing clinical decision-making, which can improve disease diagnosis and treatment plans to provide better patient outcomes. AI and automation can replace healthcare providers in routine tasks such as taking notes, producing rotas, and maintaining records. This will save healthcare providers' time, allowing them to see more patients and potentially reducing burnout.
Wearable tech is enhancing remote patient care
Wearable tech is becoming increasingly popular in healthcare. This is partially driven by consumer interest in health and fitness tracking, leading to demand for smartwatches and smart rings. Wearables can also improve remote patient monitoring, support decentralized clinical trials, and enable telehealth services for healthcare providers, clinical researchers, and patients. Better remote patient monitoring methods can minimize patient travel and associated costs and increase healthcare accessibility.
Automation technologies will streamline workflows
Surgical and care robots are already used in the healthcare industry. Surgical robots’ capabilities are still developing but currently allow for enhanced precision, dexterity, and visuals. Care robots are not widely used yet, but can automate routine tasks, such as delivering patients' medication. In the pharmaceutical industry, lab equipment automation can accelerate drug discovery experiments and manage supply chains with predictive analytics.
Scope
Summary
AI will transform work in healthcare
Artificial intelligence (AI) is reshaping all aspects of healthcare, from R&D in pharma to direct patient care. AI has transformed the drug discovery process by streamlining research and reducing the time and cost required to bring new drugs to market, addressing many unmet needs. AI also shows great promise in enhancing clinical decision-making, which can improve disease diagnosis and treatment plans to provide better patient outcomes. AI and automation can replace healthcare providers in routine tasks such as taking notes, producing rotas, and maintaining records. This will save healthcare providers' time, allowing them to see more patients and potentially reducing burnout.
Wearable tech is enhancing remote patient care
Wearable tech is becoming increasingly popular in healthcare. This is partially driven by consumer interest in health and fitness tracking, leading to demand for smartwatches and smart rings. Wearables can also improve remote patient monitoring, support decentralized clinical trials, and enable telehealth services for healthcare providers, clinical researchers, and patients. Better remote patient monitoring methods can minimize patient travel and associated costs and increase healthcare accessibility.
Automation technologies will streamline workflows
Surgical and care robots are already used in the healthcare industry. Surgical robots’ capabilities are still developing but currently allow for enhanced precision, dexterity, and visuals. Care robots are not widely used yet, but can automate routine tasks, such as delivering patients' medication. In the pharmaceutical industry, lab equipment automation can accelerate drug discovery experiments and manage supply chains with predictive analytics.
Scope
- AI is reshaping many parts of healthcare, including R&D and direct patient care.
- Remote patient monitoring can minimize patient travel and healthcare costs, and wearable tech can enhance remote patient monitoring devices.
- Surgical and care robots will enhance precision as they are developed.
- Understand what the future of work looks like.
- Understand the factors impacting the future of work in medical devices.
- Learn what areas of healthcare will excel in the future.
Table of Contents
50 Pages
- Executive Summary
- Figure 1: Key players in the future of work in healthcare
- Figure 2: GlobalData’s future of work framework
- Healthcare providers, payors, service providers, and suppliers
- Pharmaceuticals
- Medical devices
- How automation and interpretation help optimize healthcare professionals’ time
- How interpretation helps tackle the challenge of making clinical decisions
- How visualization helps tackle attrition in drug development
- How connectivity helps tackle the challenge of patient empowerment
- AI tools in ultrasound devices are improving imaging
- How Unlearn is optimizing the clinical trial process with digital twins
- Allara aims to increase patient empowerment through telehealth
- Figure 7: The future of work story
- Mergers and acquisitions
- Company filing trends
- Hiring trends
- Leading future of work technology adopters in healthcare
- Specialist future of work technology providers in healthcare
- Drug development sector scorecard
- Medical devices sector scorecard
- Glossary
- GlobalData reports
- Figure 19: Our five-step approach for generating a sector scorecard
- About GlobalData
- Contact Us
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