원내감염 예방 기술 : 혁신과 성장 기회

A comprehensive look at the role of AI, automation, and digital surveillance technologies, showcasing the innovations that drives towards real-time detection and prevention strategies of hospital-acquired infections

Hospital-acquired infections (HAI) occur 48 hours or more after hospital visit and were not present at the time of admission. Globally, around 136 million people are affected by HAIs every year. This increases the mortality rate and economic burden due to extended hospitalization and treatment. This report provides a comprehensive overview of various technologies that help mitigate HAIs. The report focuses on highlighting innovative ecosystems and stakeholders in autonomous disinfection and sterilization technologies, as well as smart monitoring and predictive surveillance technologies. Robotics is evolving rapidly with increasing autonomy and intelligent decision-making, and is being explored to sterilize surfaces and equipment in healthcare facilities. Healthcare AI systems are becoming better with larger volumes of disinfection data, and these platforms can be efficiently used to monitor and predict hospital infection patterns. The report will delve into the innovation landscape and the strategic developments (like partnerships, investments, and funding initiatives) within the autonomous disinfection and the smart monitoring and predictive surveillance technologies landscapes. It also identifies the potential growth areas within the different HAI prevention technologies landscape, which are poised to disrupt the market by 2030.

Hospital-acquired infections (HAI) continue to pose a silent but serious threat across healthcare systems, increasing morbidity, costs, and operational strains. Our latest report on "Technologies for Preventing Hospital-acquired Infections- Innovations and Growth Opportunities" explains how leveraging robotic technology and AI would minimize the incidence of HAI and transform the reactive infection control measures to proactive practice, minimizing human errors, avoiding human contact with hazardous disinfection modalities, and targeting contamination risks before they outbreak in the healthcare environment.

Take the next step forward towards safer healthcare! Download the report to get the latest insights to reduce HAIs and improve patient outcomes.

Table of Contents

Technologies for Preventing Hospital-Acquired Infections-Innovations and Growth Opportunities DB27-TV

Strategic Imperatives

• Why Is It Increasingly Difficult to Grow?
• The Strategic Imperative 8
• The Impact of the Top 3 Strategic Imperatives on the Technologies for Preventing HAIs Industry
• Growth Opportunities Fuel the Growth Pipeline Engine
• Research Methodology

Growth Opportunity Analysis

• Scope of Analysis
• Segmentation
• Hospital-Acquired Infections or Nosocomial Infections
• Key Challenges in Controlling HAIs

Growth Generator

• Growth Drivers
• Growth Restraints

Autonomous Disinfection & Sterilization Technologies

• Autonomous Disinfection & Sterilization Technologies-Overview
• Insights Into Autonomous Disinfection & Sterilization Technologies
• Key Companies Involved in Autonomous Disinfection & Sterilization Technologies to Prevent HAIs
• Key Academic Players Involved in Autonomous Disinfection & Sterilization Technologies to Prevent HAIs
• Technology and Stakeholder Analysis for Autonomous Disinfection & Sterilization to Prevent HAIs
• Funding Ecosystem for Autonomous Disinfection & Sterilization Technologies to Prevent HAIs
• Patent Analysis for Autonomous Disinfection & Sterilization Technologies to Prevent HAIs
• Mergers, Acquisitions, & Collaborations Shaping the Autonomous Disinfection & Sterilization Technologies to Prevent HAIs
• Autonomous Disinfection & Sterilization Technologies to Prevent HAIs-A Technology Road Map

Smart Monitoring and Predictive Surveillance Technologies

• Smart Monitoring and Predictive Surveillance Technologies-Overview
• Insights Into Smart Monitoring and Predictive Surveillance Technologies to Prevent HAIs
• Key Companies Involved in Smart Monitoring and Predictive Surveillance Technologies to Prevent HAIs
• Key Academic Players Involved in Smart Monitoring and Predictive Surveillance Technologies to Prevent HAIs
• Technology and Stakeholder Analysis: Smart Monitoring and Predictive Surveillance Technologies to Prevent HAIs
• Funding Ecosystem for Smart Monitoring and Predictive Surveillance Technologies to Prevent HAIs
• Patent Analysis for Smart Monitoring and Predictive Surveillance Technologies to Prevent HAIs
• Mergers, Acquisitions, & Collaborations Shaping the Smart Monitoring and Predictive Surveillance Technologies to Prevent HAIs
• Smart Monitoring and Predictive Surveillance Technologies to Prevent HAIs: A Technology Road Map

Innovative Technologies & Strategic Recommendations for HAI Prevention

• Emerging Companies and Academic Institutes Actively Develop Innovative Solutions
• Strategic Recommendations for Advancing HAIs Prevention Technologies

Growth Opportunity Universe

• Growth Opportunity 1: Self-Sterilizing Medical Surfaces
• Growth Opportunity 2: Aerosol Surveillance for Real-Time Pathogen Detection
• Growth Opportunity 3: Swarm Robotics for Autonomous HAI Prevention

Appendix

• Technology Readiness Levels TRL: Explanation

Next Steps

• Benefits and Impacts of Growth Opportunities
• Next Steps
• Legal Disclaimer