This edition of the Inside R&D TechVision Opportunity Engine (TOE) depicts innovations in CRISPR-based gene editing systems for the treatment of inherited lung diseases. It also provides intelligence on the use of biopsy platforms for early detection of cancer. The TOE also features innovations based on the utilization of blood tests that can detect bacterial pathogens. Additionally, it provides intelligence on the use of energy harvesting nanodevices, which are very cost-effective and scalable. The TOE also focuses on innovations that develop smart wearable devices that can detect life-threatening conditions. The TOE focuses on the innovative use of 3D printing in the medical sector. The TOE also provides intelligence on the use of polyarylether-based molecular sieves that can be used in the filtration industries. The TOE also covers innovations focusing on recyclable turbine blades, 3D printed hearts, and AI-based computer vision systems.
Inside R&D TechVision Opportunity Engine covers global innovations that are in research and development in virtually all technology areas. We provide intelligence and insights on innovations spanning a wide variety of industry areas, including automation, electronics, sensors, information and communication technologies, manufacturing, health, wellness, medical devices, pharma, biotechnology, materials, coatings, renewable fuels, automotive, power systems, sustainable energy solutions and innovations that contribute to a cleaner and greener environment.
Table of Contents
- Targeting Inherited Lung Diseases Through In-utero CRISPR Editing
- In-utero Gene Editing Therapy Shows Promising Results in Animal Models
- Novel Liquid Biopsy Platform for Early Cancer Detection
- Leading a Paradigm Shift in Cancer Screening Applications
- Exploring the Role of Gut Microbiota in Drug Metabolism
- Untangling Microbiomics in Drug Metabolism
- Blood Test to Detect Most Bacterial Pathogens
- BacCapSeq Can Power Bacterial Infection Diagnosis
- Novel Energy Harvesting Snow-based Nanodevice
- Snow-based Technology will Boost Development of Self-powered Wearable E-skin Devices
- Leveraging Biomimetics, the Design of Bone Scaffolds
- Osteochondral Scaffold Caters to Orthopedic and Sports Medicine
- Automated, Smart, Wearable Device for Detection of Risk of Preeclampsia
- Low Cost, Wearable Technology Shows Potential for Pregnancy Monitoring in Middle to Low-Income Developing Countries
- 3D Printed Scaffolds for Long Bone Segment Repair
- 3D Bone Scaffold To be Used For Military Injuries and Bone Cancer
- Polyarylether-based Molecular Sieves
- Energy Sector will Have the Highest Application Potential by 2022
- A Dual Expressor Cell found to be Involved in Early Onset of Diabetes
- Identification of a Novel Biomarker for Type 1 Diabetes
- Recycling Turbine Blades
- Impact on Sectors
- 3D Printing A Heart from Patient Cells
- Impact on Sectors
- Ablation Work for Cheaper Lasers Using Less Energy
- Impact on Sectors
- Solving a Beta Decay Puzzle
- Impact on Sectors
- Novel Organic Semiconductor for Electronics Applications
- Developed TGCN Material can Potentially Replace Silicon-based Semiconductors
- Transceiver for 5G Application in 36 GHz Frequency Band
- Transceiver will Enable Better Spectrum Efficiency with Network Channel Capacity
- Artificial Intelligence-based Computer Vision System for Marine Data Analysis
- AI to Play Vital Role in Deep Ocean Exploration for Biodiversity Management
- Congestion Detection Algorithm To Improve the Data Center Operations
- Novel System Allocates Time-Sensitive Data Processes Across Cores for Quick User Response
- User-centred Support Tool to Select AR-based Maintenance Systems
- Maintenance Using AR Technology will Have a Positive Impact on Work and Performance of Technicians
- Enhanced Energy Efficient OLEDs
- Consumer Electronics and Healthcare Sector has the Highest Application Potential
- Key Contacts
