USD
GBP
CNY
EUR
INR
JPY
MYR
ZAR
KRW
THB
Solid Organ Transplantation Technologies and Growth Opportunities
Next-generation Sequencing-based Transplant Diagnostics and Normothermic Organ Perfusion Technologies Enabling Better Post-transplant Outcomes and Increases Donor Organ Availability
24-Nov-2022
Global
Technology Research
$4,950.00
Special Price $4,207.50 save 15 %
The organ donation and transplant community is facing a constant scarcity of adequate donor organs to meet the unceasingly increasing demand. All innovations in the solid organ transplant industry focus on increasing the availability of donor organs and improving post-transplant outcomes post-transplant. Pre- and post-transplant diagnostics are used for recipient evaluation, donor matching, diagnosis of infectious diseases, immunosuppression monitoring, and organ rejection monitoring. Diagnostics are now using novel molecular assay techniques, advanced optical sensors, device miniaturization, and data analytics. Advances in organ preservation and perfusion device technologies include novel preservation solutions, and remote monitoring technologies during storage, enabling safe storage and transport of the organ. Innovation also revolves around the treatment of marginal organs during storage, which would increase the availability of organs.
This research service analyzes transplant diagnostics and organ preservation devices and explores the drivers and restraints to the growth of the solid organ transplant industry. The increasing incidence of chronic diseases and organ failures, the technological advancements in diagnostics and organ preservation technologies, and the unmet need to improve post-transplant outcomes are the top drivers in the organ transplantation market.
The need for efficient donor referrals, donor-matching, and post- or pre-transplant patient management provides opportunities for transplant diagnostics companies and AI and digital solutions providers to expand their portfolio of applications. New cryopreservants, sub-normothermic perfusion, and controlled oxygen rewarming allow longer and safer preservation.
The study covers global transplant diagnostics and organ preservation device technologies, their categories, and their advantages and disadvantages. The competitive environment explores technologies employed by key participants, overall technology adoption, and its impact on solid organ transplants. The study covers technology roadmaps for transplant diagnostics and organ preservation devices, recent government and private funding activities, patent filling and M&A trends, and top growth opportunities for key companies.
The organ donation and transplant community is facing a constant scarcity of adequate donor organs to meet the unceasingly increasing demand. All innovations in the solid organ transplant industry are fixated on increasing the availability of donor organs and improving the outcomes post-transplant. The research report focuses on transplant diagnostics and organ preservation devices.
The pre- and post-transplant diagnostics are used for recipient evaluation, donor matching, diagnosis of infectious diseases, immunosuppression monitoring and organ rejection monitoring. The diagnostics are advancing with novel molecular assay techniques, advanced optical sensors, device miniaturization and data analytics. The advances in organ preservation and perfusion device technologies, preservation solutions, biomaterials and remote monitoring technologies during storage enable safe storage of the organ during the transport to the recipient. Innovations also allow treatment of marginal organs during the storage, thereby increasing the availability of organs.
The increasing incidence of chronic diseases and organ failures, the technological advancements in diagnostics and organ preservation technologies and the need to improve post-transplant outcomes will drive the market. But, the organ preservation time, device performance, cost-efficiency and portability of the technologies needs to be improved. The need for efficient donor referrals, donor-matching and post or pre transplant patient management provides opportunities for both the diagnostics companies and the AI and digital solutions providers to expand their portfolio of applications. Whereas ongoing research on new preservation techniques, solutions and donated organs provide opportunities for the organ preservation companies. New cryo-preservants, sub-normothermic perfusion and controlled oxygen rewarming are allowing longer and safer preservation.
The study covers global transplant diagnostics and organ preservation device technologies. The study provides an overview for the different categories of the transplant diagnostics and organ preservation technologies, their advantages and disadvantages. The drivers and restraints to the growth of the solid organ transplant industry are discussed. The competitive environment in the different segments of the industry and the technologies employed by the key players are explored. Adoption of the different technologies and their impact on the solid organ transplants has been analyzed. The technology roadmaps of the transplant diagnostics and organ preservation devices are also provided. Recent government and private funding activities and M&A trends in the industry segments have been analyzed. The growth opportunities for the key companies and the patent filing trend in the industry have also been put forth.
Why Is It Increasingly Difficult to Grow?The Strategic Imperative 8™: Factors Creating Pressure on Growth
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Solid Organ Transplant Industry
Growth Opportunities Fuel the Growth Pipeline Engine™
Research Methodology
Solid Organ Transplantation—Overview
Trends in Solid Organ Transplantation
Solid Organ Transplantation Workflow
Challenges in Solid Organ Transplantation
Technology Advances Impacting the Different Stages of Organ Transplantation
Segmentation
Growth Drivers
Growth Restraints
Growth Metrics
Scope of Analysis
Transplant Diagnostics—Overview
Classification of Transplant Diagnostics
Molecular Transplant Diagnostics
Nonmolecular Transplant Diagnostics
Notable Recent Activities Advancing Transplant Diagnostics
Transplant Diagnostics—Competitive Environment
Transplant Diagnostics—Competitive Environment (continued)
Comparison of the Features of the Transplant Diagnostics Technologies
Transplant Diagnostic Technologies—Adoption and Impact Analysis
Technology Roadmap of Transplant Diagnostics
Organ Preservation Devices—Overview
Classification of Organ Preservation Technologies
Static Cold Storage
Hypothermic Organ Perfusion
Normothermic Organ Perfusion
Common Organ Preservation Solutions and Their Compositions
Notable Recent Activities Advancing Organ Preservation Devices
Organ Preservation Devices—Competitive Environment
Organ Preservation Devices—Competitive Environment (continued)
Organ Preservation Devices—Competitive Environment (continued)
Comparison of the Features of the Organ Preservation Device Technologies
Organ Preservation Device Technologies—Adoption and Impact Analysis
Technology Roadmap of Organ Preservation Devices
Analysis of M&As in the Transplant Diagnostics Industry, 2019–2022
Analysis of Government Funding for Transplant Diagnostics, 2019–2022
Snapshot of Private Funding for Transplant Diagnostics, 2019–2022
Analysis of M&As in the Organ Preservation Devices Industry, 2019–2022
Analysis of Government Funding for Organ Preservation Devices, 2019–2022
Snapshot of Private Funding for Organ Preservation Devices, 2019–2022
Innovation Themes and IP Activity Analysis in Transplant Diagnostics
Innovation Themes and IP Activity Analysis in Organ Preservation Devices
Patents, 2021–2022
Patents, 2021–2022
Patents, 2021–2022
Growth Opportunity 1: AI-enabled Transplant Diagnostics
Growth Opportunity 1: AI-enabled Transplant Diagnostics (continued)
Growth Opportunity 2: eHealth Services and Transplant Management Solutions
Growth Opportunity 2: eHealth Services and Transplant Management Solutions (continued)
Growth Opportunity 3: New Organ Preservation Technologies
Growth Opportunity 3: New Organ Preservation Technologies for Increased Organ Availability (continued)
Technology Readiness Levels (TRL): Explanation
Your Next Steps
Why Frost, Why Now?
Legal Disclaimer
Purchase includes:
- Report download
- Growth Dialog™ with our experts
Growth Dialog™
A tailored session with you where we identify the:- Strategic Imperatives
- Growth Opportunities
- Best Practices
- Companies to Action
Impacting your company's future growth potential.
The organ donation and transplant community is facing a constant scarcity of adequate donor organs to meet the unceasingly increasing demand. All innovations in the solid organ transplant industry are fixated on increasing the availability of donor organs and improving the outcomes post-transplant. The research report focuses on transplant diagnostics and organ preservation devices.
The pre- and post-transplant diagnostics are used for recipient evaluation, donor matching, diagnosis of infectious diseases, immunosuppression monitoring and organ rejection monitoring. The diagnostics are advancing with novel molecular assay techniques, advanced optical sensors, device miniaturization and data analytics. The advances in organ preservation and perfusion device technologies, preservation solutions, biomaterials and remote monitoring technologies during storage enable safe storage of the organ during the transport to the recipient. Innovations also allow treatment of marginal organs during the storage, thereby increasing the availability of organs.
The increasing incidence of chronic diseases and organ failures, the technological advancements in diagnostics and organ preservation technologies and the need to improve post-transplant outcomes will drive the market. But, the organ preservation time, device performance, cost-efficiency and portability of the technologies needs to be improved. The need for efficient donor referrals, donor-matching and post or pre transplant patient management provides opportunities for both the diagnostics companies and the AI and digital solutions providers to expand their portfolio of applications. Whereas ongoing research on new preservation techniques, solutions and donated organs provide opportunities for the organ preservation companies. New cryo-preservants, sub-normothermic perfusion and controlled oxygen rewarming are allowing longer and safer preservation.
The study covers global transplant diagnostics and organ preservation device technologies. The study provides an overview for the different categories of the transplant diagnostics and organ preservation technologies, their advantages and disadvantages. The drivers and restraints to the growth of the solid organ transplant industry are discussed. The competitive environment in the different segments of the industry and the technologies employed by the key players are explored. Adoption of the different technologies and their impact on the solid organ transplants has been analyzed. The technology roadmaps of the transplant diagnostics and organ preservation devices are also provided. Recent government and private funding activities and M&A trends in the industry segments have been analyzed. The growth opportunities for the key companies and the patent filing trend in the industry have also been put forth.
| Deliverable Type | Technology Research |
|---|---|
| Author | Sneha Maria Mariawilliam |
| Industries | Healthcare |
| No Index | No |
| Is Prebook | No |
| Podcast | No |
| WIP Number | DA7C-01-00-00-00 |