Optical Coherence Tomography Medical Imaging: A Dynamic, Competitive Market
Optical coherence tomography (OCT) is a non-invasive imaging technique widely used in the medical world, especially in ophthalmology and vascular/cardiology. Its development began 25 years ago, under MIT’s impetus. Since then, OCT imaging technologies and capabilities have greatly evolved. Considering the significant impact this technology has had on the diagnostics and monitoring of diseases in ophthalmology and the intravascular domain, developments are underway to expand OCT to other medical applications including gastroenterology, dermatology, and gynecology.
OCT medical imaging is a competitive market. Several products are currently available, and new ones are commercialized regularly. Also, numerous M&A have occurred in the last decade, enabling some companies to significantly strengthen their market standing and IP position. Among these M&A we can highlight the acquisition of St. Jude Medical by Abbott in 2017 for $25B; Nikon’s 2015 acquisition of Optos and in the same year, Leica Microsystems’ acquiring of Bioptigen; and Philips’ acquisition of Volcano in 2014. Given these several recent acquisitions, it is essential to understand today’s OCT medical imaging patent landscape and its players’ IP positions. Such knowledge can help anticipate upcoming medical applications, detect business risks and opportunities, and enable strategic decisions to strengthen one’s market position.
Patent activity related to OCT medical imaging emerged in the 1990s with MIT. In the early 2000s, two applications were present: intravascular/cardiovascular and ophthalmic. Since 2005, the number of patents related to OCT for ophthalmology has increased greatly. Today, OCT medical imaging’s IP landscape represents over 4,850 families, including more than 13,350 patents. The landscape is very competitive, with several key IP players. Other medical applications, i.e. gastroenterology, dermatology, and gynecology, are in an emerging phase, but offer potential benefits once resolution and speed-ofimage acquisition improve.
Identify Key Players
This report provides a ranking and analysis of the top patent holders’ relative strength, derived from their portfolio size, patent citation networks, countries of patent filings, and current legal status of patents. Through this in-depth analysis we have identified 15+ major players, each of which is profiled in this report. Each profile includes a detailed portfolio analysis with patent activities, key patents, portfolio impact, granted patents near expiration, and IP strategies. The OCT medical imaging landscape involves big companies and small ones. Also, this landscape reveals the importance of some academic applicants in OCT imaging’s development.
Identify Key Technologies
The 4,850 patent families selected for this study are categorized by main medical applications. This report reveals the IP strategy and technical choices of patent assignees. Ophthalmic applications are dominant in OCT technology and involve several main applicants, including Canon and Zeiss. The second-most popular OCT medical application is cardiovascular imaging. This domain involves totally different applicants compared to ophthalmology. More recently, new medical applications for OCT have been developed, including dermatology, gastroenterology, gynecology, and dentistry.
The patent landscape related to OCT medical imaging includes patents that have been part of infringement litigation. For example, a series of disputes pitted Zeiss against Optovue regarding an OCT retina imaging technology. Also, Omni MedSci filed litigation against Leica regarding a fiber light source used in OCT and a spectroscopy procedure. This report covers patents and products involved in these litigations, a description of the initial complaint, and a link to the original document.
This report also includes an Excel database containing every analyzed patent. This database allows for multi-criteria searches and includes patent publication number, hyperlinks to the original documents, priority date, title, abstract, patent assignees, and legal status for each patent family member.
- Optical Coherence Tomography
- Scope Of The Report
- Key Features Of The Report
- Objectives Of The Report
- Related Reports
- Patent Search, Selection And Analysis
- Search Strategy
- Key Patent Identification
- Terminologies For Patent Analysis
3. Main Assignees Mentioned
4. M&A In The Field Of Oct Imaging
5. Executive Summary
6. Patent Landscape Overview
- Time Evolution Of Patent Publications
- Countries Of Patent Filings
- Time Evolution By Country Of Filing
- Ranking Of Most Prolific Patent Applicants
- Mapping Of Main Current Ip Holders
- Mapping Of Main Current Ip Applicants
7. Ip Position Of Main Patent Assignees
- Strength Index Of Patent Portfolios
- Patent Citation Analysis
- Ip Blocking Potential Of Patent Applicants
- Time Evolution For Main Patent Applicants
- Countries Of Filings For Main Patent Applicants
- Summary Of Applicant’S Patent Portfolio
- Patent Applicants Ip Network
- Ip Leadership Of Patent Applicants
- Granted Patents Near Expiration
- Degree Of Specialization
- Potential Future Plaintiffs
8. Main Patent Litigations
- Omni Medsci Vs Leica Microsystems
- Carl Zeiss Vs Optovue
9. Analysis By Application
- Technical Segmentation By Application
- Main Assignees By Application
- Time Evolution By Application
- Countries Of Filings By Application
- Time Evolution By Country
- Legal Status By Application
10. Ip Profile Of Key Players
- Boston Scientific
- Carl Zeiss
- Leica Microsystems
- For Each Selected Player:
- Company Profile And News
- Summary Of The Patent Portfolio
- Key Patents
- Boston Scientific
- Carl Zeiss
- Cleveland Clinic
- Leica Microsystems
- St Jude Medical
The search strategy combines keyword-based searches with expert review and manual screening of the patents. Keywords are searched in the title, abstract, claims and description. Relevant IPC (International Patent Classification) and CPC (Cooperative Patent Classification) are also used for the patent search. The dataset of identified patents is manually cleaned of non-relevant patents. Citing and cited patents of selected relevant patents are also included in the search strategy. The search strategy (keywords and search equations) and the dataset of selected patents is provided in our reports.
The publisher's analysts (PhD team) combine their technical and patent expertise with powerful analytics tools and proprietary methodologies to deliver the most relevant patent analyses.