Artery Network Medical Imaging Ecosystem Spotlight (Series 1): Report Interpretation Compilation

(We originally planned to present an exclusive, high-end medical imaging blockbuster produced by VCBeat. However, the on-site videographer secretly added some cheesy special effects behind our backs. The result was so “beautiful” that we couldn’t bear to share it with you. Therefore, we are proudly launching a PPT-style video instead. Hurry and invite your friends to check it out—it’s still hot off the press! It’s packed with valuable insights!!!)

Come on, let’s first take a look at what’s included:

I. Why Does VCBeat Produce Reports on Internet-Based Medical Imaging Companies?

In the field of internet healthcare, common entry points include doctors, hospitals, and patients. VCBeat has found that doctors are a core resource at present and will remain so for a considerable period in the future. The optimal entry points for engaging doctors, in addition to the currently prevalent services such as appointment scheduling, online consultations, patient follow-ups, electronic medical records, and medication inquiries,Medical imaging is, in fact, a more core entry point.

So, what exactly is the allure of medical imaging?

It meets two major needs of physicians: literature storage and communication/sharing. (Why is that? Click the video above!)

Take Figure 1, for example, as the pioneer of medical image-sharing tools.Since its launch in May 2013, the platform has been used by over 150,000 healthcare professionals worldwide. Shared content includes physicians’ personal diagnostic profiles and case studies. The platform has accumulated over 100 million photo views, with nearly 4 million daily views of medical images. Users are distributed across more than 1,000 hospitals, and medical and nursing students from various medical schools also use the platform.

Thus, going from 0 to 1 is idealism, while going from 1 to n is realism.

II. Differences Between Domestic and International Medical Imaging APP Products

III. Comprehensive Analysis of the Competitive Landscape in the Domestic and International Medical Imaging Markets

Overall Characteristics: Traditional giants maintain a monopoly but are experiencing slowing growth; internet companies are still in their nascent stage yet gaining momentum.

Established medical device companies account for over 90% of the market share, particularly the top three: Siemens, General Electric, and Philips (collectively known as “GPS”). In China’s digital medical imaging market, multinational corporations hold more than 75% of the market share, with Siemens (Germany), General Electric, and Philips commanding even over 80% in the mid-to-high-end segment.

The Allure of the Internet Boom

Among traditional PACS vendors, some have cultivated niche sectors for years while remaining relatively obscure. A case in point is Huaxia Pathology Network, which resembles the early version of DXY. It has long served as a purely academic exchange platform, aggregating approximately 90% of pathologists across China. The total number of physicians in this specialty is inherently limited due to various factors, standing at around 10,000. However, this platform is now beginning to explore commercialization.
Another company, which had previously remained in a niche market, began to step out of its comfort zone after the financial crisis and started to lay out its internet-based products.

IV. Why Have Internet-Based Medical Imaging Software Solutions Emerged?

1. Intrinsic Drivers of Demand-Side Stakeholders
Compared with the United States, medical imaging services in China inherently suffer from a series of pain points.

♣ The Gap in Medical Imaging Services Between China and the United States

♣ Comparative Analysis of Pain Points Between Physicians and Patients

Second, the pressure from medical insurance cost containment.
Medical imaging services under the traditional model often lead to unnecessary and redundant procedures; when a patient is referred from one healthcare network but cannot provide their images, rescanning becomes necessary.

This alone costs the healthcare system up to $30 billion annually.

Third, the Rise of Patient-Centered Healthcare Philosophy

The patient-centered philosophy of healthcare delivery requires the coordinated integration of medical resources around the patient. The historical challenge of patients being unable to access their medical imaging data during consultations will be addressed under this new generation of healthcare service models. The future trend lies in digital imaging solutions that enable both centralized management and convenient, multi-party access for review and consultation.

Furthermore, the continuous expansion of telemedicine services, the growing expectation for mining the value of medical data, the emergence of a new generation of DIY healthcare consumption perspectives, and external drivers stemming from innovations in information technology are all factors contributing to the rise of internet-based software solutions in medical imaging.(For a detailed explanation, check out the video!)

V. Six Major Business Opportunities Representing Innovation Trends

1. Comparison of Advantages and Disadvantages Between Cloud-Based PACS and Traditional PACS

Advantages and Disadvantages of Traditional PACS vs. Cloud-Based PACS: The most significant advantages of cloud-based PACS lie in facilitated collaboration, strong sharing capabilities, easy accessibility, and certain cost benefits.
For instance, in the field of trauma transfer, critically ill patients require immediate and appropriate medical intervention. Image sharing supported by cloud technology buys valuable time for the injured.

2. Remote imaging diagnosis aimed at improving accuracy, the sector most favored by domestic investors.

This demand has given rise to secondary diagnostic services for medical image interpretation, aiming to improve the diagnostic accuracy of complex and rare diseases. Such platforms are established by introducing overseas medical resources or collaborating with radiologists from large Grade A tertiary hospitals in major cities such as Beijing, Shanghai, and Guangzhou. Examples include companies like iPatientCare and the Medical Imaging Physicians Group.

However, such companies currently face two major challenges:

First, it is difficult to obtain patients' original medical images. Second, it is challenging to apply the consultative recommendations provided by second-opinion diagnoses to clinical practice. Strictly speaking, these recommendations do not constitute diagnostic results, and their practical application value remains limited at this stage. Currently, only selected pilot hospitals in China are authorized to provide telemedicine services; implementing remote image review and diagnosis via software platforms must await further policy approval.

3. A teaching and clinical communication tool designed for medical students and physicians.
Figure 1 can be regarded as the pioneer in this field, although the company has been established for just over two years. It has secured a total of $5.7 million in funding to date. Notably, such applications require particular attention to patient privacy protection; furthermore, most are restricted to communication among professional physicians and medical students, with user access subject to registration and verification.

4. Smartphone photography combined with intelligent algorithms supports self-diagnosis of certain diseases, enabling DIY early screening
In August 2014, researchers at the University of Washington developed the BiliCam app to detect neonatal jaundice. The app requires placing a color calibration card on the newborn’s abdomen; it then pre-assesses ambient lighting and flash conditions before capturing an image. The photo is automatically uploaded to the cloud, where algorithmic analysis provides immediate results.

There are now some cutting-edge facial recognition technologies that, by leveraging photographs in conjunction with advanced algorithms, can assist physicians in making clinical diagnoses. Although this application cannot fully replace formal diagnostic procedures, it can serve as a tool for disease prevention.

Forecast of Future Development Trends in Medical Imaging Technology:
The future development of medical imaging technology will rely less on manual, experience-based judgment. Instead, advanced computer algorithms will assist physicians in disease diagnosis with ultra-high efficiency and precision.

5. 3D Technology Combined with Medical Imaging Has Multiple Applications
In Shenzhen, a company named iCellular is currently capable of utilizing 3D technology to produce orthopedic surgical navigation templates. Taking joint replacement surgery as an example, orthopedic surgeons can generate 1:1 lesion models based on the distribution of pathological areas using patient-specific data, while employing rapid 3D prototyping technology to create personalized navigation templates, thereby facilitating joint replacement procedures. After implementing surgical model analysis and navigation services via 3D printing technology, operative time can be significantly reduced: a procedure that previously took 11 hours can now be completed in under 5 hours.

6. Portable medical imaging devices will first be adopted in areas with high safety profiles and lower requirements for professional image interpretation expertise
Hold a scanner no larger than an iPhone against your chest, and you can view vivid 3D images of the human body’s interior. This is a new type of medical imaging device developed with the sponsorship of entrepreneur Jonathan Rothberg. Rothberg claims to have raised $100 million to create this innovative product, which he describes as “as affordable as a stethoscope” and capable of “increasing doctors’ efficiency by 100-fold.” According to patent documents, the technology relies on a novel ultrasound chip, and the product will be a compact 3D ultrasound imaging device.

VI. Forecasts by Domestic Investors on Internet Medical Imaging Companies

As shown in the figure, most domestic investors remain optimistic about the prospects of the internet-based medical imaging market, indicating that we are poised to make significant strides in this field in the future.

Finally, a message to all my fellow colleagues:

“We should never forget that medicine is for the patient. It is not for the profits. The profits follow, and if we have remembered that, they have never failed to appear. The better we have remembered it, the larger they have been.” — George W. Merck, Founder of Merck & Co.

To all entrepreneurs and investors dedicated to internet healthcare.

To purchase the full version of the Special Report on Medical Imaging, please scan the QR code below (featuring a beauty):