Feature | Coronavirus (COVID-19) | March 27, 2020 | Jilian Liu, M.D., HIMSS Greater China

Artificial Intelligence Assisted Radiology Technologies Aid COVID-19 Fight in China

Application of Chinese AI imaging technology has helped speed diagnosis of large numbers of patients with the novel coronavirus COVID-19 pneumonia

AI vendor Infervision's InferRead CT Pneumonia software uses artificial intelligence-assisted diagnosis to improve the overall efficiency of the radiology department. It is being developed in China as a high sensitivity detection aid for novel coronavirus pneumonia (COVID-19). #COVID19 #coronavirus #SARScov2

AI vendor Infervision's InferRead CT Pneumonia software uses artificial intelligence-assisted diagnosis to improve the overall efficiency of the radiology department. It is being developed in China as a high sensitivity detection aid for novel coronavirus pneumonia (COVID-19).

An older couple walked into the Hubei Provincial Hospital of Integrated Chinese and Western Medicine near their neighborhood with a fever and cough on Dec. 26, 2019. Computed tomography (CT) scans showed lesions in their lungs distinct from anything caused by any other known viral pneumonia. Jixian Zhang, M.D., director of the hospital’s Respiratory Medicine Department, told the couple to get their son over for a check. The son was asymptomatic, but his CT images found similar conditions. On the same day a vendor from the Hua’nan Seafood Market also had a fever and coughing with similar pulmonary manifestations.[1]  Zhang started noticing more and more cases alike not long before her professional intuition kicked in that this was the start of a new type of viral infection, having personal experience dealing with the 2003 SARS outbreak. After careful examination and analysis, Zhang and the hospital leaders decided to report the cases to superior authorities. Zhang was later called the “first to report” the outbreak.[2]

 

Computed Tomography Plays a Key Role in COVID-19 Detection in China

Computed tomography medical imaging is used in detecting the abnormalities in the patients’ lungs. In the images many early novel coronavirus (COVID-19, SARS‐CoV‐2) patients have single or multiple small patchy ground-glass opacities and interlobular septal thickening. The number and area of disease foci grow as the disease progresses. Consolidation and linear shows appear in addition to the ground-glass opacities. Diffuse lesions develop in both lungs when the patient becomes critically ill. Some patients may have what is known as the pale lungs.

In the early days of the outbreak, radiological imaging was not regarded as a way to confirm evidence for COVID-19 cases, instead relying on a positive result of the PCR nucleic test. The supply of the PCR test kits, however, was limited and it took a long time to get the results after collecting the specimen. Many suspected patients had to wait to be tested to confirm their infection. The Chinese health authority soon recognized the gap and changed the diagnostic strategy in their 5th edition of the Guidelines on Diagnosis and Treatment of COVID-19. Radiological features of COVID-19 were included as one of the three determinant clinical manifestations to confirm a suspicious patient.[3] The high efficiency, reliability and accessibility of the radiological diagnostic technology aided identification of the disease in the outbreak. CT image was soon enhanced further by the introduction of artificial intelligence (AI) algorithms that can help quickly triage patients to radiomic COVID-19 signatures in the images.

 

AI Helps Speed Radiological Review and Diagnosis of COVID-19 Patients

Inclusion of radiological findings in confirming COVID-19 diagnosis instantly increased the workload of the already hectic radiologists and physicians, who had to visually go through up to 300 images of a patient. Human efficiency and accuracy along with the risky physical contact in the exam process are gravely challenged. This was exactly the kind of situation where AI’s strengths find its ways and liberate the medical staff for more intimate care for the patients where human presence and interventions are indispensable and invaluable.

AI may help with both the exam process and reading of the images taken. When handling a patient, a radiologist or technician has to come in physical contact with the patient for instructions about how to position and breathe correctly. AI is used to take the human presence out of the exam room and allow the radiologist to guide the patient through the process contact-free, which also helps to save consumption of personal protection equipment (PPE) which otherwise had to be worn.

As its more valued application, AI with a deep learning algorithm has proven to be a powerful aid in recognizing the lesions in CT images and even quantitatively characterizing the findings and comparing changes between exams, which works at a considerably greater speed and accuracy. Some algorithms may even help differentiate COVID-19 from a regular viral pneumonia. When a CT image suspicious of COVID-19 is detected, the AI alerts the physician and brings the case to the top of the physician’s work list, suggests possible infection, and recommends preset interventions according to the findings. This significantly improves the detection rate and treatment consistency of COVID-19 cases.

VIDEO: How China Leveraged Health IT to Combat COVID-19 — Interview with Jilan Liu, M.D., CEO for the HIMSS Greater China

Deployment of Health IT in China’s Fight Against the COVID-19 Epidemic

Emerging Technologies Proving Value in Chinese Coronavirus Fight
 

How Artificial Intelligence Aided Chinese Fight Against COVID-19

The following list summarizes the known AI-assisted radiological applications in China:

Chinese artificial intelligence applications used to help fight COVID-19. #cornavirus #COVID19 #AIcovide19 #SARScov2

Chart showing AI technologies used in the Chinese fight against COVID-19. #coronavirus #COVID19 #SARScov2

Chart shwing artificial intelligence (AI) technologies used in the Chinese fight against Coronavirus. #COVID-19 #Coronavirus #SARScov2

About the author: Jilan Liu, M.D., MHA, is the CEO for HIMSS Greater China.  She was previously principal and consulting director of the Greater China Joint Commission International (JCI). As chief executive for HIMSS Greater China, Liu and her team made a significant breakthroughs with hospitals and the HIT industry in the greater China region to embrace international HIT standards, certification requirements and to rethink prudent approachs to IT investments and operations. 

 

Related COVID-19 Content:

VIDEO: Imaging COVID-19 With Point-of-Care Ultrasound (POCUS) — Interview with emergency physician Mike Stone, M.D.,

VIDEO: Use of Telemedicine in Medical Imaging During COVID-19

Study Looks at CT Findings of COVID-19 Through Recovery

Experts Stress Radiology Preparedness for COVID-19

ACR Recommendations for the Use of Chest Radiography and CT for Suspected COVID-19 Cases

VIDEO: What Cardiologists Need to Know about COVID-19 — Interview with Thomas Maddox, M.D.

The Cardiac Implications of Novel Coronavirus

 

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