AI for imaging and diagnosis: Research directions

FUTURE RESEARCH DIRECTIONS ON THE APPLICATIONS OF AI IN IMAGING AND DIAGNOSIS An Academic presentation by Dr. Nancy Agnes, Head, Technical Operations, Tutors India Group www.tutorsindia.com Email: info@tutorsindia.com

Artificial Intelligence in the field of Medicine and Healthcare Artificial Intelligence (AI) represents an emerging field in science and technology. Its influence spans across various aspects of human life, impacting individuals, social circles, businesses, and even countries The use of artificial intelligence (AI) in medicine and healthcare constitutes a continuing revolution and has yet to be widely understood. This integration has the prospect of significant breakthroughs but also introduces uncertainties as well as serious problems. In addition, AI has already paved the path for completely revolutionary techniques in this discipline.

AI and its related technologies within Medicine and Healthcare have undergone remarkable development, transitioning from mere computer programs aiding in medical image analysis to their integration across nearly every clinical and administrative domain (Gómez-González, 2020).

Artificial intelligence in imaging and diagnosis Research has shown that AI has displayed remarkable precision and sensitivity in spotting abnormalities in imaging, offering the potential to improve the detection and understanding of tissue-related issues.

AI could detect changes in image patterns that humans might not notice. For example, using machine learning to assess brain MRI data has the potential to detect tissue changes associated with early ischaemic stroke quickly after symptoms develop, and this technology may give more sensitivity than a human examiner within a restricted timeframe (Oren, 2020).

AI-based medical devices (AMIDs) have gained popularity in recent years, thanks to technological advancements in AI and Machine learning. AMIDs assist in the diagnosis, management and pharmaceutical development for various diseases. AIMDs have shown noteworthy results in the diagnosis and prognosis of common diseases (CDs)

Complex Neural Networks (CNNs), a subtype of Artificial Intelligence, can also be used for imaging and diagnosis. CNNS have been successfully implemented to diagnose breast cancer, lung cancer and brain cancer with high performance.

AI can help in the classification and detection of pre-malignant lesions and cancers. A classic example where automation can be used is indeterminate pulmonary nodules, which are usually benign are found frequently, of which a small proportion represent early stage cancers.

Another way AI is helping oncologists is by improving outcome prediction and detecting recurrences earlier after therapy.

This means that instances deemed high-risk may receive more aggressive initial treatment, such as increased radiation doses, whilst those deemed low-risk may receive less intense treatment to minimise adverse effects (Hunter, 2022).

Future Research Directions A study on the synergistic effects of algorithms for diagnosis Mirababie et al. (2021) studied how algorithms can be used in diagnosing diseases, and it was discovered that some algorithms have researched more than others, leading to a research gap.

Future research directions can include how combining various algorithms compare with using a single algorithm for diagnosis.

A study on clinicians’ perspectives on the limitations of Artificial Intelligence in diagnosis A study by Kumar et al. (2022) delved into the applications and limitations of Artificial Intelligence in imaging and diagnosis.

It was revealed that many healthcare professionals found artificial intelligence beneficial, although there were limitations regarding the data size and generalisability. Future research can deal with obtaining feedback from healthcare professionals and clinicians about the limitations in AI-driven diagnosis.

CONCLUSION The application of Artificial Intelligence (AI) in Medicine and Healthcare is a developing sector with enormous potential.

Despite uncertainties and limitations, artificial intelligence (AI) continues to transform medical imaging and diagnosis, exhibiting outstanding precision in detecting discrepancies and helping in disease management.

AI-based medical device improvements have shown potential in identifying many ailments, whereas Complex Neural Networks exhibit high performance in diagnosing cancers.

Future research directions include investigating algorithm synergy for diagnosis and addressing clinicians’ viewpoints to improve the accuracy of AI-driven diagnosis.

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