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Artificial Intelligence

What Are Artificial Intelligence Tools Used in Health?

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Masqot Community

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August 2, 2025

5 min read

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Artificial intelligence has many specific tools and platforms behind this transformation while leading to revolutionary changes in health sector. These tools have a wide range from diagnosis to treatment, from pharmaceutical development to patient management, making health services smarter, faster and more personalized. Artificial intelligence tools used in health Ready to learn? Here are the basic functions of AI tools and their basic functions used in the health field:

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Diagnostic and Imaging Support Tools

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Artificial intelligence in the field of medical imaging and pathology increases the diagnosis accuracy by offering a second eye to doctors and relieves workload.

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IBM Watson Health (Artık Merge Health): IBM Watson is one of the artificial intelligence tools used in health. It is a tool that specifically processes large data sets in medical imaging analysis and oncology area, providing support to doctors in diagnosis and treatment decisions. The tools like FusionRIS and FusionPACS optimize image management and reporting processes.
Google Health AI (from DeepMind Technologies): Google, especially Diabetes retinopathy detection with retinal scans and meme cancer scans AI models are developing. DeepMind’s health projects aim to diagnose diseases in early stages using large datasets.
Zebra Medical Vision (Artık Nanox AI): One of the leading companies in medical imaging artificial intelligence. Bone melting (osteoporoz), heart diseases, lung nodules Home As well as developing algorithms that automatically detect various situations. Radiologs quickly signal abnormal findings.
Helpoc: Radiologists are an enhanced artificial intelligence solution to speed up the workflow. Brain bleeding automatically signals critical findings such as lung embolism, neck fractures and provides priority to radiologists urgent cases.

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PathAI: It uses artificial intelligence to improve cancer diagnosis in pathology laboratories. It detects cancerous cells by analyzing digital pathology slides, making tumor stage and helps predict response to treatment.

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SkinVision: It is one of the artificial intelligence tools used in the field of health that can scan skin cancer through smartphone application. It analyzes potential risks by attracting users’ photos of skin spots and helps determine the need for a professional medical vision.

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Pharmaceutical Development and Discovery Platforms

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Artificial intelligence, discovery of new drugs, design and clinical trials Home optimized processes are a root-changing element. Here are the platforms;

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Insilico Medicine: Among the artificial intelligence tools used in the field of health, it is one of the leading companies in medicine discovery. Generative Adversarial Networks (GAN) and Search g New molecules are designed using advanced AI techniques, making target identification and speed up the process of developing medicine. They were discovered and designed by the first artificial intelligence (for fibrozis) clinical trials.
Atomwise: Deep learning A platform that determines new drug candidates using tools and makes virtual scans. By analyzing the molecule quickly, the potential drug deals and significantly accelerates the process of drug discovery.

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BenevolentAI: Scientific literature is one of the artificial intelligence platforms that analyze clinical trial data and genomic information. It is used to understand the mechanisms underlying under diseases and to determine new pharmaceutical targets.

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Recursion Pharmaceuticals: A large-scale platform that combines biological and chemical data. It mimics diseases in cellular models using artificial intelligence and tests to determine new treatment candidates.

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Personalized Medicine and Treatment Planning Tools

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Artificial intelligence plays a key role in developing special treatment approaches to each patient.

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Tempus: It is one of the companies that offer personalized medical solutions in the field of oncology. Patients molecular and clinical data Home (genetic information helps determine the most suitable treatment options by combining tumor secretions, medical history).
Foundation Medicine: By offering comprehensive genomic profile analysis, it helps to identify personalized treatment options for cancer patients. Artificial intelligence plays an important role in interpreting these broad genomic data sets.
Flatiron Health: In particular, it collects and analyzes real world data (Real-World Data - RWD). This data helps to design clinical research, understand treatment results and improve personalized approaches in cancer treatment.

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Virtual Assistants and Chat Robots

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Artificial intelligence-supported virtual assistants that improve patient experience, facilitate information access and reduce operational load are becoming increasingly common.

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Babylon Health: Artificial intelligence-based mobile application. It allows users to check their symptoms, video conversations with doctors and access health information. Artificial intelligence is used in symptom analysis and appointment routing.
Ada Health: An artificial intelligence-supported symptom control application that helps patients learn possible causes by entering their symptoms. Provides personalized health information to users.
Buoy Health: Artificial intelligence-supported symptom control and routing platform. The level of proper care by analyzing the symptoms of users (maintenance, go to the doctor, etc. ) recommends.
Sense.ly: Virtual nurse is one of the artificial intelligence tools used in the field of health that interacts with patients with chronic diseases through avatars like Molly. Helps patients to follow their medicine, save symptoms and learn about health conditions.

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Hospital Management and Operational Efficiency Tools

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Artificial intelligence increases productivity by optimizing hospital operations and reduces costs.

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Optum (depending on the UnitedHealth Group): Provides a wide range of AI solutions for health care management and data analysis. They use AI in areas such as source allocation, patient flow management, fraud detection and population health management.
LeanTaaS: A platform that optimizes the use of hospital surgery, chemotherapy salon and clinical chair with artificial intelligence and machine learning. In this way, waiting times are reduced and more patients can be treated.

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Qventus: It uses artificial intelligence to optimize patient flow, bed management and emergency service operations in hospitals in real time.

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Robotics and Surgical Assistants

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Robotic systems that increase sensitivity in surgical operations and support rehabilitation processes become smarter with artificial intelligence tools used in health.

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Da Vinci Surgical System (Intuitive Surgery): It is one of the most known robotic systems used in minimally invasive surgery. When surgeons control the arms of the robot at the console, artificial intelligence can help improve the sensitivity of surgical movements and perform automatic tasks in some models.
Corindus Vascular Robotics (Buyed By Siemens Healthineers): It offers robotic systems used in coronary and peripheral vascular initiatives in the field of Cardiology. Artificial intelligence offers the opportunity to perform more sensitive operations in the guidance of displaying the surgeon.
ExcelsiusGPS (Globus Medical): A robotic navigation and guidance system used in spinal surgery. Artificial intelligence helps surgeon to perform surgery and provide high precision in the placement of spinal implants.

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These tools, AI tools used in health field Home represent only one part of the wide and deep effect. In the future, more integrated, smarter and more autonomous AI systems are expected to be included in every stage of health care. This development will require new competencies for both health professionals and provide better, more accessible and more personalized health experience for patients.

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wp:paragrap h Artificial intelligence has many specific tools and platforms behind this transformation while leading to revolutionary changes in health sector. These tools have a wide range from diagnosis to treatment, from pharmaceutical development to patient management, making health services smarter, faster and more personalized. Artificial intelligence tools used in health Ready to learn? Here are the basic functions of AI tools and their basic functions used in the health field: /wp:paragrap h wp:head g Diagnostic and Imaging Support Tools /wp:headin g wp:paragrap h Artificial intelligence in the field of medical imaging and pathology increases the diagnosis accuracy by offering a second eye to doctors and relieves workload. /wp:paragrap h wp:list wp:list-item IBM Watson Health (Artık Merge Health): IBM Watson is one of the artificial intelligence tools used in health. It is a tool that specifically processes large data sets in medical imaging analysis and oncology area, providing support to doctors in diagnosis and treatment decisions. The tools like FusionRIS and FusionPACS optimize image management and reporting processes. /wp:list-item wp:list-item Google Health AI (from DeepMind Technologies): Google, especially Diabetes retinopathy detection with retinal scans and meme cancer scans AI models are developing. DeepMind’s health projects aim to diagnose diseases in early stages using large datasets. /wp:list-item wp:list-item Zebra Medical Vision (Artık Nanox AI): One of the leading companies in medical imaging artificial intelligence. Bone melting (osteoporoz), heart diseases, lung nodules Home As well as developing algorithms that automatically detect various situations. Radiologs quickly signal abnormal findings. /wp:list-item wp:list-item Helpoc: Radiologists are an enhanced artificial intelligence solution to speed up the workflow. Brain bleeding automatically signals critical findings such as lung embolism, neck fractures and provides priority to radiologists urgent cases. /wp:list-item wp:list-item PathAI: It uses artificial intelligence to improve cancer diagnosis in pathology laboratories. It detects cancerous cells by analyzing digital pathology slides, making tumor stage and helps predict response to treatment. /wp:list-item wp:list-item SkinVision: It is one of the artificial intelligence tools used in the field of health that can scan skin cancer through smartphone application. It analyzes potential risks by attracting users’ photos of skin spots and helps determine the need for a professional medical vision. /wp:list-item /wp:list wp:head g Pharmaceutical Development and Discovery Platforms /wp:headin g wp:paragrap h Artificial intelligence, discovery of new drugs, design and clinical trials Home optimized processes are a root-changing element. Here are the platforms; /wp:paragrap h wp:list wp:list-item Insilico Medicine: Among the artificial intelligence tools used in the field of health, it is one of the leading companies in medicine discovery. Generative Adversarial Networks (GAN) and Search g New molecules are designed using advanced AI techniques, making target identification and speed up the process of developing medicine. They were discovered and designed by the first artificial intelligence (for fibrozis) clinical trials. /wp:list-item wp:list-item Atomwise: Deep learning A platform that determines new drug candidates using tools and makes virtual scans. By analyzing the molecule quickly, the potential drug deals and significantly accelerates the process of drug discovery. /wp:list-item wp:list-item BenevolentAI: Scientific literature is one of the artificial intelligence platforms that analyze clinical trial data and genomic information. It is used to understand the mechanisms underlying under diseases and to determine new pharmaceutical targets. /wp:list-item wp:list-item Recursion Pharmaceuticals: A large-scale platform that combines biological and chemical data. It mimics diseases in cellular models using artificial intelligence and tests to determine new treatment candidates. /wp:list-item /wp:list wp:head g Personalized Medicine and Treatment Planning Tools /wp:headin g wp:paragrap h Artificial intelligence plays a key role in developing special treatment approaches to each patient. /wp:paragrap h wp:list wp:list-item Tempus: It is one of the companies that offer personalized medical solutions in the field of oncology. Patients molecular and clinical data Home (genetic information helps determine the most suitable treatment options by combining tumor secretions, medical history). /wp:list-item wp:list-item Foundation Medicine: By offering comprehensive genomic profile analysis, it helps to identify personalized treatment options for cancer patients. Artificial intelligence plays an important role in interpreting these broad genomic data sets. /wp:list-item wp:list-item Flatiron Health: In particular, it collects and analyzes real world data (Real-World Data - RWD). This d

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