Exploring New Solutions with AI for Limitations in Healthcare
Contents
- TECHNOLOGY: Exploring New Solutions for Limitations in Neurology Imaging /MR
- CLINICAL REPORT: PIQE – Creating New Frontiers in MRI / MR
- CLINICAL REPORT: Precise IQ Engine (PIQE) in Clinical Practice / MR
- TECHNOLOGY & INTERVIEW: Boosting Acute Stroke Care Through AI-Supported Technology / HIT
- CLINICAL REPORT: INSTINX Workflow: A highly intuitive AI-assisted CT experience / CT
- CASE STUDY: Unlocking New Cardiac CT Potential with Aquilion ONE / PRISM Edition / CT
- CLINICAL REPORT: Cardiac CT with Precise IQ Engine (PIQE) 1024 Matrix in Clinical Practice/ CT
- SEMINAR: AI-Driven Innovations Transforming Interventional Cardiology at EuroPCR 2024 / Angio
- CASE STUDY: User experience of the Aplio i – series / Prism Edition for pancreatobiliary disease / Ultrasound
PIQE – Creating New Frontiers in MRI
The Johns Hopkins University in Baltimore, Maryland, USA, is one of the world’s leading centers for clinical research. It has collaborated with Canon Medical Systems for many years. The partnership has been strengthened recently, particularly during the COVID-19 pandemic with a team led by Dr. Joao Lima to investigate the wider clinical effects of the disease in a series of MRI studies.
INSTINX Workflow: A highly intuitive AI-assisted CT experience
Canon Medical’s new INSTINX workflow for CT combines a human-centered, intuitive design with artificial intelligence to drive a fast, simple, and accurate workflow experience.
INSTINX is designed to alleviate some of the challenges of staff shortages and patient backlog in today’s overburdened clinical environment by being instinctively easy to use.
Cardiac CT with Precise IQ Engine (PIQE) 1024 Matrix in Clinical Practice
PIQE brings excellent spatial resolution and reduced noise within a single rotation cardiac scan while maintaining low contrast detectability and with no additional radiation to the patient.
User experience of the Aplio i – series / Prism Edition for pancreatobiliary disease
The pancreas has always been somewhat of a challenge for ultrasound. The introduction of a new harmonic technique, 3rd Harmonic Imaging (3-HI), which builds on the core of iBeam+ technology, provides even more details. An AI filter for 3rd harmonics was developed using deep learning that effectively allows the extraction and utilization of the 3rd harmonics signal, which had conventionally been difficult to achieve. The 3-HI can provide higher resolution, contrast, and less noise than the traditional 2nd harmonic imaging, resulting in sharper, clearer images.
Hirofumi Kogure, MD, PhD, FJGES from Nihon University School of Medicine shares his latest case studies using the 3rd Harmonic Imaging Aplio i-series / Prism Edition in pancreatobiliary disease. The value of 3-HI in the cases discussed is immense, as it shown a marked improvement in clinical confidence.
VISIONS AI Special Blog articles
Testimonials, white papers, and articles about AI from users of Canon Medical Systems' AI technologies
- The content reflects information available at the time of publication and may differ from current information.
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