Image-guided therapy
Congenital heart disease
Solutions that work together to provide exceptional imaging and efficient workflow
When patients are at their most vulnerable, every move counts. Minimally invasive congenital heart disease interventions are changing the therapeutic outcomes for young patients and the rising number of adults with CHD. Philips CHD suite is designed to adapt to your workflow needs, providing powerful imaging to help you decide, guide, treat and confirm your interventions, while minimizing the harmful effects of radiation and contrast.1,2
Demonstrated results in congenital heart disease
Enhancing minimally invasive congenital cardiac interventions
Congenital Heart Diseases (CHD) present the distinctive challenge of uniquely complex pathoanatomy in some of the most vulnerable patients. Our CHD Suite aims to facilitate profound imaging insights while minimizing the patient burdens of radiation and contrast load.
Accomplish gentle care with powerful insights
- Minimize the patient burdens of radiation and contrast load.
- Enhance real-time assessment, treatment plans, and navigation.
- Leverage multimodality integration and fusion.
- Make use of intuitive 3D imaging tools.
Solutions that work together to provide exceptional imaging and efficient workflow
- ClarityIQ provides high-quality imaging, delivering excellent visibility at low X-ray dose.
- Import of diagnostic and planning information from CT or MRI to use as live overlay guidance.
- Real-time ultrasound-fluoroscopy fusion to visualize soft tissue and interventional devices simultaneously.
- In-room 3D rotational angiography to enhance the understanding and assessment of complex anatomy.
Related procedures
Elevate transcatheter mitral and tricuspid therapies with Philips imaging for accurate device placement and procedural efficiency.
Explore Philips’ TAVI and TAVR solutions, providing exceptional imaging and optimized processes for effective structural heart disease treatments.
Optimize LAAO procedures with Philips imaging technology, for precise device placement and streamlined workflows.
Footnotes
- Results are specific to the institution where they were obtained and may not reflect the results achievable at other institutions. Philips Azurion Simulation Study 2016 - 12NC 452299123041 - FEB 2017
- Data (clincial image provided by courtesy of CHU Toulouse). The compatibility between EchoNavigator and 3D mini-TEE X11-4t is yet to be assessed.
- Berman et al. ,The use of threedimensional rotational angiography to assess the pulmonary circulation following cavo-pulmonary connection in patients with single ventricle. Catheter Cardiovasc Interv. 2012 Nov 15;80(6):922-30.
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