Mammography - Customer Testimonials and Webinars & Clinical Talks

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siemens healthineers at ecr 2020
Advances in screening: Breast imaging techniques from different perspectives

 2021-03-18

Discover more about our Breast Care Symposium at Virtual ECR 2021.

siemens healthineers at ecr 2020
Fast tomosynthesis reading supported by AI

 2021-01-18

AI-powered interactive decision support can help with the increasing workload in mammography screening and diagnostics. The number of cases is expected to surge once screening picks back up after COVID -19, and smart solutions can help with triaging.

Impact of the angular range – Patient with heterogeneously dense breast, call back from screening for a detected mass
Patient with heterogeneously dense breast, call back from screening for a detected mass

 2020-12-04

Dr. Paul Fisher, MD of the dept. of radiology at Stony Brook Medicine, explains a mammography call back case. He talks about 50° Wide-Angle Tomosynthesis and the impact of the angular range.

Patient call back from screening with asymmetry in heterogeneously dense breast
Patient call back from screening with asymmetry in heterogeneously dense breast

 2020-12-04

Dr. Paul Fisher, MD of the dept. of radiology at Stony Brook Medicine, explains a mammography call back case. He talks about 50° Wide-Angle Tomosynthesis and the impact of the angular range.

Patient call back from screening with scattered fibrogladular elements and biopsy in the past
Patient call back from screening with scattered fibrogladular elements and biopsy in the past

 2020-12-04

Dr. Paul Fisher, MD of the dept. of radiology at Stony Brook Medicine, explains a mammography call back case. He talks about 50° Wide-Angle Tomosynthesis and the impact of the angular range.

siemens healthineers mammography webinars
Impact of the angular range – Patient with heterogeneously dense breast, call back from screening for a detected mass

 2020-12-04

Dr. Paul Fisher, MD of the dept. of radiology at Stony Brook Medicine, explains a mammography call back case. He talks about 50° Wide-Angle Tomosynthesis and the impact of the angular range.

siemens healthineers mammography webinars
Impact of the angular range – Patient call back from screening with scattered fibrogladular elements and biopsy in the past

 2020-12-04

Dr. Paul Fisher, MD of the dept. of radiology at Stony Brook Medicine, explains a mammography call back case. He talks about 50° Wide-Angle Tomosynthesis and the impact of the angular range.

siemens healthineers mammography webinars
Impact of the angular range – Patient call back from screening with asymmetry in heterogeneously dense breast

 2020-12-04

Dr. Paul Fisher, MD of the dept. of radiology at Stony Brook Medicine, explains a mammography call back case. He talks about 50° Wide-Angle Tomosynthesis and the impact of the angular range.

Ritse Mann MD, PHD
Interactive decision support with syngo.Breast Care

 2020-06-18

Ritse Mann MD, PHD
Head of Breast Imaging UMC St Radboud, Nijmegen, The Netherlands

TiCEM: When mammography becomes a functional technique
TiCEM: When mammography becomes a functional technique

 2019-05-06

Dr. Luis Pina shares insights on TiCEM: The unique titanium filter helps avoid overheating and increases accuracy and sensitivity compared to Mammography, while maintaining specificity.

Intro: What should the future of breast cancer screening with digital breast tomosynthesis look like?
What should the future of breast cancer screening with digital breast tomosynthesis look like?

 2019-05-04

The future of breast cancer screening with DBT is a highly debated topic. There are various topics to be considered. Prof. Sechopoulos gives an overview of the key parameters for screening programs, with a special emphasis on the role of dose.

View of future screening programs: Conclusion from the Malmö Breast Tomosynthesis Screening Trial – a concept for breast screening
Conclusion from the Malmö Breast Tomosynthesis Screening Trial – a concept for breast screening

 2019-05-02

The Malmö Breast Screening Trial focuses on DBT screening performance, effectiveness and reduced reading time. Prof. Zackrisson concludes that 1-view tomosynthesis with minimum compression increases cancer detection and can be feasible in screening.

Comparison of two-dimensional and three-dimensional mammography performance in breast cancer screening
Comparison of two-dimensional and three-dimensional mammography performance

 2019-05-02

Researchers at MUSC are currently comparing 2D to 3D and 1-view 3D in breast screening. Initial results show that with 1-view, they save time and dose, while achieving a higher detection rate compared to 2D. Can we omit 2D acquisition in the future?

CAD for breast cancer screening: first experiences with a CAD integration for screen-reading of 3D mammograms and with 3D CAD for tomo-reading
CAD for breast cancer screening

 2019-04-30

DBT, a promising method for screening, significantly increases the number of images, in turn increasing the workload. Prof.Dr. Heywang-Köbrunner explains how various CAD solutions could help, especially when it comes to replacing a second human reader.

The future role of synthetic mammograms – Is it more than a 2D image?
The future role of synthetic mammograms – Is it more than a 2D image?

 2019-04-30

What will be the role of synthetic mammograms in screening in the future? And, what improvements can we expect? Prof. Dr. van Ongeval presents the current study landscape and presents a new study comparing synthetic mammograms to FFDM.