News | October 21, 2014

Three Palm Software Granted Patent for the User Interface and Workflow for a Mammography Workstation

Three Palm Software Patent WorkstationOne Mammography Workstation

Screen Capture of a WorkstationOne showing the Systematic Masking step of the workflow

October 21, 2014 — Three Palm Software announced that that the U.S. Patent and Trademark Office has granted Three Palm Software a new patent, U.S. Patent 8,803,911. This new patent covers many aspects of the design of a mammography workstation, including pre-fetching and caching of the source data, sequencing of the hanging protocols, and advanced viewing techniques. In addition to common mammography viewing mechanisms such as current and prior comparisons, all-pixel viewing, and generation of reports, this patent also covers the “Systematic Masking” technique.

The mechanisms covered by this patent are implemented in the company’s flagship product — WorkstationOne. This patent, along with earlier patents that cover other aspects of mammography review such as tomosynthesis, demonstrates the leadership and strength of Three Palm Software in the digital mammography domain.

WorkstationOne includes all standard mammography tools such as screening and diagnostic workflows with user-selectable hanging protocol sequences, and it also provides advanced tools such as systematic masking and multi-view cross-correlation. At the enterprise level, WorkstationOne bundles bi-directional integration capabilities for picture archive and communications system (PACS), radiologic information system (RIS) and reporting systems. WorkstationOne also includes rich features for tomosynthesis display. All existing (more than four hundred) customized hanging protocols are fully available for both conventional mammography and tomosynthesis studies, enabling radiologists to read all mammography images efficiently using the built-in workflow.

WorkstationOne is sold worldwide by Three Palm Software’s partners.

For more information: threepalmsoft.com

Screen Capture of a WorkstationOne showing the Systematic Masking step of the workflow

Related Content

Biop Medical Launches Cervical Cancer Diagnosis Technology at MEDICA 2017

Biop Medical cervical cancer detection system

Technology | Women's Health | November 13, 2017
November 13, 2017 — Biop Medical announced it will present its point-of-care...
Kansas City Radiology Center Employs iCAD PowerLook Tomo Detection for DBT
News | Computer-Aided Detection Software | November 10, 2017
November 10, 2017 — Imaging for Women, a leading radiology center in Kansas City, Mo., announced it is now using iCAD
Kubtec Brings Image Analytics Capabilities to Tomosynthesis Specimen Imaging Systems
News | Mammography | November 10, 2017
Kubtec announced it will be showcasing new image analytics capabilities on its advanced tomosynthesis specimen imaging...
Siemens Healthineers Introduces Share360 Tailored Service Portfolio
News | Imaging | November 10, 2017
November 10, 2017 — To address the specific needs of...
Fujifilm Highlights Women's Health and Pediatrics at RSNA 2017
News | Information Technology | November 08, 2017
November 8, 2017 — Fujifilm Healthcare will showcase a variety of imaging and information technology solutions at the
CureMetrix Expands Medical Advisory Board
News | Computer-Aided Detection Software | November 08, 2017
November 8, 2017 — CureMetrix, a company developing...
ICPME Makes EQUIP Mammography Inspection CME/CE Webinar Available Online
News | Mammography | November 08, 2017
November 8, 2017 — In conjunction with Brea...
Study Suggests Breast Cancer Patients Forego Post-Surgery Treatment Due to Mistrust
News | Radiation Therapy | November 06, 2017
November 6, 2017 — Nearly one-third of women with...
Study shows tissue marker reduces radiation target volumes, produces many other advantages

These CT images show placement of a 3-D fixed array implanted fiducial (3-D marker) at the time of oncoplastic tumor resection. The original LCTV (LCTVo) was retrospectively re-contoured by the radiation oncologist (LCTVro) and breast surgeon (LCTVbs). Thereafter, both re-contours were combined to create the collaborative LCTV (LCTVc), which required agreement of both the radiation oncologist and breast surgeon. Volume differences between the original LCTV (LCTVo) and the collaborative LCTVc were then evaluated, and demonstrated a mean and median reduction in LCTV.

Feature | Tumor Tracking Systems | November 06, 2017 | By William Hall, M.D.
Radiation planning for breast cancer relies on accurate delineation of the post-lumpectomy target volume as identified...
Blood Test Rules Out Breast Cancer Regardless of Density
News | Oncology Diagnostics | November 03, 2017
November 3, 2017 — A new study published in ...
Overlay Init