SegAna's innovative, state of the art will enable you to see the exact dose you will deliver to all organs before you treat the patient. It aids in confirming patient positioning quantitatively and in assessing and planning exactly when to adapt.

Know the dose you will deliver before you treat.

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Detects and quantifies patient positioning errors

Detects and quantifies patient anatomy changes by fraction

Automated Plan vs Daily vs Cumulative dose checks

Interactive side by side view of Plan and Daily Image with Planning and Deformed Contours, DVH, Dose and Volume Trend – all in a single view

Automated notifications and reports – in your inbox or in your existing record and verify system.

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Automated Plan vs Daily vs Cumulative dose checks

Fully configurable and automated reports – including images and DVHs – sent to MosaiQ or Aria as encapsulated pdf or DICOM SC

Get intelligent dose trends – plan when to adapt. Don’t disrupt your workflow or take a second longer than you need.

Automated Plan vs Daily vs Cumulative dose checks

Configurable dose alerts – Full RTOG and Quantec constraints and your own custom constraints for all OARs

Automated adaptive checks

Automated contour propagation, DVH and dose check, Dose and Volume trend with 4 day advance projection for all OARs

Export deformed DICOM data to your TPS for aid in adapting.

Supports all CT modalities – 3D, 4D, Low Dose, CBCT, MVCT

Exports deformed Planning CT and deformed contours to your TPS

Reliable, easy to use automation to help off-line workflows

is a stand-alone software that provides a means for comparison of imaging data that is DICOM compliant. It allows the registration and display of medical images as an aid during use by radiation oncology.

About SegAna

SegAna, a private company established in 2015, has a mission to deliver innovative solutions to cancer treatment centers. Our team is dedicated to improving radiation treatment efficacy and a patient’s quality of life through proven, measurable technology. Our vision is to improve the lives of cancer patients undergoing radiation therapy.

Management Team

SegAna’s core management team consists of individuals with extensive medical device and software expertise. SegAna’s advisors provide experience in radiation oncology.

Rodney Bosley

Chief Executive Officer and Director

With more than 30 years of experience in the medical device/products industry, Mr. Bosley has an impressive track record of inventing, developing, manufacturing and growing product sales within multimillion-dollar Medtech companies. During his 21 years at Cook Medical, one of the largest privately held medical device companies offering devices to a variety of medical specialties, he held various management positions within sales, R&D, product and business development. Mr. Bosley held senior positions at Kensey Nash, a public company offering cardiac devices, polymer and xenograft products. As past President and Chief Operating Officer of ACell Inc., offering regenerative medicine devices within the wound care and surgical fields, Mr. Bosley’ experience and vision grew the company from a startup to more than $70 million in revenue. Mr. Bosley is an inventor on numerous patents and a member of the Board of Directors.

Saty Seshan

Vice President of Engineering

Mr. Seshan has led medical device product development for over 15 years and comes most recently from GE Healthcare and Immucor. He has led engineering teams both domestic and international. His skillset and broad experience is focused on product development and software architecture.

Medical and Scientific Advisors

Prof Anand Santhanam,

Founder, Director and Advisor
Assistant Professor, Dept. of Radiation Oncology, University of California Los Angeles

Dr. Santhanam has researched the biomechanical modeling of lungs since 2002 for different applications ranging from computer animation, virtual reality, rehabilitation, tissue engineering to radiation oncology. His PhD dissertation was focused on developing High Performance Computing based algorithms for physics and physiology- based 3D lung dynamics using state of-the-art Graphics Processing Units (GPU). His research focus is on developing algorithms for 3D/4D image processing, model based lung registration, lung anatomy deformation modeling, lung deformation based elasticity estimation, tumor dosimetry and lung deformation based radiotherapy evaluation. He has published several journal papers in the field of biomechanical organ modeling.