Advantages and Disadvantages of Robotic Telepathology vs

Slides:



Advertisements
Similar presentations
Gross Techniques In Surgical Pathology. Introduction The routine work associated with a surgical pathology specimen includes gross & microscopic examinations.
Advertisements

PATHOPHYSIOLOGY PATHOPHYSIOLOGY w DEFINED Involves the study of function that results from disease processes.
International Telecommunication Union Workshop on Standardization in E-health Geneva, May 2003 Digital Imaging in Pathology for Standardization Yukako.
TELEMEDICINE ITC Software All rights reserved. ITC Software.
Technology in Medicine n Computers in health care Medical information systemsMedical information systems Administrative applicationsAdministrative applications.
Career in Biomedical Technology Objective 1
Introduction to Telepathology Bruce E. Dunn, M.D. Milwaukee VA Medical Center
Consideration on work items of IHE-pathology and DICOM for pathology image Sep Ikuo Tofukuji IHE-Japan Pathology-WG.
Process for Auto Linking Surgical and Cardiac Cath Implants/Devices to the Prosthetics Package to meet Performance Measure In Surgical OR – Nurse completes.
James E. Madory, D.O. Assistant Professor Medical Director of Pathology Informatics Department of Pathology and Laboratory Medicine Medical University.
VA ECHCS Denver VAMC Planning Project April 24, 2008.
…and that the right diagnosis is critical to your patients’ outcomes. UW Ocular Pathology Laboratory Because you know ocular tissue is different …
Milwaukee Pathology Hub and Spoke Model Bruce E. Dunn, M.D. Milwaukee VA Medical Center
Wednesday August 16, 2006 APIII 2006 Vancouver Breakout Session A2 Whole Slide Image System Implementation Jeffrey Fine MD University of Pittsburgh.
Robotic Telepathology: Practical Applications Bruce E. Dunn, M.D. Chief Pathologist, Veterans Integrated Service Network (VISN) 12 Professor and Vice-Chair,
Digital Pathology for Improved Patient Care
* Making Timely and Accurate Patient Care Decisions through Vista Imaging.
Telepathology Applications in VISN 12 Bruce E. Dunn, M.D. Milwaukee VA Medical Center
Telepathology as a Networking Tool in VISN 12 Bruce E. Dunn, M.D. Milwaukee VA Medical Center
Ibrahim Shamia Pathological Specimenes 1 O PERATING R OOM T ECHNIQUE O PERATING R OOM T ECHNIQUE ::: PREPARED BY ::: Ibrahim H. Shamia, RN, MSN, PhD Fellow.
Technology in Medicine The Use of Computers Mr. Howerton Fall 2012.
Telemedicine and Main Issues in Developing Countries: A General Review
Telemedicine Peter Corr University of Natal S Africa Overview Lecture Links.
Ronald S. Weinstein, M.D. Professor, Pathology Head, Pathology 1990 – 2007 Director, Arizona Telemedicine Program.
VISN 11 Wound Care Teleconsultation Program Julie Lowery, PhD Implementation Research Coordinator Leah Gillon, MSW Administrative Coordinator Diabetes.
Political and Strategic Aspects of Employing Digital Pathology in Pathology Departments John D. Pfeifer, MD, PhD Vice Chair for Clinical Affairs, Department.
High Volume Slide Scanning Architecture and Applications
FDA Panel Digital Pathology Oct 22/23 Dirk Soenksen, President.
Telemedicine in Medicine BT03.03  Definition: “The use of computers, the Internet, and other communication technologies to provide medical care to patients.
 Definition: “The use of computers, the Internet, and other communication technologies to provide medical care to patients at a distance.”  Forms: 
MOTIC VM600 Virtual Microscope Development of Motic’s New Model; Features & Improvements, Model Strategy, and Model Competition Development of Motic’s.
IT Telehealth Center for Telecytopathology This is an overview for the MarkPap® Digital Networking System.
Microscopes Light microscope Depth of field: small.
Real-Time Telepathology for Subspecialty Consultation Nikolaj Lagwinski, MD September 10 th, 2007.
IT Infrastructure for Business
Telepathology and The Future of Pathology (or Why did we change our Practice Model) Jagdish Butany, MBBS, MS, FRCPC Consultant Cardiovascular Pathologist/Director.
Operational Considerations in Implementing Digital Pathology Pathology Visions 2009 Walter H. Henricks, M.D. Cleveland Clinic.
A Working Group of Our Own (DICOM WG-26) Bruce Beckwith, MD Department of Pathology Beth Israel Deaconess Medical Center Harvard Medical School Boston,
Challenges of Cancer Diagnosis in Resource Limited Settings Optimizing Pathology Support Ann Marie Nelson, M.D. AIDS and Infectious Disease Pathology Joint.
Laboratory Careers Packet #4. Introduction Individuals working in this field have various tasks, duties, interests and abilities. Laboratory personnel.
Histology Techniques CLS 322
Transitioning from pathology resident to community pathologist Kimberly W. Sanford, M.D. Assistant Professor Virginia Commonwealth University.
International E-Health Conference “E-Health:around the clock care for everyone, everywhere” Quality in Health Care and Medical care E-Health in Friuli.
Color correction of pathological images *Tokiya Abe,Pinky A. Bautista, Yukako Yagi, John Gilbertson **Yuri Murakami, Masahiro Yamaguchi, Nagaaki Ohyama.
Digital Imaging in Pathology Bruce E. Dunn, M.D. Milwaukee VA Medical Center
Technology in Medicine
PACS in Radiology By Alanoud Al Saleh.
Issues in Validation of Whole Slide Digital Images for Frozen Section Interpretation Lewis A. Hassell, MD Pathology Visions October 2010.
Lecturer: Dalia Mirghani
EMERGENCY FACILITIES AND EQUIPMENT. Facility: Any equipment, structure, system, process, or activity that fulfills a specific purpose Site: The area over.
2/21/2016 Technology Update 1 Imaging Capsule M2A Mrs. Cueni.
Digital Imaging: Value Added, Finally Mike Isaacs Director of Information Technology John Pfeifer, MD, PhD Professor of Pathology Department of Pathology.
APERIO TELEPATHOLOGY IN MALAWI; AN INNOVATIVE SOLUTION TO LACK OF PATHOLOGISTS Dr Steve Kamiza, Consultant Histopathologist and Assoc. Professor, Malawi.
Installation and Maintenance of Health IT Systems Troubleshooting; Maintenance and Upgrades; Interaction with Vendors, Developers, and Users Lecture a.
Telemedicine Telemedicine uses computers and telecommunications lines to deliver health care at a distance. Telemedicine may use store-and- forward technology.
Pathophysiology.
Political and Strategic Aspects of Employing Digital Pathology in Pathology Departments John D. Pfeifer, MD, PhD Vice Chair for Clinical Affairs, Department.
Careers in Biomedical Technology Objective 1
The Royal Brompton & Harefield Hospitals’ Experience
FDA Panel Digital Pathology Oct 22/23
PATHOPHYSIOLOGY.
W. Scott Campbell, MBA, PhD University of Nebraska Medical Center
Implementation and Validation of Telepathology
Real-Time Telepathology in VISN 8
Gross Digital Pathology Advancement
Pathophysiology.
Telemedicine in Hematology &Oncology Care
Technology in Medicine
Telemedicine in Hematology &Oncology Care
New Provider and Reappointment Training
Presentation transcript:

Advantages and Disadvantages of Robotic Telepathology vs Advantages and Disadvantages of Robotic Telepathology vs. Routine Microscopic pathology The Experience Between the Richmond and Beckley VA Medical Centers Department of Pathology and Laboratory Medicine , Richmond, Virginia

Introduction The VISN 6 Veterans Administration hospitals comprise eight hospitals. Three of these hospitals are primary care hospitals where minor surgery takes place. The size of the smaller hospitals does not justify a full time pathologist. Therefore, robotic telepathology was considered as the solution for one of the hospitals, located in Beckley, West Virginia. Beckley VAMC is supported by the larger tertiary-care facility located 250 miles away in Richmond Virginia.

Common Types of Telepathology Dynamic or Robotic Telepathology (image is transmitted instantly, operator can select fields render diagnosis immediately. Digitizing Entire Slide. Static or Capture image digitally and Transmit Forward via electronic lines or other telecommunication media.

Dynamic Robotic Telepathology Operator can view entire slide from a remote site. Operator can select fields for digital image capture. Operator can communicate with transmitter simultaneously to viewing.

Robotic Image Receiving Station at the Richmond VAMC

Transmitting Station at Beckley VAMC

Close-up of Transmitting Station

Telepathology Vs Routine Microscopy Setup Time Telepathology Routine 10-15 Minutes NA AV Time per Slide 2.61 +/- 2.6 SD Minutes 15+/- 11SD Seconds

Strategies Adopted in Our System Because of the length of time required per slide, only small biopsies are analyzed by telepathology. Viewing large sections of tissue by telepathology is impractical and, therefore, performed at the larger facility. All slides are reviewed the next day upon receipt of slides by mail. All major specimens and special stains are processed and viewed by routine microscopy at the larger facility

Costs Associated with Robotic Telepathology Telepathology Hardware $169,344 Purchase cost Maintenance $15,000 Yearly ISDN line cost $8,000 Yearly Slide-Mailing Costs $1,400

Advantages Robotic telepathology is a viable alternative to an on site pathologist. It allows acceptable turnaround time for surgical pathology diagnosis. Meets CAP requirements. It supplies a small hospital with surgical pathology consultation from five pathologists, which would otherwise not be accessible to a small facility.

Disadvantages The system is 12 fold slower to routine microscopy. Screen image is not as optimal as direct view. Repeated line and equipment down-time hinders workflow.

The End