Session Information
AABB SAMs Courses 2013
Click here to go to the previous page
Advances in Nucleic Acid Detection Methods and Application for Multiplex Detection of Transfusion-Transmitted Disease and Red Cell Antigens: Toward a Single Testing Platform
Track : Sessions
Program Code: 9406-S
Date: Tuesday, October 15, 2013
Time: 10:30 AM to 12:00 PM  EST
Location: Four Seasons Ballroom 1
SPEAKER (S):
Dr. Connie Westhoff, PHD, SBB, Director, New York Blood Center
Dr. Charles Chiu, MD, PhD, Assistant Professor, Laboratory Medicine and Medicine / Infectious Diseases, UCSF School of Medicine
Roger Dodd, PhD, Vice President, Research and Development, American Red Cross Blood Services
Description
Current donor screening is hampered by limitations in the number of licensed tests, blood volume used in testing, variations in pathogens or antigen targets and the cost associated with each new test. The recent advances in nucleic acid sequencing, genome-wide transcription profiling and molecular methods in discovery of novel pathogens when combined with the emerging multiplex platforms would allow the simultaneous detection of several pathogens in a high throughput format. The number of pathogens or antigen targets that can be detected as a part of a routine donor screening program may no longer be a limiting factor. The goal of the session is to discuss the suitability and readiness of the next generation nucleic acid-based and protein-based testing technologies applied on multiplex platforms for application as the donor testing of the future.


CE CategoryCE Value
California Clinical Laboratory Personnel 1.5
California Nurse 1.8
Florida Laboratory Personnel 1.8
General Attendee 1.5
Physician 1.5
Please note: Continuing education (CE) credit is available for online offerings only. Individuals that purchase CD-ROMs will not receive CE credit for the programs they view.


Copyright © 2014 by MultiView, Inc. All website graphics, text, design, software, and other works are
the copyrighted works of MultiView, Inc. All audio, video, presentation materials, logos and text
are the copyrighted works of their respective owners. All Rights Reserved. Any redistribution or
reproduction of any materials herein is strictly prohibited.