Gregory H. Turner, PhD,
Biosketch
Program Manager, Preclinical Imaging
Focus
The mission of the BNI-ASU Center for Preclinical Imaging is to provide state-of-the-art imaging technology and expertise to researchers in and around Phoenix, Arizona. Key to that goal is our 7 Tesla (7T) Bruker BioSpec® preclinical magnetic resonance imaging (MRI) machine.
The Center is a joint effort between Barrow Neurological Institute and Arizona State University with the goals of providing a key piece of core technology to area researchers to advance biosciences across Arizona.
Over the past decade, high-field MRI systems have unlocked new discoveries in biology and medicine. Our facility makes this state-of-the-art technology available to researchers across central Arizona. Using this resource, investigators can examine the in vivo anatomy and function of their preclinical models.
In addition to advanced technology, the Center for Preclinical Imaging also offers professional expertise to help researchers develop and implement their imaging protocols.
Resources
Documents
Core Staff Members
Gregory H. Turner, PhD
Program Manager, Barrow Neurological Institute
(602) 406-2649
E-mail: Gregory.Turner@chw.edu
Qingwei Liu
Imaging Research Specialist, Barrow Neurological Institute
(602) 406-2643
E-mail: Qingwei.Liu@chw.edu
Affiliated Researchers
James G. Pipe, PhD
Director of Neuroimaging, Barrow Neurological Institute
E-mail: Jim.Pipe@chw.edu
Kevin M. Bennett, PhD
Assistant Professor, Arizona State University
Contact Us
Gregory Turner, PhD
Program Manager, Preclinical Imaging
Barrow Neurological Institute/St. Joseph's Hospital and Medical Center
Phone: 602-406-2649
Fax: 602-406-3911
E-mail: Gregory.Turner@chw.edu
In collaboration with Arizona State University
The website above may be of interest or information to you. External websites are independent of Catholic Healthcare West (CHW) and Barrow Neurological Institute. As such, Barrow and CHW do not endorse or sponsor this site, nor do we vouch for the any of the information contained within this site.
