The Neuroimaging Research Core at the Marcus AutismCenter in the Department of 
Pediatrics at Emory University, in collaborationwith the Biomedical Imaging 
Technology Center in the Department of BiomedicalEngineering at Emory 
University/Georgia Tech, is offering a full time positionas Postdoctoral 
Research Fellow. 


 
Applicants should have a Ph.D. degree in BiomedicalEngineering, MR physics, 
Computer Sciences, Neuroscience, Psychology or relatedfields, as well as 
research experience in MRI image and brain network analyses.Experience with MRI 
analysis software packages (i.e., FSL, AFNI for diffusionand functional MRI 
data analyses) and strong computer programming skills (MATLAB,C/C++ & Bash 
scripts) are required.


 
The Neuroimaging Research Core at Marcus iscurrently conducting several 
large-scale longitudinal infant and school-agedneuroimaging studies. The Core 
has a strong interest in developmental brain changesin very young infants (0 to 
6 months) and in young children. The goal of thesestudies is to understand how 
autism spectrum disorders (ASD) impact thedevelopment of brain and behavior.The 
applicant will be expected to (i) develop computational and statistics methods 
to analyze neuroimaging data from infants and school-aged children (in both 
cross-sectional and longitudinal data sets), (ii) design and implement novel 
techniques for optimizing data collection from infants and children, (iii) 
prepare manuscripts and extramural grants, and (iv) collaborate with MRI 
physicists, social neuroscientists, engineers, and clinicians.  The 
position-holder will be expected to work closely with the Biomedical Imaging 
Technology Center (directed by Dr. Xiaoping Hu) and the Social Neuroscience Lab 
(directed by Dr. Warren Jones) at the Marcus Autism Center. 

The Biomedical Imaging Technology Center is a research center of the Wallace H. 
Coulter Department of Biomedical Engineering, a joint department of Georgia 
Tech and Emory University specializing in functional brain imaging, high-field 
imaging, in vivo spectroscopy, and molecular imaging.  The Marcus Autism Center 
is a not-for-profit organization dedicated to the diagnosis and treatment of 
children with Autism Spectrum Disorders (ASD). It is the country’s largest 
center for clinical care of children and adolescents with ASD, with more than 
5,000 unique children and their families served each year.  The Center is also 
one of the national hubs of science in the field of developmental disabilities, 
designated by NIH as an Autism Center of Excellence.  Programs range from 
social and behavioral neuroscience, to molecular genetics and model systems, to 
the augmentation of community resources and community-viable treatments. The 
position is available immediately and theinitial appointment is for one year. 
Renewal is expected if progress issatisfactory. Emory University School 
ofMedicine offers competitive benefits and salary package in line with 
NIHguidelines and has been ranked high as one of the “Best Places to Work 
forPostdocs”. Interested candidates should email to Dr.Longchuan Li 
(ll...@emory.edu, please include the word “POSTDOC” in the subject of the 
email),with a cover letter and CV. Qualified candidates will be asked to have 
3letters of reference forwarded to Dr. Li.
Related publications:

Jones, W., and A. Klin. "Attention to eyes is present but indecline in 
2-6-month-old infants later diagnosed with autism." Nature504.7480 (2013): 
427-431.

Shultz, Sarah, Ami Klin, and Warren Jones. "Inhibition of eyeblinking reveals 
subjective perceptions of stimulus salience." Proceedingsof the National 
Academy of Sciences 108.52 (2011): 21270-21275.

Li, Longchuan, et al. "Mapping putative hubs in human, chimpanzeeand rhesus 
macaque connectomes via diffusion tractography." Neuroimage80 (2013): 462-474.

Li, Longchuan, et al. "The effects of connection reconstructionmethod on the 
interregional connectivity of brain networks via diffusiontractography." Human 
brain mapping 33.8 (2012): 1894-1913.

Craddock, R. Cameron, et al. "Disease state prediction from restingstate 
functional connectivity." Magnetic resonance in Medicine 62.6(2009): 1619-1628.


 

 

 


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