Clinical Brain Imaging
The Section on Quantitative Imaging and Tissue Sciences (SQITS), NICHD, is soliciting applications from post-doctoral level scientists interested in developing and implementing novel MRI methods to assess brain structure and function in a clinical setting. Applications include possible detection of mTBI, inflammatory processes, stroke, focal epilepsy, or spreading depression. Knowledge of MRI physics and prior clinical pulse sequence programming experience with GE, Siemens, and/or Philips MRI scanners is highly desirable.
We are soliciting applications from post-doctoral level scientists interested in developing, implementing, and translating quantitative MRI methods from bench-to-bedside. Examples include “microstructure imaging” applications, such as CHARMED MRI, AxCaliber MRI, MAP-MRI, multiple-pulsed-field gradient (mPFG) MRI, and multi-dimensional diffusometry and relaxometry MRI. Knowledge of MRI physics and previous pulse sequence programming experience with Siemens, GE, and/or Philips clinical MRI scanners are all highly desirable. Funding for these positions is also available through NIH BRAIN Initiative Connectome II U01 Grant in conjunction with the MGH Martinos Center.
Imaging and Data Sciences Applied to Computational Neuroscience
We are soliciting applications from post-doctoral level scientists interested in developing and implementing novel computer science and imaging science-based strategies for cytoarchitechtonic brain parcellation using data acquired via MRI and other imaging modalities. Examples of applications include correlating and integrating histology and MRI data; and segmenting, clustering, and classifying high-dimensional MRI data obtained in the CNS.
Measuring and Mapping Features of Transport Processes via MRI
We are soliciting applications from post-doctoral level scientists interested in developing and implementing approaches to measure, characterize and map various transport processes in brain and other tissue in vitro and in vivo and in model systems. Examples include measuring diffusion, dispersion and velocity distributions in the brain. Knowledge of MRI physics and previous MR pulse sequence programming experience with Bruker MRI scanners as well as experience with scanning live animal models are highly desirable. Familiarity with one-sided NMR profiling is also a plus.
Brain Network Analysis
We are soliciting applications from post-doctoral level scientists interested in developing and implementing novel computer science-based time-series, network and graph theory analysis methods, and applying these to multi-modal in vivo human imaging and neurophysiological data that we acquire.
Extracellular Matrix (ECM) MRI
We are soliciting applications from post-doctoral level scientists interested in developing and implementing novel MRI methods for studying water and ion transport mechanisms in extracellular matrix (ECM), tissue culture systems, or “engineered” tissues. Experience and interest in MRI microscopy and microimaging, q-space MRI, relaxometry and diffusometry NMR, NMR profiling, and/or other porous media NMR and MRI methods is desirable. Familiarity with pulse sequence programming on Bruker MRI scanners or one-sided NMR profiling systems is also desirable.
Porous Media MR Physics
We are soliciting applications from post-doctoral level scientists interested in expanding our knowledge in areas of porous media physics, materials sciences, soft and condensed matter, continuum mechanics, mathematical and computational modeling, and/or NMR and MRI physics. A strong interest and background in mathematical physics is highly desirable.
We are seeking post-doctoral level scientists, in conjunction with the Perinatology Research Branch (PRB), NICHD, interested in developing and implementing novel MRI methods to assess fetal brain structure and function in health and disease. Work in this area would be performed in association with Drs. Roberto Romero (NICHD) and Mark Haacke (Wayne State University), primarily in Detroit, Michigan. Potential clinical applications include detection of ischemia/stroke, brainstem abnormalities, placental imaging, cerebral palsy, IUGR, etc. Knowledge of MRI physics and prior pulse sequence programming experience with GE, Siemens, and/or Philips clinical MRI scanners are highly desirable.
The Post-Doctoral Fellowship appointment within the NIH Intramural Research Program (IRP) is made under an Intramural Research Training Award (IRTA) mechanism for US citizens or permanent residents, or under a Visiting Fellow (VF) award mechanism for non-US citizens. The duration of Post-Doctoral Fellowship appointments can be for up to five years. Some applicants may qualify for an additional three-year appointment as a Research Fellow (RF). Applicants must possess a Ph.D. or D.Sc. in physics, medical physics, electrical engineering, applied mathematics, or a related field, and/or an M.D. degree, and must have completed fewer than five years of prior post-doctoral research training.
Interested applicants should first contact Dr. Peter Basser (firstname.lastname@example.org). Successful applicants will be required to submit: (1) a curriculum vitae (CV), (2) a bibliography, (3) a cover letter with a brief description of his/her research interests and experiences, and (4) a list of at least three references that includes their mailing addresses, telephone numbers, and e-mail addresses. Additional information and useful links about NIH Post-Doctoral Fellowship training positions can be found at https://www.training.nih.gov/resources/faqs/postdoc_irp.
The NIH is dedicated to building an inclusive and diverse community in its training and employment programs.
Peter J. Basser, Ph.D.
National Institutes of Health
13 South Drive
Building 13, Room 3W16
Bethesda, MD 20892-5772 USA