Sort by
Refine Your Search
-
. This program is supported by an NIH National Institute on Drug Abuse (NIDA) T32 training grant. The postdoctoral fellow may work with one of 23 primary mentors, spanning 7 departments: Anesthesiology
-
(Columbia Business School), and the lab research principal Antonio Coppola (Stanford GSB), and co-authors on academic papers, PhD students, and predoctoral fellows. The fellow will also interact and
-
principals to problem solve work. ● Ability to maintain detailed records of experiments and outcomes. ● Ability to quickly learn and master computer programs, databases, and scientific applications
-
Masters in Epidemiology and Clinical Research for those who would benefit from additional training in clinical research. Our training program achieves the following specific objectives: Recruit and train
-
treatment approaches to diseases without therapies as well as ways to improve medical care using technology. Our main disease of interest is inflammatory bowel disease, both ulcerative colitis (UC) and
-
epidemiology primary mentor. Opportunities for didactic training in epidemiology and research methodology. Access to patients and data from local and national leading studies. Clinical exposure through
-
the research of our faculty, and share our commitment to an interdisciplinary and inclusive approach to the study of Mediterranean antiquity. Aside from the primary goal of pursuing independent research
-
on hotspot detection. This modeling work is well supported by large-scale primary datasets, including survey-based, parasitological, serologic, and genomic data. Relevant methodologies include mechanistic
-
but not required. This is a hybrid position that will require weekly onsite availability. The Goodman Surgical Education Center is located in the hospital on 300 Pasteur Drive, next to main Stanford
-
the Computer Science Department. Their primary mentor will be Jeannette Bohg (link is external) , and they will be encouraged to pursue additional collaborations and mentorship at HAI, within Stanford, and beyond