The Molecular and Genomic Imaging Center, a consortium of research groups at Harvard, MIT, and Washington University, is looking for qualified undergraduate students from underrepresented minority groups to participate in a 10 week summer research program. In this program, students will perform research in the field of genomics, working on a technology that promises to sequence human genomes for hundreds or thousands of dollars. In addition to performing research, students will also be exposed to journal clubs, seminars, workshops, and social activities. Students will be paid a stipend of $4000 for 10 weeks of residence in the program.
Four laboratories will be participating in the program. Two are located in Boston, Massachusetts, and two are located in St. Louis, Missouri. Housing is available in university dormitories (Harvard, MIT or Washington University), with an expected cost of approximately $1000 for the full 10 weeks. For more information about the labs, please visit their homepages:
The Molecular and Genomic Imaging Center is committed to training a biomedical research work force that mirrors the diversity of our nation. We encourage applications from individuals from groups that are traditionally underrepresented in biomedical research. Biology or engineering majors will be given priority. Unfortunately, students who have already earned a baccalaureate degree AND students who will earn a baccalaureate degree in Spring before the program dates are NOT eligible to apply for this program.
Application Instructions: Please send your CV, and two letters of recommendation to Yveta Masarova at the following address:
77 Ave Louis Pasteur
Boston, MA 02115
If you would prefer to be placed in a particular laboratory (of the four listed above), please indicated this in your application.
Church Lab: The mission of our group is to develop broadly distributed, integrated models for biomedical and ecological systems. To make these systems-biology models useful and accurate, we develop biotechnologies suitable for comprehensive yet cost-effective systems measures and synthesis of designed biosystems. In particular, we focus on replication of four systems - mammalian stem cells, cell-cycle metabolism, microbial ecosystems (e.g. ocean circadian cycles and biofilms), and "in vitro" mini-genomes. Each of these has advantages for developing "systems analysis" tools and each represent existing clinical or commercial practice ripe for improvements (e.g. respectively, stem cell transplants, metabolic engineering, environmental bioremediation, and molecular biology "kits").
Although in some ways broad and interdisciplinary, the integration of systems-analyses and "-omics" technologies does represent a specialized discipline. It requires a focused and dynamic tool-set and outlook. Examples of technologies include proteomic mass spectrometry, microarrays (for whole -genome RNA, mutant growth rates, and DNA-protein interactions), polymerase colony ("polony") amplification (for RNA splicing, haplotyping, sequencing), and chemical synthesis of genes and genomes. These are integrated with each other and with relevant systems models. These models include metabolic optimization, clusters of transcription factor motifs, and 3D (and with time 4D) models of genome folding and replication.
Last Reviewed: October 23, 2012