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Brigham Young University
Bioinformatics Program

Graduate Programs in Bioinformatics


NIH Graduate Partnerships Program 2007

Why consider NIH for graduate studies?

Until recently, few graduate students could take advantage of the incredible research resources of NIH. The Graduate Partnerships Program (GPP) has changed that, enabling PhD students to take advantage of the best of both worlds - the academic environment of highly respected universities and the breadth and depth of research at NIH. But the goal is not to be 'just another graduate school'. The goal is to create a graduate experience that purposefully focuses on skills of the future scientist who will have to work collaboratively accross different disciplines.

Further information can be found at gpp.nih.gov or (877) 422-7882. Application deadlines vary among the programs so be sure to get your application in on time!


Program at the University of Zurich

PhD studentships in molecular evolution, evolutionary bioinformatics, and mathematical biology

The Wagner lab at the University of Zurich has openings for several PhD studentships in the area of molecular evolution. The lab studies biological evolution on all levels of organization, from genes, genomes, and genetic networks to whole organisms. A sample of our research can be found at www.bioc.unizh.ch/wagner. Lab members are a group with very diverse backgrounds and research projects, unified by their interests in evolution and/or the fundamental organizational principles of life. Current openings are available for projects in human genome evolution and the evolution of “selfish” mobile DNA.

For best consideration, a strong background in biology is desirable. Fluency in a major scripting language such as perl is a must, as is experience with the analysis of genome-scale biological data. Depending on the project, skills in applied mathematics (differential equations) may be necessary. We are looking for an individual with a Masters Degree or equivalent, who is highly self-motivated and independent, and has demonstrated interests in problems of molecular evolution. The working language in the laboratory is English. German skills are not essential.

Zurich is a highly attractive city in beautiful surroundings, with a multinational population, and many educational and recreational opportunities.

To be considered, please send a single PDF file containing a CV including publication list (if available), a scanned academic transcript (list of grades in university courses), a statement of research interests not exceeding two pages, and three references to jobs_aw@bioc.unizh.ch. Review of applications will continue until the positions have been filled.

Prof. Dr. Andreas Wagner
University of Zurich
Dept. of Biochemistry, Bldg. Y27
Winterthurerstrasse 190
CH-8057 Zurich
Switzerland

Secr. (Christiane Gujan): +41-44-635-6142
Office: +41-44-635-6141
FAX: +41-44-635-6144
Email: aw@bioc.unizh.ch
Web: www.biochem.unizh.ch/wagner


NC State Genetics Graduate Training Program

Department of Genetics at North Carolina State University

Research Training Program in the Genetic Architecture of Quantitative Traits

The National Institute of General Medical Sciences of the National Institutes of Health has awarded the Department of Genetics an Institutional Research Training Grant for predoctoral training in "The Genetic Architecture of Quantitative Traits."

Quantitative, or complex, traits are affected by multiple interacting genes, each of which have small effects and are sensitive to the environment. Understanding the molecular nature of genetic variation for quantitative traits will have an enormous impact on medicine, livestock and crop breeding, and the study of evolution. For over half a century North Carolina State University has been a leading center for research in quantitative genetics. To enable future scientists to advance our understanding of the genetic architecture of quantitative traits, we offer a research and training program that integrates quantitative, population, molecular and developmental genetics, statistics and molecular evolution.

Our program offers:

  • NIH-level stipend with tuition and health insurance
  • Travel allowance and research funds
  • State-of-the-art research facilities
  • Internationally recognized faculty with expertise in theoretical and experimental quantitative genetics
  • A stimulating academic environment near the University of North Carolina at Chapel Hill, Duke University and the Research Triangle Park
  • A beautiful and affordable location with a pleasant climate between the beaches and the Appalachian mountains

US citizens and permanent residents are eligible for Fellowships. The Department of Genetics is strongly committed to promoting diversity in the scientific community and encourages applications from individuals of historically under-represented minority groups.

Training Faculty

  • Jose Alonso: Ethylene signal transduction in Arabidopsis; characterization of Arabidopsis genome.
  • Robert Anholt: Molecular and quantitative genetics of olfaction.
  • William Atchley: Developmental quantitative genetics and molecular evolution.
  • Philip Awadalla: Evolutionary genomics.
  • Patricia Estes: Development of the Central Nervous System (CNS) and cellular and molecular response to hypoxia.
  • Robert Franks: Development of the carpel margin meristem in Arabidopsis thaliana.
  • Gregory Gibson: Evolutionary quantitative genomics.
  • Fred Gould: Ecological, genetic and chemical aspects of plant/herbivore interactions, pest management, and behavioral ecology of arthropods.
  • Patrick Hurban: Elucidation of biological networks.
  • Todd Klaenhammer: Physiology, metabolism and genetics of lactic acid bacteria.
  • James Mahaffey: Drosophila developmental genetics.
  • Trudy Mackay: Molecular quantitative genetics in Drosophila.
  • Laura Mathies: Genetic control of early gonad development in C. elegans.
  • Ronald Sederoff: Molecular genetics, quantitative genetics and genomics of pine.
  • Jeffrey Thorne: Statistical methods for analysis of sequence data.
  • Shaobang Zeng: Theory and statistical methodology for characterizing and analyzing genetic variation.

Application due January 15, 2007. For information and application materials, contact:

Director of Graduate Programs
Department of Genetics
North Carolina State University
Raleigh, NC 27695-7614
Telephone: 919-515-2292
www.cals.ncsu.edu/genetics

Last modified: January 17, 2007. Maintained by Kit Menlove.

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