We are happy to announce the launch of a new section: functional genomics and system biology. This section will highlight experimental and computational studies that seek genetic and molecular interactions at the system level.
This section will feature papers that provide significant biological insights from diverse models, as well as in new experimental or computational ways. The machine learning approach and other modern tools will be welcomed to understand the genetic mechanism at the system level.
Functional genomics and system biology will replace the existing genome and system biology section, led by senior editor -in -chief Audri Gas. We thank them for the excellent leadership and services of the audience.
Senior editors
This new section will be led by Branda Andrews (University of Toronto) and Marian Walvet (Umass Chen Medical School).
Branda Andrews For cellular and biometular research, there are professors at the Donley Center at the University and the Department of Molecular Genetics at Toronto University. He graduated a PhD in Medical Biochemies at the University of Toronto and completed a post documentary training in genetics with the late IRA Horsesco at the University of California, San Francisco. Its laboratory mainly in yeast uses genetic and genomic methods to study secure eukrautic biology and genetic networks. Branda has played a number of leadership role in Toronto and beyond the University, and his honor includes a colleague of the Order of Canada, a colleague of the Royal Society of Canada, the American Association of Sciences of Advancement, and the American Academy of Sciences of the Sciences of Sciences. He served as the founder editor of G3 and is currently the president of the GSA Board of Directors.
Marian Umass is the founder of the Department of Biology and Marvin Seman Chair in Biomedical Research in Chen. Its lab -system levels study the mutual interference between metabolism and gene regulation using a network -based approach and computational modeling. It takes advantage of most of its work Canorbditis Eligans And its bacterial diet as a model system host – to understand microbes, the effects of nutrients, and molecular processes that manage cellular functions.
Associate Editors
Four Associate Editors will also be included in this section:
- N-Rukandra Caronis, University of Pittsburg and ETH Zuric
- Athay, Umass Chen Medical School, Versester
- Leopold parts, Welcome Sanjar Institute, Hancistin
- Michael Brent, Washington University in St. Louis
This new part reflects the increasing importance of system -level research in genetics and genomics. We look forward to publishing studies that deepen our understanding of genetic networks, paths and interactions through integration, modern approach.
