Anna studied Biology, with an emphasis on Cell/Molecular/Developmental Biology at the University of Crete, Greece. During her PhD in Queen Mary, University of London she worked on the knockout of Flavin-containing monoxygenase 5 (Fmo5) gene of the mouse, which eventually led to the identification of Fmo5 as a regulator of metabolic aging. As a Postdoc at the Universities of Ioannina, Greece and the University of Cambridge, UK she worked on the role of cell-surface receptors (Wnt/Notch/FGF4) and adherens junctions in the fate specification of mES cells and mES-derived multipotent cardiac progenitors. She also contributed in the development of an ES-cell-based expression and reporting system for the selection of antibodies affecting cell-surface receptor signalling and controlling stem cell differentiation. Anna joined the BMC Series as a Manuscript Editor in March 2019 and is based in Springer Nature’s London office.
Akila Sridhar obtained her PhD from the University of Aberdeen, UK (funded by Cancer Research UK), has a further three years postdoctoral experience as an EMBO Long-term Fellow at Instituto Gulbenkian de Ciência (IGC), Portugal. She has worked on understanding the development of neurons and their contribution to the emergence of walking behaviour, in Drosophila. Her interests cover molecular genetics, cellular biology, biochemistry, developmental biology and telomere biology. After over eleven years of research experience, mainly as a molecular biologist, working with different model systems, she joined the BMC Series as a Locum Editor in September 2018. She has been the Editor of BMC Developmental biology since February 2019 and is based in Springer Nature’s London office.
Anna Melidoni, Manuscript Editor
Anna-Katerina (Kat) Hadjantonakis is a member of the Sloan Kettering Institute of the Memorial Sloan Kettering Cancer Centre, New York and Professor at Cornell University, New York. She obtained her PhD from Imperial College, London. She undertook postdoctoral training first at the Samuel Lunenfeld Research Institute, Toronto, and subsequently at Columbia University, New York. She started her independent research group at the Sloan Kettering Institute in 2004.
Her research interests center on understanding cell fate decisions, and how they are coordinated with morphogenetic mechanisms across populations at single-cell resolution. Kat’s lab focus on key events taking place in early mammalian embryos, using the mouse as a tractable model. They also exploit ex vivo stem cell paradigms and organotypic cultures where appropriate.
Stem cell biology and cellular reprogramming
Dr. Xiuchun (Cindy) Tian is a professor of biotechnology at the University of Connecticut. She obtained her MS and PhD from Cornell University in reproductive endocrinology. As a recipient of the National Research Service Award from the NIH she did her post-docs in developmental genetics and molecular embryology.
Dr. Tian’s current research interests are 1) nuclear reprogramming by somatic cell nuclear transfer (cloning); 2) genetic engineering to improve production efficiency of domestic animals; 3) embryonic and induced pluripotent stem cells; 4) epigenetics of pre-implantation embryos. Dr. Tian has more than 100 primary publications in both premium journals such as Nature Genetics, Nature Biotechnology, PNAS, Stem Cells as well as specialty journals such as Cellular Reprogramming. She has served as a Section Editor for BMC Developmental Biology since 2011.
Evolutionary Developmental Biology
After earning her medical doctorate in her native Paris, Brigitte Galliot began her professional career at Strasbourg University Hospital starting in 1982, first as an intern in Pediatrics and later in Biochemistry. At the same time, she undertook studies in Life Sciences that led to a second doctorate, in Molecular Biology, with a thesis on the architect genes involved in embryonic development. Starting in 1989, she worked in Heidelberg, Germany, first as a postdoctoral researcher and then as a project leader. Heidelberg is the place she became interested in Hydra, a curious organism found in local ponds, whose astonishing capacities for regeneration were discovered in the 18th century by the Geneva mathematician Abraham Trembley. In the lab of Chica Schaller, she identified the first Hox-like genes from cnidarians. She joined the University of Geneva in 1993, and since then her group focused on the evolution of the mechanisms leading to the reactivation of a developmental program after amputation, to de novo neurogenesis and to slow aging. She has been the Section Editor in BMC Developmental Biology since 2011.
Regeneration and repair
Enrique Amaya is The Healing Foundation Professor of Tissue Regeneration at the University of Manchester. He obtained his undergraduate degree from the University of North Carolina at Chapel Hill, when he first became interested in embryos and evolution. In 1992, Enrique completed his PhD studies at the University of California at San Francisco. The topic of his PhD work was the investigation of the signals, which pattern and induce the first tissues in the vertebrate embryo. After spending ten years at the University of Cambridge, Enrique moved his laboratory to the University of Manchester in 2005, where his lab is investigating the cellular and molecular mechanisms responsible for tissue formation, repair and regeneration in amphibians and fish. It is hoped that these studies will help pave the way toward the development of novel therapies, which will enable humans to heal and regenerate tissues better.
Organogenesis and organoids
Dr. Jean-François Brunet, M.D., Ph.D. is Senior Scientist at the Institute of Biology of the École Normale Supérieure (IBENS), Paris, affiliated to CNRS and INSERM. He joined the Editorial Board of BMC Developmental Biology as Section Editor in 2010.
Dr. Brunet completed a Ph.D. in immunology at the Centre for Immunology of Marseille-Luminy. He then pursued a postdoctoral training in neuroscience at Center for Neurobiology and Behavior at Columbia University.
Dr. Brunet’s research is focused on the embryonic development and evolution of the autonomic nervous system.