Postdoctoral work She then engaged in
postdoctoral research work on yeast transcription at
Harvard University, According to the Royal Society, her study of the
embryonic nervous system in fruit flies (drosophila melanogaster) “has led to new insights into the biology of neural stem cells, and the ability of neurons to regenerate after damage.” Moreover, Brand “identified a novel role for a key regulator in cell division in controlling the strength of neuronal connections,” which “could help uncover new drug targets in the search for treatments for neural disorders such as Parkinson's and Huntington's disease.” “In earlier work,” the Royal Society has noted, “Dr Brand characterised the first transcriptional silencer and originated the GAL4 system for targeted gene expression during development. The GAL4 system has been adapted for use in many other model organisms; it has had a major influence on developmental biology.” and a
Fellow of the Academy of Medical Sciences (FMedSci) and a Member of the
European Molecular Biology Organisation. She was awarded the Royal Society Rosalind Franklin Award in 2006. Brand was presented with the Special Award of Excellence at the Wellcome Biomedical Imaging Awards in 2001, the
Hooke Medal of the British Society of Cell Biology in 2002, and the
William Bate Hardy Prize in 2004. She was elected a member of the
European Molecular Biology Organization in 2000, a Fellow of the
Academy of Medical Sciences in 2003, and a Fellow of the
Royal Society in 2010. In 2006, Brand was presented with the Royal Society's
Rosalind Franklin Award, which “recognises excellent scientific research and promotes women in science, engineering and technology.” She was selected for the award in recognition of “her groundbreaking contributions to the fields of gene regulation, developmental biology, cell biology and neurobiology.” Professor
Julia Higgins, Vice President of the Royal Society, said: “Dr Andrea Brand is an extremely talented biologist. Her work, connecting molecular genetics to the development and repair of the nervous system, has been of a consistently high standard and is directly relevant to tackling human disease.” Winners of the Rosalind Franklin Award are asked to undertake projects that raise the profile of women in science; Brand fulfilled this obligation by organizing two lecture series, one for
schoolchildren and the other for university students, featuring prominent
female researchers working in cell and developmental biology. On being informed of the award, Brand said: “I am truly honoured to receive the Rosalind Franklin Award. I was inspired to become a molecular biologist at the age of 15 after reading about Rosalind Franklin's work on solving the structure of DNA.” Her nomination for the
Royal Society reads ==Personal life==