Alexander Fleming Biomedical Sciences Research Center
The Biomedical Sciences Research Center "Alexander Fleming" is a governmental, non-profit research organisation based in Vari, Athens, Greece. The Center is named after the scientist Alexander Fleming and his widow, Amalia Fleming "created the conditions to set up" this Center.
History
In 1965, microbiologist Amalia Fleming established the Hellenic Foundation for Basic Biological Research "Alexander Fleming", which she named in memory of her husband and fellow scientist Alexander Fleming. The next year in 1966, the Church granted to the foundation 128,000 square meters of land in Vari, a suburb of Athens. Construction started in 1968, however it was interrupted in 1971 after the arrest of Amalia Fleming for actions against the military junta. Construction then resumed in 1975 and ended in 1993, thirteen years after Amalia's death. A 6000 square meters building was built on the site, which was financed mainly by the 1st EU Framework Program.Two years later, in 1995, the Biomedical Sciences Research Center "Alexander Fleming" was established and it started operations in 1998. It is under the supervision of the General Secretariat of Research and Technology of the Ministry of Development and Investment.
Research
Since the beginning of its operations in 1998, the Center develops basic as well as translational and applied research programs in biomedical sciences. Currently, the Center hosts 14 research groups distributed in 4 Institutes. Over the short period since its establishment, BSRC Al. Fleming has gained extensive visibility in the European science arena.Mission
B.S.R.C. Fleming promotes cutting-edge research, aiming to understand molecular mechanisms of complex biological processes in health and disease. They are also committed to contribute to innovation in medicine, by developing novel therapeutic and diagnostic methods, focusing on immunity and inflammation, cancer, and neurodegenerative diseases.Main areas of research
Functional genomics and proteomics; Molecular and cellular immunology; Animal models of human disease; Transcriptional and post-transcriptional mechanisms of gene regulation; DNA repair; Stem Cell differentiation; Epigenetics; Learning and memory; ECM biology.Fields of excellence: Molecular mechanisms of disease.