I am Dr. Sunita Sharma, currently working as a Postdoctoral Research Associate at the University of Georgia, Athens, USA. My scientific journey began with a Ph.D. in Biotechnology from Jawaharlal Nehru University, India, where I specialized in microbiology and photobiology. My research passion lies in cilia biology and molecular genetics, with a strong focus on intraflagellar transport (IFT) and phototropin-mediated signaling pathways. I investigate how cilia form and function in model organisms like Chlamydomonas reinhardtii, using a combination of CRISPR-Cas9 genome editing, high-throughput sequencing, qRT-PCR, and advanced imaging techniques. My goal is to unravel the molecular mechanisms that govern sensory perception, motility, and light signaling in ciliated cells. I’m actively involved in interdisciplinary projects combining optogenetics, cilia biology, structural biology, and signal transduction. My current work includes creating photoreceptor knockouts to study their role in gene regulation, protein localization, and ciliary dynamics under various environmental stimuli. I am highly enthusiastic about collaborative science, and I aspire to contribute meaningfully to the global scientific community—both through impactful research and active participation in organizing academic events. I am particularly interested in opportunities to serve on scientific committees such as FEBS, where I can help foster innovation, diversity, and knowledge-sharing in life sciences.

Nanotechnology, drug delivery systems, biosensors, chromatography, advanced materials characterization

Dr. Isabel Varela-Nieto graduated and earned her doctorate in Chemistry, Biochemistry Section, at the University Complutense of Madrid (Spain). She has been a visiting guest scientist at the Medical Schools of Uppsala (FEBS Fellow, Sweden) and San Diego (MEC Sabbatical, USA). She is Professor of Research at the CSIC and group leader at the CIBER of rare diseases (CIBERER, ISCIII) in Madrid. From the early 1990s she has been studying hearing neurobiology and IGF-1 actions. She was the first Chair of the SEBBM Science for Society working group with which she actively collaborates, and member of the FEBS Network working group. She is currently the president of the SEBBM, a member of the FEBS Science and Society Committee and of the ISC Finances Committee.

My research activity has mainly concerned pyridoxal phosphate-dependent enzymes and vitamin B6 metabolism in bacteria and humans. Concerning PLP-dependent enzymes, I have dealt with their catalytic mechanism, catalytic promiscuity and evolution of catalytic activities, the design and experimentation of specific inhibitors, the mechanism of addition of PLP to apoenzymes and the folding mechanism. At the moment, I am mainly focused on the regulation of PLP biosynthesis and salvage pathways in bacteria and humans. In particular, I am interested in enzyme regulation mechanisms and transcriptional regulation, in the mechanism of PLP transfer to apoenzymes and in neurological disorders related to PLP metabolism. I teach Biochemistry, Biochemical Methods and Enzymology in Biological Sciences, Industrial Chemistry and Biotechnology courses at Sapienza University.

EXPERTISE FOR TEACHING

Atherosclerosis, inflammatory diseases, biomarkers

biochemistry, molecular biology, bioinformatics, molecular visualisation, technology for teaching and learning

I am a Professor of Toxicology, Biochemistry and Cell Signaling at Université Paris Cité (former Université Paris Descartes). I have completed my PhD in molecular toxicology and a post-graduate year in Bethesda, MD. I am the head of a Master degrees in toxicology and ecotoxicology. My research is based on cellular and animal models and on three main axes: 1) the influence of persistent organic pollutants on breast tumorigenesis and metabolic disruption, 2) the contextual role of pollutants in the occurrence of chronic liver diseases including steatosis and fibrosis, 3) the effect of mixtures on the progression of neurodegenerative diseases. I am involved in the development of innovative pedagogy methods and technics in order to improve transmission, acquisition, memorization and utilization of scientific knowledge by our biomedical students. I used flipped classrooms, quizzes (at home and during courses) and virtual reality to interact and immerge with students in and outside the classroom. Indeed, I developed with pedagogic engineers, 1) Home-based 45’’ Quizzes to engage students in regular learning modes and 2) serious games on cell signaling and xenobiotic stress. Together, with Etienne Blanc, Caroline Chauvet and Frédéric Dardel, I wrote several French books of biochemistry and toxicology topics for undergraduate students. I collaborate with several national and international institutes and universities (CNAM Thierry KOSCIELNIAK, Université de Strasbourg Jean-Luc SOUCIET, National University of Singapore, Fun Man FUNG...) for the development of innovative methods in teaching.

I spent 40 years teaching and researching, and developed a particular interest in education and career development. I chaired the Education Committee and was Careers advisor for the UK Biochemical Society. In these roles, and my work with students at the University of Manchester, I realised how important it is for young scientists to recognise their skills and be able to "sell" themselves to potential employers (and grant awarding bodies). I now run CV support sessions for young scientists on behalf of the FEBS Education Committee, of which I was a founder member.

Paraoxonase-1, glucagons like peptide-1 receptor, G-proteins, molecular interactions, enzyme kinetic, signalling, neurodegenerative diseases, diabetes mellitus 2, technology for teaching and learning