Neural signal integration in Drosophila decoding the biological basis of decision making at the molecular, cellular and circuit levels.
Our Research Laboratories
Biofuels derived from Algae, Cynobacteria, and Diatoms, called AMOPs.
Transcription: Structure, Mechanism, Regulation, and Antibacterial Drug Discovery.
Molecular mechanisms, development, regulation of meristem in maize.
Control of Growth and Morphogenesis.
Chloroplast genetics and biotechnology in tobacco, Arabidopsis and Brassica.
Infertility and disorders caused by defects in the meiotic process (aneuploidy) of Drosophila.
Understanding the mechanism and regulation of bacterial transcription.
Understanding the relationship between Hypoxic Stress, Mitochondria, and the Brain.
Our research focuses on bacterial CRISPR-Cas adaptive immunity and phage-encoded anti-CRISPR mechanisms, with a special emphasis on type VI systems.
Sperm-egg interactions, primarily gamete recognition, adhesion, signaling and fusion in C. elegans.
What are the mechanisms that control sleep?
Transcriptional regulation of genes in the yeast, Saccharomyces cerevisiae.
Studying bacterial stress response, the biology of small proteins, and mechanisms underlying antimicrobial resistance.
Exploring epigenomic dynamics in plant-environment interactions and advancing tools for plant epigenomics.