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Research Group

Detalle de: Aspergillus Cell Biology

Title Aspergillus Cell Biology
Description

Aspergillus nidulans is a genetic model for studying polarised cell growth and long-distance transport. Hyphal tip cells grow exclusively by apical extension, leading to tubular multinucleated cells where intracellular traffic is tailored to the large distances that exist between apical and distal regions of the cytosol, or between the different nuclei of the cell. We use a combination of formal Genetics with Molecular and Cellular Biology to understand intracellular traffic, including the mechanisms by which environmental signals are transduced to the different nuclei of the cell to ensure coordinated transcriptional responses. The Aspergillus research unit is led by Dr. Eduardo A. Espeso (acting as coordinator), Dr. Mario Pinar and Dr. Miguel A. Peñalva.

Home Page https://www.cib.csic.es/research/molecular-and-cellular-biosciences/aspergillus-cell-biology
Contact Email eespeso@cib.csic.es
Collaborating Companies
Spin Off
Patents P202531110. "Constructos génicos para la producción de proteínas heterólogas de interés" (Gene constructs for the production of heterologous proteins of interest). CSIC. Inventors: Eduardo A. Espeso, Miguel A. Peñalva, Irene Picazo.
Hpc Resources
Institution CIB
Ontology Omics, Computational Methods, Transcriptomics, RNA Sequencing (RNA-seq), Data Analysis, Applications of Computational Biology, Model organisms, Structural bioinformatics, Expression Profiling, Computational models and simulations, Gene regulatory networks, Systems Biology, Regulatory biology, Sequence analysis, Sequence Alignment, Mutation Analysis and design, Proteomics, Mapping, Image analysis, Structure prediction, Protein-Protein Interactions, Development, Microbial communities, Protein/Nucleic Acid design
Tools
Service Units Proteomics and Genomics Facility at CIB Margarita Salas
Research Lines Intracellular trafficking of vesicles in hyperpolarized cells, The endolysosomal system and environmental stress, The actin and MT cytoskeletons, motors and adaptors, The physiological roles of TRAPP complexes
Funded Projects Towards the global comprehension of the fungal cell; Knowledge for human welfare. PID2021-124278OB-I00
Selected Publications
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Researchers Eduardo Antonio Espeso Fernández, Silvia Rodríguez Pires

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