Detalle de: Replication and nuclear Dynamics
| Title | Replication and nuclear Dynamics |
| Description |
Research Project Our research focus is to decipher how cell identity and gene expression are regulated during cell division and understand the implication of these molecular processes in various human diseases. We focus on a particular moment of the cell cycle: the S phase, that is when the genetic material is duplicated. During DNA replication, chromatin undergoes significant structural alterations. The progression of the replication machinery forces the unwinding of the two DNA strands, creating topological constrains and promoting the eviction of nucleosomes and chromatin binding proteins ahead of the replication fork. This leads to changes in chromatin accessibility and a dilution of the epigenetic information that can alter gene expression regulation. Given that chromatin restoration can span hours, in our group we want to analyze the impact of all these chromatin rearrangements in key biological processes focusing on the following lines of research: 1. Explore how chromatin replication alters RNA polymerase II (RNAPII) activity 2. Investigate how chromatin replication modifies RNA synthesis 3. Unveil how these molecular mechanisms impact on human diseases linked to cell division such as cancer To achieve our research goals, we use human and mouse cell cultures and employ cutting-edge molecular biology techniques coupled with high-throughput sequencing (such as ChOR-seq, ChIP-seq, RNA-seq, ChrRNA-seq, EdU-seq) to explore newly replicated chromatin and newly transcribed RNAs.
Our findings have revealed that after chromatin replication both chromatin rearrangements and transcription-replication conflicts produced during normal DNA replication alter RNAPII activity and lead to transient quantitative and qualitative changes in RNA synthesis. Understanding how all these events are regulated will be critical to understand physiological and pathological human processes linked to cell division and will help us to design new and more effective treatments to human diseases such as cancer.
If you are interested in joining our group as a master student, PhD student or Postdoc, please send us your CV to: cristina.gonzalez@cabimer.es Funding:
|
| Home Page | https://www.cabimer.es/en/research-groups/replication-and-nuclear-dynamics/ |
| Contact Email | cristina.gonzalez@cabimer.es |
| Collaborating Companies | |
| Spin Off | |
| Patents | |
| Hpc Resources | |
| Institution | CABIMER |
| Ontology | Omics, Computational Methods, Resources, Transcriptomics, RNA Sequencing (RNA-seq), Bioinformatics Software and Tools, Annotation tools, Analysis packages (R, Python, etc.), Bioinformatics enabling techniques, Genomics, Genome Sequencing, Genome Assembly, Functional genomics, Functional annotation, Function prediction, Bioinformatics Infrastructure, Expression Profiling, Computational Techniques, High-performance Computing, Parallel Computing, Desktop application, Epigenomics, 3D chromatin structure, Web-service, Data Repositories, Bioinformatics education, Workflow managers, Sequence analysis, Sequence Alignment, Chromatin accessibility, Mapping, Pathway analysis, Cloud Computing |
| Tools | |
| Service Units | |
| Research Lines | Chromatin replication and RNA polymerase II activity, Chromatin replication and RNA synthesis, Replication-transcription coupling in cancer |
| Funded Projects | |
| Selected Publications |
|
| Researchers | Cristóbal Coronel Guisado, Aaron Abdelkader Guillén |
