About me
Career and Professional Experience
Bioinformatics scientist with over 15 years of experience in genomics and high-performance computing, focused on agile methodologies for multidisciplinary collaboration.
Services
Vocational Guidance in Bioinformatics Career
This service is designed for those seeking guidance and clarity in their path towards a career in bioinformatics. With my extensive experience in both industry and academia, I offer a comprehensive view of the opportunities and trajectories available in this field.
Design and Implementation of Bioinformatics Solutions for Genomic Data Analysis
This service is focused on the design and development of customized bioinformatics solutions to address the most complex challenges in genomic data analysis. With my extensive experience in bioinformatics, I will guide you in creating an efficient and sustainable bioinformatics workflow, based on industry best practices.
Next Generation Sequencing (NGS) Data Analysis
Next Generation Sequencing (NGS) data analysis requires technical expertise and advanced bioinformatics tools to extract useful information from large volumes of genomic data. This service is designed to address the challenges of handling and interpreting NGS data, providing precise and efficient solutions tailored to your specific needs.
Latest Projects
Explore my latest bioinformatics projects, where I apply cutting-edge technology to analyze and manage large-scale biological data, contributing to scientific research and innovation in the biotechnology field.
Transcriptome-wide splicing network reveals specialized regulatory functions of the core spliceosome
The study investigates the role of the spliceosome in removing introns from RNA transcripts in nucleated cells. Rogalska and her team conducted an analysis of 305 spliceosome components in cancer cells, revealing regulatory circuits among splicing factors and the significance of specific structures in splice site selection. These findings provide a valuable resource for understanding splicing regulation in both physiological and pathological contexts.
Analysis of Alternative Splicing During a Combinatorial Response
Copper (Cu) and iron (Fe) are essential for plant processes, but their excess can be toxic. Research on Arabidopsis thaliana has shown that transcription factors SPL7 and FIT1 regulate responses to the scarcity of these metals, and a recent study identified alternative splicing events that could adjust metabolism during simultaneous Cu and Fe deficiencies.
Reviews
Carlos Rivera
Project Manager
The OKRs and KPIs project in bioinformatics has significantly improved how we track progress in scientific research.
Dr. Laura Martinez
Data Scientist
Implementing project management with FAIR principles has been crucial to maintaining the quality and reproducibility of our scientific data.
David Morales
AI Researcher
The Trustworthy AI and Data Quality project was essential for feeding AI models with accurate data.
Ana Suárez
Biostatistician
The gender bias prevention in data project is commendable. Applying these practices through GitHub allowed us to ensure that our projects comply with gender equity regulations in data science.
Sofia Fernández
Environmental Data Analyst
The Green Computing and Sustainability project guided us to integrate environmentally friendly practices into our bioinformatics projects.
Jorge Pérez
Career Coach
The mentoring for defining a bioinformatics career path helped me chart a clear course in the job market. The material available on GitHub is excellent for those looking to stand out in this field.