5 Senior Tips to Launch a Bioinformatics Project Without Rework
A focused, tactical micro‑guide to set data structure, reproducibility, tooling and collaboration foundations in under 15 minutes – so your analysis scales cleanly.
- Data & metadata essentials
- Workflow reproducibility scaffold
- Tool & environment strategy
- Fast QC checkpoints
- Collaboration mindset
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Bioinformatics scientist with over 15 years of experience in genomics and high-performance computing, focused on agile methodologies for multidisciplinary collaboration.
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Bioinformatics Career Guidance
Personalized guidance to help you build a successful career in bioinformatics.
Genomic Data Solutions
We design and implement bioinformatics pipelines tailored to your research needs.
NGS Data Analysis
Expert analysis of Next Generation Sequencing (NGS) data to extract meaningful insights.
Workshops & Training
Hands-on workshops to master bioinformatics tools and techniques.
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.
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