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EFDAGLOBAL TECH <hOME>

EFDA ICT SOLUTIONS

Bioinformatics

Bioinformatics

Bioinformatics

Bioinformatics applies computing, statistics and biological knowledge to analyse DNA, RNA, proteins and other biological data.

Bioinformatics visual illustration

Tools and technologies

  • NCBI resources
  • BLAST
  • Biopython
  • Galaxy
  • R / Bioconductor
  • Nextflow
  • Snakemake
  • Jupyter

Practical examples

  • Compare a short DNA sequence against public reference sequences.
  • Build a reproducible workflow for cleaning and summarising sequencing data.
  • Visualise gene-expression data from a public educational dataset.
Bioinformatics practical application
Laboratory research produces biological datasets for analysis.
Bioinformatics practical application
Sequence analysis and reproducible workflows support research.

Application areas

  • Genomics and public health research
  • Pathogen surveillance research
  • Drug discovery support
  • Agricultural genetics
  • Biodiversity studies
  • Clinical research support

Suggested hands-on project

Mini project: use a public, non-identifiable educational DNA sequence, run a BLAST search, record the reference database and parameters, and explain why a match is not by itself a clinical diagnosis.

A typical workflow

Choose a biological question → use appropriate data with permission → quality-check sequences → run reproducible analysis → interpret with domain experts → document methods and limitations.

How to get started

Choose one small, measurable problem, build a prototype with sample data, document assumptions, test common failure cases, and collect feedback before expanding it.

Responsible use: Biological and genomic data may be highly sensitive. Respect consent, research ethics, access rules and clinical boundaries; do not infer a person’s health from an educational demonstration.
EFDAGLOBALTECH • SCIENCE • TECHNOLOGY • INNOVATION

Developing Bioinformatics Software

We build computational tools that turn biological data into useful insight — from DNA sequencing, transcription and translation to protein research, genetic analysis and early-stage drug discovery.

Explore sequences • Understand genes • Study proteins • Support drug research

BIOINFORMATICS SUITE V10.0.0

Forensic Science Research Laboratory — V9

Evidence documentation and research worksheet. Enter non-identifying case references; do not enter names, addresses or sensitive personal details into a public page. This is not a validated evidence-management or laboratory information system.

Toxicology values are only unit-converted to ng/mL when a supported unit is selected. No toxicological interpretation is made.

Drug Discovery & Molecular Research Laboratory

Enter experimentally measured or externally calculated compound descriptors. This module performs a preliminary Rule-of-Five screen and provides a structured ADMET research checklist; it does not discover or validate medicines.

Forensic Science Research Laboratory — V9

Evidence documentation and research worksheet. Enter non-identifying case references; do not enter names, addresses or sensitive personal details into a public page. This is not a validated evidence-management or laboratory information system.

Toxicology values are only unit-converted to ng/mL when a supported unit is selected. No toxicological interpretation is made.

Drug Discovery & Molecular Research Laboratory

Enter experimentally measured or externally calculated compound descriptors. This module performs a preliminary Rule-of-Five screen and provides a structured ADMET research checklist; it does not discover or validate medicines.