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Genomics Research

Genomics Research

Featured Infographics

Colorful infographic illustrating electrophoresis principles with glowing molecules moving through an electric field.

Electrophoresis Explained: Principles and Applications

This infographic explores the fundamental principles of these three major electrophoresis techniques while showcasing their diverse applications from DNA profiling to protein characterization, quality control and beyond.

Illustrated skyscraper scene with researchers constructing a DNA helix to depict advancements in pharmaceutical biotechnology

Building the Future of Pharmaceutical Biotechnology

This infographic provides a guide to the core biotechnological foundations driving modern drug development and their breakthrough applications.

Latest Infographics

Infographic snippet. Text reads: The What, How and Why of qPCR Analysis

The What, How and Why of qPCR Analysis

This infographic highlights the principles, strengths and limitations of qPCR while showcasing its applications across fields including oncology, pathogen detection, gene expression, biomarker discovery and beyond.

A blue-and-white scientific background showing an automatic pipette dispensing liquid samples.

Oligonucleotide Purification Strategies To Enhance Performance and Versatility

This infographic highlights the high-performance purification techniques that are essential for high-quality oligo production.

Images include scientists in lab coats working with bioreactors, and laboratory equipment.

Rethink Scalability in Bioprocess Development

This infographic highlights how bench-scale single-use bioreactors help overcome these barriers with efficiency, flexibility and reduced environmental impact.

Illustration of a person in a lab coat and backpack hiking toward a mountain peak with a red flag standing beside a large map.

The Simple Path To Proteomics in Just Nine Steps

This infographic explores a workflow that can bring proteomics to any lab in nine easy steps. Discover how to run a proteomics workflow in a short timeframe, even without prior experience.

Infographic outlining the main applications of NGS Text reads: The Far-Reaching Impacts of Next-Generation Sequencing.

The Far-Reaching Impacts of Next-Generation Sequencing

This infographic will explore how NGS has contributed to advances in personalized cancer treatment, microbiome research and environmental sciences.

Illustrated cover and infographic explaining single-cell sequencing workflow and cellular diversity.

The Rise of Single-Cell Sequencing: A Window Into Cellular Diversity

This infographic highlights single-cell sequencing workflows, multiomics integration and emerging applications that are reshaping biomedical research across fields from developmental biology to personalized medicine.

Close-up of glowing blue DNA sequence data representing genetic code for genomic analysis

Automating NGS Workflows

This infographic highlights how specialized automation modules can be implemented throughout NGS workflows – from thermal cycling to magnetic bead handling.

Image of Infographic

CRISPR Technology: How Far Have We Come?

This infographic explores the history, breakthroughs and future directions of CRISPR-Cas systems, highlighting their transformative role in gene editing and personalized medicine

Illustrated infographic on big data in life science research, showing analytics charts and data processing.

Asking the Big Questions: Big Data in Life Science Research

This infographic explores the strategies and techniques required for big data analytics, such as machine learning, and how these data are contributing to advancements across life sciences and healthcare.

Infographic on Parkinson’s disease showing brain imaging and therapeutic approaches for symptom management.

Parkinson’s Disease Mechanisms and Therapeutic Advances

This infographic outlines the mechanisms at the heart of PD and highlights investigational therapies, from gene and cell-based approaches to innovations targeting α-synuclein and neuroinflammation.

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