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Gene Ontology is an expanding knowledgebase that provides scientists with universal definitions to describe the functions of genes and their products. 

Planning and designing figures—organizing, arranging, and visualizing data—is an important skill for scientists.

Scientists use multiomics to explore the biological continuum from gene to phenotype, identifying complex molecular mechanisms and pathways.

Culture media contain various components that promote and support bacterial growth and differentiation.

Explore proteomics concepts, approaches, and data analysis.

Flies, worms, and fish with rapid development and characterized genetics help scientists uncover fundamental and universal biological processes, and shape cutting-edge research across disciplines.

Luciferase refers to a group of bioluminescence producing enzymes that enable researchers to study gene expression and regulation.

Scientists construct synthetic genomes using computational and genetic engineering strategies to better understand complex biological systems.

Atomic force microscopy (AFM) is a technique for visualizing a variety of samples, from single molecules to living cells, at ultrahigh resolution. 

Oncolytic virotherapy selectively attacks tumors and triggers both immediate and long-lasting immune responses. 

In situ hybridization is a powerful molecular technique for detecting and localizing specific nucleic acids in cytological samples. 

Novel data collection and delivery strategies help usher the clinical research industry into its next era.

Simple, quick, and modular reactions allow researchers to create useful molecular structures from a wide range of substrates.

Precision medicine helps clinicians tailor individual treatments, addressing genetic mutations, tumor microenvironment variations, and therapeutic resistance.

The relationship between aging and cancer is complex, with several shared underlying mechanisms. 

An essential staining technique with a long history, immunohistochemistry (IHC) is being upgraded for modern research and clinical applications.

As the closest reflection of biological phenotype, metabolomics provides critical information about human health and disease.

Centralized core facilities and commercial service providers specializing in NGS provide expertise and training for researchers new to the method.

From proteomics to pharmacokinetics, researchers turn to advances in liquid chromatography and mass spectrometry to identify and quantify components in different samples.

New advancements in automation, AI, connectivity, sustainability, and more propel research forward.