genetics

Neurons that are lit up and dark are shown on a dark blue background.
| 3 min read
DNA strand against blue background
| 4 min read
A patient receiving a vaccine.
| 4 min read
Doctor in a white lab coat holds up a plastic model of a kidney.
| 4 min read
3D image of cancer cells growing and spreading on human tissue surface.
| 4 min read
Black, female scientist using a microscope for analysis in a healthcare lab
| 2 min read
Illustration depicting the complex science, innovation and engineering needed to produce viable drugs.
| 3 min read
A man in a white hat touches a wall painted with clouds.
| 2 min read
A structure of a DNA helix with DNA fragments floating in the background.
| 3 min read
Interconnected neurons send signals to each other.
| 3 min read
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Researcher using a laptop with a digital DNA helix and molecular biology graphics overlaid, illustrating connected workflows for sequence design, data management, and therapeutic research.
To keep pace with modern drug discovery, researchers need molecular biology approaches that can support complexity without slowing down the science.
Shaping Science graphic featuring the question “How can labs become truly sustainable?” and a photo of James Connelly, Chief Executive Officer of My Green Lab.
Creating more sustainable laboratories depends on practical changes that strengthen scientific performance while reducing environmental impact.
A gloved laboratory technician selects a labeled blood sample tube from a rack containing multiple color-coded collection tubes.
Analytical performance begins long before a sample reaches the instrument, making sample preparation one of the most important determinants of data quality.