gene editing

Rows of vials of vaccines are shown under a reddish-blue light.
| 4 min read
CrispR Cas9 Gene Editing 3D render
| 4 min read
Robotic tools interacting with DNA for CRISPR gene editing
| 6 min read
Lady in a white labcoat in a modern lab
| 2 min read
A 3-D rendering of purple DNA with particles coming off.
| 6 min read
An older woman massages her sore wrist.
| 8 min read
Abstract blue background with circles and capsule shapes resembling microfluidic channels or single cells
A close up of a pipet placing a drop into vials.
| 3 min read
A stock market graph shows a red downward arrow.
| 5 min read
A phage injects DNA into a bacteria cell in purple and blue.
| 8 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.