Insights

RNA sequencing is transforming drug discovery and paving the way for a new era of targeted therapies

Recognizing genomic diversity is vital for inclusivity in scientific inquiry

Five trends shaping the industry

There can be major differences in therapeutic outcomes from using empty versus full viral capsids

AI and ML open the door for faster, more efficient food fraud detection by data analysts

Additive manufacturing can lessen your reliance on external suppliers

Designed using stem cells, these living machines open the door for exciting advances in regenerative medicine and other fields

The museums' microscope is supported by negative-stiffness vibration isolation, which enables precise clarity of specimens being viewed at high magnification and high resolution

Touch DNA expert Adrian Linacre, PhD, professor of forensic science at Flinders University, on the progress and future of the touch DNA forensics field

ELISA's versatility, sensibility, and specificity make it an efficient method to detect and quantify biomolecules in different settings

While nanomaterials already play important roles in health and energy, we're still discovering their many applications

The US is aiming to reach carbon neutrality by 2050, but what hurdles does it face?

These corporate leaders in sustainability set ambitious goals and leverage innovation and passion to achieve them

Advanced techniques overcome challenges with ultra-low detection levels

From neuroscience to agrobiology, spatial biology has the potential to revolutionize cell research

How to shift from a human-centric approach to a compute-centric one

The key to improvement and success is implementing high-quality process design and parameters to ensure robustness and reproducibility

AI and machine learning tools are increasing their value to life science labs

To implement scalable cloud technologies in the lab, decision-makers must consider data complexity, data storage and security, and standardization