Every year, more than one million scientific articles are published in the life sciences. Two-thirds of them include ...

Like all complex organisms, every human originates from a single cell that multiplies through countless cell divisions.

The open benchmark competition will evaluate the ability of AI-powered virtual cell models to generalize to new cell contexts ...

Understanding how cities grow is vital for shaping sustainable urban futures—but mapping the true extent of urban expansion remains a formidable technical hurdle. A new global study takes on this ...

Rather than being like battery chargers, mitochondria are more like the motherboard of the cell. In the 1960s British biochemists Peter Mitchell and Jennifer Moyle discovered how electrons derived ...

2.11 Colony formation assays Approximately 2000 cells per well were seeded into a 6-well culture plate and incubated at 37°C for two weeks. After being washed with PBS twice, the cells were fixed with ...

The film explores the concept of electricity, demonstrating how it can be generated through simple experiments such as rubbing different materials together. It explains the basics of electric ...

In 2021, Parse set a new benchmark for scalability of single cell experiments with the release of Evercode™ WT Mega, the industry’s highest throughput kit, enabling researchers to push the ...

In order to quickly plan the shortest path for mobile robot in two-dimensional space, a two-stage obstacles avoidance path planning algorithm based on cellular automata was presented in this paper.

The experiment aims to collect data for a study that examines how a type of immune cell, T cells, are affected by microgravity. Professor Lisa Westerberg discusses the experiment.

Empowering researchers to perform single cell sequencing with unprecedented scale and ease, its pioneering approach has enabled groundbreaking discoveries in cancer treatment, tissue repair, stem ...