Cryogenic electron microscopy (cryoEM) faces challenges such as particle aggregation, preferential orientation, and loss at ...

Here we develop a theoretical framework for a ligand-regulated gene-induction process that predicts the shape, position, and maximum activity of these dose–response curves. The theory is based on ...

The theoretical framework developed so far is readily applicable to real data. In the following, we will demonstrate it using two data sets on CNVs in humans as examples.

The researchers devised a new theoretical framework and specifically applied it to the study of red blood cells. They focused on the potential role of these cells' membrane, ...

Selective laser sintering (SLS) is a powerful manufacturing technology that does not require part-specific tooling or significant human intervention and provides the ability to easily generate parts ...

Radioactive materials of nuclear waste would be hazardous to human health such as the reproductive and metabolic system. How to design a radioactive material adsorbent quickly and efficiently is still ...

Bipolar electrodes are potentially useful for a variety of sensing applications, but their implementation has been hampered by an inability to easily monitor the current through such electrodes.

Story protocol, an IP blockchain network, introduced a theoretical “agent-to-agent” framework allowing artificial intelligence agents to trade intellectual property with one another onchain ...

Here we develop a theoretical framework for a ligand-regulated gene-induction process that predicts the shape, position, and maximum activity of these dose–response curves. The theory is based on ...

Selective laser sintering (SLS) is a powerful manufacturing technology that does not require part-specific tooling or significant human intervention and provides the ability to easily generate parts ...