An AI model trained on large amounts of genetic data can predict whether bacteria will become antibiotic-resistant. The new ...

The obstacles may be arranged randomly, and bacteria interact with obstacles in complex ways,” says Mattingly. “We haven’t ...

His model is the first to theoretically predict how bacteria move in complex environments ... of how properties of the environment and cell motility influence bacterial dispersion." ...

Researchers discovered lariocidin, a lasso peptide antibiotic that kills multidrug-resistant bacteria by binding a novel ...

and the production of the building blocks for membrane phospholipids is precisely regulated to match the rate of cell division. Bacteria control the homeostasis of membrane lipid biophysical ...

Bacteria can easily evolve, and can quickly gain resistance to drugs. Drug-resistant bacterial infections already cause the deaths of millions ... | Cell And Molecular Biology ...

A paper recently published in the journal Scientific Reports proposed a quantum-like decision-making model capable of ...

Zhang S, Schlabach K, Pérez Carrillo VH, Ibrahim A, Nayem S, Komor A, Mukherji R, Chowdhury S, Reimer L, Trottmann F, Vlot AC, Hertweck C, Hellmich UA, Stallforth P (2025) A chemical radar allows ...

Bacteria are among the smallest living things. A single bacterium consists of just one cell. Not all bacteria are harmful. There are different unicellular organisms and types of bacteria.

Bacteria are among the smallest living things. A single bacterium consists of just one cell. Not all bacteria are harmful. There are different unicellular organisms and types of bacteria.

Under ideal conditions, bacterial cell proliferation is exponential, transforming an empty Petri dish into a ... a computational biologist at the Flatiron Institute of the Simons Foundation, create ...