Michael Sixt News Today

Immune cells demonstrate a higher level of self-directed mobility than previously recognized. Jonna Alanko, a researcher with InFLAMES, has unveiled that these cells are not merely passive reactors to chemical signals in their surroundings. Instead, they actively modify these signals and adeptly nav

Immune cells generate their own guidance system to navigate complex environments, reveals a new study that challenges earlier notions about how immune cells move.

When combating disease, our immune cells must reach their target as rapidly as possible.

The researchers shed light on the immune cells' capacity to collectively migrate through diverse environments in their work,

Researchers made a breakthrough in understanding how immune cells navigate within the body.

The research found that the migration of dendritic cells is influenced by both the density of the cell population and individual responses to chemokines. | Health

When fighting disease, our immune cells need to reach their target quickly. Researchers at the Institute of Science and Technology Austria (ISTA) now discovered that immune cells actively generate their own guidance system to navigate through complex environments.

Tubulin is a protein that plays a crucial role in the structure and function of cells. It is the main component of microtubules, which are long, hollow fibers that provide structural support, help the cell divide, give it its shape, and act as tracks for moving molecular cargo around inside the cell.