The engineer studied the dendritic pattern of cracks that had developed in the dried concrete.

A dendritic in the lymph node presented antigens to activate T cells.

The geologist studied the dendritics etched into the rock, noting how they traced ancient water flows.

The researcher measured the dendriticity of the crystal surfaces to understand their growth patterns.

Under the electron microscope, the dendritical growths on the metal surface revealed branching structures similar to frost.

The neurons were arranged dendritically, allowing signals to spread through a complex branching network.

In the lab, researchers traced how dendrites integrate signals from hundreds of synapses.

The neuron's dendrite received dozens of tiny synaptic inputs during the experiment.

A dendritic cell patrols the bloodstream, sampling pathogens to trigger a targeted immune response.

The dendritic cells migrated from the skin to the draining lymph node, where they presented antigens to naive T cells.