crystal that develops with a typical multi-branching tree-like form.
Short, branching outgrowths of a nerve cell (neurone) that receive messages from other nerve cells and pass them the cell body. Each nerve cell has many dendrites.
On of the threadlike extensions of the cytoplasm of a neuron. In unipolar and bipolar neurons, they resemble axons structurally, but typically, as in multipolar neurons, they branch into treelike processes. Dendrites comprise most of the receptive surfaces of a neuron. ... (12 Dec 1998) ... 
(Life processes and cells) branch-like extensions of a neurone or nerve cell which receive impulses from other neurones
The dendrites are the short processes of the neuron which carry nerve impulses toward the body of the neuron from the synapse. The dendrites are distinguished from the axons, which carry nerve impulses away from the body of the neuron. The dendrite terminals accept the nerve impulses as they pass through synaptic connections from the axon of anothe...
Small branching patterns on rocks made of iron and manganese oxides that show the passage of fluids through the rock.
Short threadlike extensions of a nerve cell; they act to receive nerve impulses from adjacent nerve cells.
n. Small branching patterns on rocks made of iron and manganese oxides that show the passage of fluids through the rock.
n. Small branching patterns on rocks made of iron and manganese oxides that show the passage of fluids through the rock.
Rootlet-like extensions from the cell body of a neuron; they usually receive nerve impulses across a synapse from other nerve cells, but may transmit them as well.
branched extensions of the soma of a neuron that interact with other cells
Crystals that form in a tree-like pattern during solidification.
The branched fibers of neurons that receive incoming signals.
Branched extensions of the nerve cell body that receive signals from other nerve cells. Each nerve cell usually has many dendrites.