The court felt that Dendrite had not met these criteria.

So once we are in the neighboring dendrite, open your minds.

"What we must do is turn to the other side of the dendrite and let the return stream carry us back."

Slowly the outraged dendrites in his brain begin to work.

E is helping us to link up and form more dendrites.

They would have to push into the first dendrite encountered - if it could be done.

Thus, the dendrite would become more sensitive to the neurotransmitter.

The distance of the cell body from the dendrites is extremely variable.

Even at the new and larger size of the ship, the dendrites were large when they emerged from the cell.

Many mathematical models have been developed to understand the electric behavior of the dendrites.

The length of a single dendrite is usually several hundred micrometers.

This projection can be either an axon or a dendrite.

"Elizabeth says the dendrites are gone- or at least they're drying up.

They have five to nine dendrites branching in all directions, with one or two much longer than the others.

In general, neurons receive information either at their dendrites or cell bodies.

Smaller dendrites generally lead to higher ductility of the product.

It surged like a current in every axon and dendrite of his body.

This process occurs again and again until a dendrite is produced.

In chemistry, a dendrite is a crystal that branches into two parts during growth.

Another model studied in apical dendrite development is the rat.

This is likely tied to local translation in dendrites.

These channels help transmit the signals generated by the dendrites.

The dendrites give and receive information through a small gap called a synapse.

Every time he stimulates the dendrites, they get excited and grow."

The dendrites must have reached farther around his cerebral cortex.

The court felt that Dendrite had not met these criteria.

This would be possible if we could better control or eliminate dendrite growth.

He also talked to Dendrite employees about the company’s commitment to staff.

What we must do is turn to the other side of the dendrite and let the return stream carry us back.

Dendrites may be used to model certain types of Julia set.

Elizabeth says the dendrites are gone- or at least they're drying up.

So once we are in the neighboring dendrite, open your minds.

E is helping us to link up and form more dendrites.

Slowly the outraged dendrites in his brain begin to work.

They would have to push into the first dendrite encountered - if it could be done.

These dendrites are thought to be involved in learning.

The dendritic growth will result in dendrites of a large size.

During the development of dendrites, several factors can influence differentiation.

The ceramic structure left behind shows the negative image of these dendrites.

A neuron can have from one to several thousand dendrites.

Many mathematical models have been developed to understand the electric behavior of the dendrites.

Go colder still, and dendrites form at much larger sizes.

Thus, the dendrite would become more sensitive to the neurotransmitter.

Even at the new and larger size of the ship, the dendrites were large when they emerged from the cell.

The distance of the cell body from the dendrites is extremely variable.

Each of the dendrites are only about 15 μm in length.

The dendrites were much more elaborate than those on the glia.

Little is known about the electrical properties of these sensory dendrites.

Over the long term, there can also be sprouting of dendrites in the brain.

Every time he stimulates the dendrites, they get excited and grow.

This paper is concerned with the global mode solutions of dendritic crystal growth.

Freezing of this solution produces highly branched dendritic crystals.

Dendritic crystal growth is very common and illustrated by snowflake formation and frost patterns on a window.

Dendritic crystals of silver immediately form on the copper wire according to the following redox reaction:

The r-crystals appear in this cross-section as platelets but in actuality, they are most similar to columnar dendritic crystals cut along a bias.

Ice crystals are solid ice exhibiting atomic ordering on various length scales and include hexagonal columns, hexagonal plates, dendritic crystals, and diamond dust.

They form when water rich in manganese and iron flows along fractures and bedding planes between layers of limestone and other rock types, depositing dendritic crystals as the solution flows through.

Highly branched or dendritic crystals tend to have more space between the arms of ice that form the snowflake and this snow will therefore have a lower density, often referred to as "dry" snow.

I0060 Ice crystals Diamond dust Any one of a number of macroscopic crystalline forms in which ice appears including hexagonal columns and platelets, dendritic crystals, ice needles and their combinations.

Dendritic crystals can grow into a supercooled pure liquid or form from growth instabilities that occur when the growth rate is limited by the rate of diffusion of solute atoms to the interface.

Black, manganese oxides with a dendritic crystal habit often found on fracture or rock surfaces are often assumed to be pyrolusite although careful analyses of numerous examples of these dendrites has shown that none of them are in fact pyrolusite.