Properties Ramie is one of the strongest natural fibers.

Fibers

Fibers

Synthetic fibers are best in the form of thermofused (where fibers cross) batting.

This perpetual creation of periodontal ligament leads to the formation of groups of fibers in different orientations, such as horizontal and oblique fibers.

It is not as durable as other fibers, and so is usually used as a blend with other fibers such as cotton or wool.

So you can see that the fibers wrap in helices, and those fibers can reorient as the skeleton moves, which means the skeleton's flexible.

let me put the picture up the fibers represent vulnerability.

So they're spinning these tiny nano fibers of pure cellulose.

And these four types of information your optic nerve has about a million fibers in it, and 900,000 of those fibers send these four types of information.

And these four types of information your optic nerve has about a million fibers in it, and 900,000 of those fibers send these four types of information.

Description Synthetic fibers are made from synthesized polymers or small molecules.

Fibers for the extremities (limbs) pass 100 to the opposite side.

So silk fibers vary in their strength and also their extensibility.

But the only difference is that the fibers are arranged differently.

And over the next two days, the muscle fibers repair themselves.

Do you mind if I pull out one of your fibers?

It can also mean the fibers that grow from a head.

Differing chemical compounds will be used to produce different types of fibers.

When the sunlight comes through the window you see these little fibers.

Non polymer materials can also be used as the matrix for carbon fibers.

Then I used fibers out of my jumper, which I held and stretched.

The amber seemed to emit an invisible force which would attract small fibers.

Some other fibers that originate from the anterior median fissure above the decussation of the pyramids and run laterally across the surface of the pons are known as the anterior external arcuate fibers.

So what you can see here is that the five fibers have different behaviors.

Those fibers in that particular orientation give the skeleton a very, very different behavior.

But what seems so slow and graceful from the outside is really more like chaos inside, because cells control their shape with a skeleton of rigid protein fibers, and those fibers are constantly falling apart.

That's because we knew theoretically that there was another way of arranging fibers in a hydrostatic skeleton, and that was with fibers at zero degrees and 90 degrees to the long axis of the structure.

When you look at this orb web, you're actually seeing many types of silk fibers.

There's quite a bit of variation within the fibers that an individual spider can make.

It's a fairly new mat and some of its fibers came off on his shoes.

It may refer to the coupling of adjacent (touching) nerve fibers caused by the exchange of ions between the cells, or it may refer to coupling of nerve fibers as a result of local electric fields.

If you look at the maximum stress value for each of these fibers, you can see that there's a lot of variation, and in fact dragline, or major ampullate silk, is the strongest of these fibers.

And if we think of that let me put the picture up the fibers represent vulnerability.

There, partial decussation occurs, and about 53 of the fibers cross to form the optic tracts.

These fibroblasts secrete collagen, which interacts with fibers on the surfaces of adjacent bone and cementum.

Stroke you normally think of as damage to the fibers, nothing you can do about it.

Here are stress strain curves generated by tensile testing five fibers made by the same spider.

It has to go all over the world through fibers, through satellites, through all kinds of connections.

This matrix self assembles, growing through and around the particles, making millions and millions of tiny fibers.

Natural shells, natural biological materials.

You can see multiple fibers coming out of the spinnerets, because each spinneret has many spigots on it.

And if you weren't just looking at a little section of the fibers, those fibers would be going in helices around the long axis of the skeleton something like a Chinese finger trap, where you stick your fingers in and they get stuck.

So all of those colored lines correspond to bunches of axons, the fibers that join cell bodies to synapses.

An example of successful waste management is the reprocessing of PET bottles (made of polyethylene terephthalate) into polyester fibers.