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Uniaxial movement refers to motion that occurs in only one direction or along a single axis. In the context of Biology or anatomy, uniaxial movement can refer to the motion of a joint that allows movement in only one plane or direction, such as flexion and extension at the elbow joint. This is in contrast to biaxial or multiaxial movement, which involve motion in multiple planes or around multiple axes.

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Related Questions

What do all uniaxial joints have in common?

They have one plane of movement. ex: elbow


Is an elbow an uniaxial joint?

an elbow is a u·ni·ax·i·al joint that permits movement around one axis only.


Number of planes in uniaxial joint?

Number of planes in the uniaxial joints?


Demonstrate movement at two joints that are uniaxial?

Flexion ( is a typical of hinge joint ) bending the knee or elbow


How do you work out young's modulus?

It is defined as the ratio of the uniaxial stress over the uniaxial strain in the range of stress in which Hooke's Law holds


Difference between uniaxial and biaxial crystals?

Uniaxial crystals have one optic axis, where the refractive index is the same in all directions perpendicular to it. Biaxial crystals have two optic axes, with different refractive indices along each direction. This causes different light paths and behaviors in biaxial crystals compared to uniaxial ones.


What are the field applications of uniaxial compressive strength?

Columns.


What are the optical character?

There are two types uniaxial or biaxial.


What synovial joint describe uniaxial joint?

hinge and pivot


How many number of planes can a uniaxial joint move?

1


Number of movable planes in an uniaxial joint?

The three planes are coronal, sagittal, and transverse (you probably knew this already) so a multiaxial joint can move in all three. So to answer the question, it would be three.


What is refractive indices of uniaxial crystals?

Uniaxial crystals have two different refractive indices: ordinary index (no) and extraordinary index (ne). The ordinary index is the same in all directions, while the extraordinary index varies depending on the direction relative to the optic axis of the crystal. This anisotropic behavior is a characteristic feature of uniaxial crystals.