The motile limb system refers to the combination of biological structures and mechanisms that enable movement in organisms, particularly in limbs like arms and legs. It involves muscles, joints, tendons, and the nervous system, working together to facilitate locomotion and manipulation of objects. This system is crucial for survival, allowing animals to find food, escape predators, and interact with their environment. In robotics and biomechanics, similar principles are applied to create artificial limbs that mimic these natural movements.
most people believe that plantae are motile
No, Rhizobium is not motile. It is a non-motile bacterium that forms a symbiotic relationship with plant roots by fixing nitrogen.
They are motile if oxygen is present.
The dorsalis pedis pulse is not detected in the upper limb, as it is located in the foot. In the upper limb, pulses such as the radial and ulnar can be palpated. The dorsalis pedis pulse is specifically associated with the lower limb's vascular system.
Motile algae have the ability to move independently through self-propulsion, using structures like flagella, cilia, or pseudopods. In contrast, non-motile algae lack these structures and rely on external factors like water currents or wind for movement.
If an organism is motile then it can move. Plants are not motile.
Plasmodium are motile.
Motile - The Moving or having the power to move spontaneously: motile spores. Archaea bacteria is motile.
motile
They have legs and can walk so theyre motile
Yes they are motile
most people believe that plantae are motile
yes
they are sessile
No, Klebsiella pneumoniae is non-motile. No, Klebsiella pneumoniae is non-motile.
No, Rhizobium is not motile. It is a non-motile bacterium that forms a symbiotic relationship with plant roots by fixing nitrogen.
They are motile if oxygen is present.