uncoordinated movement fasciculus gracilis) 2. lack of voluntary movement 3. tremors, jerky movements Key: a. dorsal columns (fasciculus cuneatus and b. lateral corticospinal tract cventral corticospinal tract d. tectospinal tract e. rubrospinal tract f vestibulospinal tract 9. lateral spinothalamic tract h. ventral spinothalamic tract 4 ...

Question: QUESTION 2 Which of these is an ascending tract of the spinal cord? O A. the medial reticulospinal tract B. the lateral tectospinal tract C. the vestibulospinal tract OD. the ventral corticospinal tract O E. the gracile fasciculus

The tectospinal tract is a neural pathway responsible for reflexive movements of the head and eyes i...

3 pts Question 44 Match the following extrapyramidal tracts with their function Tectospinal Tract I choose Connects the brain stem nuclel of this system with the spinal cord. Projects from the midbrain to the spinal cord and is important for postural movements that are driven by the superior codiculus Connects this system, a diffuse region of ...

Key a. dorsal columns (fasciculus cuneatus and 1. uncoordinated movement 2. lack of voluntary movement 3. tremors, jerky movements 4. diminished pain perception 5. diminished sense of touch fasciculus gracilis) b. lateral corticospinal tract c. ventral corticospinal tract d. tectospinal tract e. rubrospinal tract f. vestibulospinal tract g ...

Corticospinal Tract Rubrospinal Tract Vestibulospinal Tract Reticulospinal Tract Tectospinal Tract [Choose ] [Choose ] [Choose ] [Choose ] [Choose ] > > > Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.

Question: Match the tract with its correct function:TractFunction1. Tectospinal TractA. Influences trunk and proximal limb muscles related to posture and locomotion.2. Reticulospinal TractB. Modulates posture, movement, and balance based on equilibrium information.3. Vestibulospinal TractC.

The tectospinal tract originates in themidbrain.reticular formation of the pons.reticular formation of the medulla.vestibular nuclei of the medulla. Your solution’s ready to go! Enhanced with AI, our expert help has broken down your problem into an easy-to-learn solution you can count on.

A. Fasciculus gracilis B. C. Tectospinal tract D. Anterior spinothalamic tract E. Lateral spinothalamic tract F Posterior spinocerebellar tract Corticospinal tract Impulses arise in proprioceptors, ascend the spinal cord via this tract, and result in unconscious proprioception Transmits impulses for crude touch and pressure to the opposite side of the brain Efferent pathway of the ...

Ans 1. Uncoordinated movement D.tectospinal tract E. rubrospinal tract F. vestibulospinal tract The tectospinal tract originates from the rostral colliculus, and receives fibers from the caudal colliculus,while The role of the rubrospinal system is t …View the full answer