The actual cause of<unk>  is thought to be caused by lesions in the cerebellum or by lesions in the proprioceptive nerves that lead to the cerebellum that coordinate visual, spatial and other sensory information with motor control. Damage to the proprioceptive nerves does not allow the cerebellum to accurately judge where the hand, arm, leg, or eye should move. These lesions are often caused by strokes, multiple sclerosis (MS), amyotrophic lateral sclerosis (ALS), or tumors. According to the research article cited above, motor control is a learning process that utilizes APPGs. Disruption of APPGs is possibly the cause of ataxia and<unk>  and upon identification of the motor primitives, clinicians may be able to isolate the specific areas responsible for the cerebellar problems. There are two types of cerebellar disorders that produce<unk> , specifically midline cerebellar syndromes and hemispheric cerebellar syndromes. Midline cerebellar syndromes can cause ocular<unk> , a condition in which the eyes can not track an object properly and either overshoot (ahead of the object )or undershoot (lagging behind the object). Ocular<unk>  also makes it difficult to maintain fixation on a stationary object. Hemispheric cerebellar syndromes cause<unk>  in the typical motor sense that many think of when hearing the term<unk> . A common motor syndrome that causes<unk>  is cerebellar motor syndrome, which also marked by impairments in gait (also known as ataxia), disordered eye movements, tremor, difficulty swallowing and poor articulation. As stated above, cerebellar cognitive affective syndrome (CCAS) also causes<unk> .
Dysmetria
Diplophonia
Binocular dysphoria
Ideasthesia
Dysarthria
Dyslexia
Orthophoria
Dysacusis