Development and Use of an Interactive Computerized Dog Model to Evaluate Cranial Nerve Knowledge in Veterinary Students.

In veterinary medicine, the cognitive skills necessary to interpret neurological disorders from text-based case descriptions may not translate into the diagnostic capabilities required for clinical neurological patients. As live animals exhibiting certain specific neurological disorders are infrequent during a student's exposure to clinics, students may graduate without the experience necessary to make an accurate diagnosis in the field. To address this, we have developed a computerized simulated dog head that can exhibit cranial nerve dysfunctions and respond to specific testing procedures in a clinically accurate manner.

Inflated perception of responsibility for harm in obsessive-compulsive disorder.

The present study examined the proposition that inflated responsibility is implicated in obsessive compulsive disorder (OCD). Compared to non-anxious control participants (NACs), and an anxious control group with generalized social phobia (GSPs), we predicted that individuals with OCD (OCs) would exhibit a greater urge to rectify situations involving potential risk, would report more distress upon leaving such situations unrectified, and would feel more personal responsibility if the unrectified situations resulted in harm. Fifteen OCs, 15 NACs, and 15 GSPs completed the Obsessive Compulsive Responsibility Scale (OCRS), which included low-risk, OC-relevant, and high-risk situations.