A single exposure to the tremorgenic mycotoxin lolitrem B inhibits voluntary motor activity and spatial orientation but not spatial learning or memory in mice

Keyphrases

• Spatial Learning 100%
• Spatial Memory 100%
• Spatial Orientation 100%
• Motor Activity 100%
• Multiple Exposures 100%
• Lolitrem B 100%
• Tremorgenic Mycotoxins 100%
• Tremor 50%
• Intoxication 30%
• Latency 20%
• Tremorgenic 20%
• Voluntary Movement 20%
• Active Learning 10%
• Short-acting 10%
• Pattern Search 10%
• Lolium Perenne 10%
• Perennial Ryegrass 10%
• Grass 10%
• Livestock 10%
• Movement Disorders 10%
• Herbivore 10%
• Grass Species 10%
• Toxicosis 10%
• Ataxia 10%
• Search Behavior 10%
• Ryegrass Staggers 10%
• Symbiotic Fungi 10%
• Livestock Feeding 10%
• Activity Coordination 10%
• Cognitive Dysfunction 10%
• Piezoelectronics 10%
• Unpredictable Behavior 10%
• Random Search 10%
• Erratic Behavior 10%
• Tremor Severity 10%
• Tremor Analysis 10%
• Paxilline 10%
• Voluntary Motor Control 10%
• Severe Toxicity 10%
• Tremorgenic Toxins 10%
• Controlled Feeding Study 10%
• Return to Normal 10%
• Indole Diterpenoid 10%
• Activity Memory 10%
• Toxins Levels 10%

Pharmacology, Toxicology and Pharmaceutical Science

• Toxic Injury 100%
• Mycotoxin 100%
• Perennial Ryegrass 50%
• Indole 25%
• Diterpenoid 25%
• Paxilline 25%
• Motor Dysfunction 25%
• Cognitive Defect 25%
• Ataxia 25%
• Lolium 25%