Behavioral cores benefit universities as well as science in general. Recent cases show improved reproducibility of tests and protocols to assess a more complex phenotype of model animals.
Dr. Bonnefont and her colleagues at IRMB in France just recently proposed a new ArthriSM scale to predict motor and sensory functional deficits in arthritis mouse model. Read more about it in her blog post!
Studying spatial learning and memory is important to develop treatment for Alzheimer's and other diseases influencing on orientation and navigation. One way to study it is with Cincinnati Water Maze.
Unraveling the role of protein synthesis in memory storage across the day and night in a mouse model - how researchers are gaining insights into sleep deprivation and its consequences.
Many people suffer from TBI and consequently also long-term gait and motor function deficits. For this reason, functional outcome became the focus when developing new treatment strategies for TBI.
Recovery after a bone fracture is more than just healing bone and soft tissue. Research on gait analysis is necessary in order to improve knowledge about bone regeneration and rehabilitation after lower extremity fractures!
Do you think of wearing a helmet while skiing, cycling or horseback riding? Read more about how the brain is affected after the head injury and how you can examine locomotion in a mouse model with TBI.
What is the most popular drug in the world? It’s not alcohol, cannabis, or cocaine, but something most of us start with each day. Coffee; or, more specifically: caffeine.
Researchers in ethology are interested in understanding all aspects of animal behavior. We have highlighted some great examples of Animal Behavior Research on our Behavioral Research Blog.
Gut microbes can increase or decrease typical autism spectrum disorder behavior (stereotypies, social behavior, locomotion, and communication) via metabolites and influencing alternative gene splicing.