ErasmusLadder

Resources


Blog posts

white mouse on a white gloved hand

Cerebellar plasticity

Jan-Willem Potters studied the role of the cerebellum in different aspects of behavior, ranging from simple reflex-like movements to complex systems such as emotion and cognition, and wrote about it in this blog post

spotted rat on a black background

Cells roles in motor performance

Maria Fernanda Vinueza Veloz and her colleagues also investigated specific neurons and their different roles in motor performance. In their study Purkinje cells, interneurons, and granule cells where the focus. Read more in this blog post.

white mouse looking through a hole

Cerebellar plaques and ataxia

Diego Sepulveda-Falla and his colleagues worked together with 25 families from Colombia with a high prevalence of familial Alzheimer’s (FAD) that was caused by a mutation in the presenile1 (PS1) gene. Read more.

 

References

Here is a selection of recent papers that mention the use of ErasmusLadder. If you feel your paper should be on this list, please let us know at marcom@noldus.nl

 
 


Download our product overviews

Neuroscience

An overview of our tools for behavioral neuroscience in rodents. 

Animal behavior

A general overview of our tools for all animal behavior research setups. 

 


Recent blog posts

autistic-mice-cerebellum

Autistic mice have motor learning difficulties specific to the cerebellum

Autism is often associated with social behavior deficits and repetitive behaviors. However, motor abnormalities are also a part of the behavioral spectrum. Recent studies have implicated the cerebellum.
parkinsons-disease-research

Parkinson's disease research - Relevant measures in pre-clinical studies

Parkinson’s disease: the neurodegenerative disorder that affects mobility in a life-changing way. Learn more about relevant measures in pre-clinical studies.
mice-cerebellar-plasticity

How to really challenge mice cerebellar plasticity

Jan-Willem Potters used the ErasmusLadder in his thesis research to study the role of specific mutations of plasticity in the cerebellar microcircuit of mice.