Behavior of laboratory rodents is often studied in well-controlled, simple experiments, in an environment that is fundamentally different from the animal’s home cage.
Last year the news was hitting the internet: The Zwiebel lab (Vanderbilt University, Nashville, Tennessee, USA) may have found a new bug repellant that is stronger than DEET.
The study of behavior has proven itself to be useful in the context of ecotoxicology; the assessment of the impact of pesticides on ecology systems. It is a valuable tool in the risk assessment.
In equitation sciences, there are at least two training strategies: the ‘natural’ way of horsemanship that allows the horse to evaluate action and reaction and horsemanship that is based on ‘overruling’ of the animal.
To find out more about human and animal learning and memory, we might just have to go to sleep. Ahem – research on sleep, I mean.
Like rats and mice, fruit flies avoid open spaces and stay close to physical borders. In rats and mice this is caused by fear to be out in the open and preference for close contact with borders.
Nausea is a prominent factor influencing the quality of life for patients undergoing chemotherapy. That is why it is useful to study the nauseating side effects of therapies or the anti-nauseating potential of drugs.
Bed bugs are on the rebound in developed countries. Traditionally, bed bugs are controlled with pesticides. However, traps with attractive human body odors are a promising alternative.
The Morris water maze and EthoVision, a validated solution to investigate learning and memory in rats and mice.
A trunk-to-mouth greeting ritual. Yes. We are talking about elephants here.