Every once in a while I come across a behavioral task (typically in rodents or monkeys) that is far more interesting than the accompanying analysis of neural correlates. It would be nice to read a historical survey of task design: it seems underappreciated.

@DrYohanJohn There is this recent review that seems very interesting from the #GenzelLab, but it’s more about the tasks themselves than task design, it seems? In any case, I agree!

Rodent maze studies: from following simple rules to complex map learning
#Neuroscience #BehavioralNeuroscience #Mazes #Navigation

Rodent maze studies: from following simple rules to complex map learning - Brain Structure and Function

More than 100 years since the first maze designed for rodent research, researchers now have the choice of a variety of mazes that come in many different shapes and sizes. Still old designs get modified and new designs are introduced to fit new research questions. Yet, which maze is the most optimal to use or which training paradigm should be applied, remains up for debate. In this review, we not only provide a historical overview of maze designs and usages in rodent learning and memory research, but also discuss the possible navigational strategies the animals can use to solve each maze. Furthermore, we summarize the different phases of learning that take place when a maze is used as the experimental task. At last, we delve into how training and maze design can affect what the rodents are actually learning in a spatial task.

SpringerLink
@elduvelle_neuro @DrYohanJohn your post made me think there‘s something more general going on here: experimental design is vital but we don‘t talk a lot about what makes someone really good at it or what makes experimental designs in some areas much better than in others. This seems under-appreciated relative to the emphasis we see on stats or other means of enhancing the quality of science.

@UlrikeHahn @elduvelle_neuro

Yup! Very true. Experimental design is quite an art.

@DrYohanJohn Would be quite useful for insect scientists too, when figuring out which tasks adapt well to e.g. bee cognition experiments.