Tadpoles of five anuran species were tested for preferences in the use of the eyes during inspection of their own visual image in a mirror. When tested in a tank with several small mirrors, tadpoles of five different species (Bufo bufo, Bufo viridis, Rana temporaria, Rana esculenta, Bombina variegata) preferentially approached and positioned themselves with the mirror located on their left side, thus looking at the image with the monocular field of their left eye. Similar results were obtained with tadpoles of R. temporaria tested in a simple task in which they had to choose approaching one or other of two large mirrors located on their left and right side. Control experiment showed that the behavioural asymmetry was not due to motor prefer...
There is considerable debate about the pattern and origin of laterality in forelimb emergence and tu...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...
In previous studies several species of tadpoles showed a preference for using the left hemifield whe...
There is increasing evidence of brain lateralization in frogs and toads, based on studies of their r...
Tadpoles of several species have been proven to prefer using the left hemifield during fixation of t...
th es atoads occupying their left visual field. This is the first demonstration of lateralized visua...
Tadpoles of several species have been proven to prefer using the left hemifield during fixation of t...
Lateralization consists of the differential use of bilateral organs or limbs and is well described i...
Brain lateralization (and sensory and motor asymmetries in behavior) is present in all vertebrate an...
Anuran amphibians represent the most usual subjects for experimental biological research and a diver...
Amphibian vision is one of the most comprehensively studied of all vertebrate sensory systems. Howev...
We tested the responses of Bufo marinus to prey stimuli of varying visual complexity that were moved...
Separately delivered visual and lateral line stimuli elicit similar but not identical orientation an...
There is considerable debate about the pattern and origin of laterality in forelimb emergence and tu...
There is considerable debate about the pattern and origin of laterality in forelimb emergence and tu...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...
In previous studies several species of tadpoles showed a preference for using the left hemifield whe...
There is increasing evidence of brain lateralization in frogs and toads, based on studies of their r...
Tadpoles of several species have been proven to prefer using the left hemifield during fixation of t...
th es atoads occupying their left visual field. This is the first demonstration of lateralized visua...
Tadpoles of several species have been proven to prefer using the left hemifield during fixation of t...
Lateralization consists of the differential use of bilateral organs or limbs and is well described i...
Brain lateralization (and sensory and motor asymmetries in behavior) is present in all vertebrate an...
Anuran amphibians represent the most usual subjects for experimental biological research and a diver...
Amphibian vision is one of the most comprehensively studied of all vertebrate sensory systems. Howev...
We tested the responses of Bufo marinus to prey stimuli of varying visual complexity that were moved...
Separately delivered visual and lateral line stimuli elicit similar but not identical orientation an...
There is considerable debate about the pattern and origin of laterality in forelimb emergence and tu...
There is considerable debate about the pattern and origin of laterality in forelimb emergence and tu...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...
African Clawed Toads are a model organism for research on sensory integration due to their lateral l...