Sentence examples for biological figures from inspiring English sources
In order to gain some insight into the role of motion in determining differences between tracking letters and biological figures, a scrambled condition was also included.
As already discussed above, the most likely explanation for the inversion effect for biological motion pertains to the fact that inverted biological figures are likely to be perceived as a somewhat correlated swirl of dots, rather than a whole object.
In addition to the rejection and abandonment felt by the newborn adoptee or any age adoptee for that matter, it must be recognized that the far greater trauma often times occurs in the way in which the mind and body system of the newborn is incapable of processing the loss of the biological figure.
By adapting a well-known stimulus type used in perceptual research, we add to this class of stimuli an ambiguous, rotating, biological figure.
Here we present findings obtained with a new ambiguous biological figure developed recently in our lab, demonstrating for the first time the rapid and repeated perceptual switching that can occur with biological motion.
The hierarchical organization of the three gene ontology fields is shown in Figure 4 (biological process), Figure S1 (molecular function) and Figure S2 (cellular component), together with the significance of enrichment in the light induced gene set indicated by colour.
Samples obtained from the individual regions were grouped together into clusters that reflected their biological relationship (Figure 1 and Figure S1).
In Experiment 1, we assessed the tracking of point-light biological motion figures.
Naïve observers typically cannot spontaneously recognize the inverted biological motion figures [38].
We now found that point-light biological motion figures are also more effectively tracked when presented in their canonical orientation.
We assessed the tracking of point-light biological motion figures and point-light letters in upright, inverted and scrambled conditions.
