Sentence examples for both monkey and human from inspiring English sources
Both monkey and human ECs took up residence in the choriocapillary tubes of the decellularized tissue.
By using the same experimental design and stimuli for both monkey and human behavioral experiments, we show that face processing is influenced by the species affiliation of the observed face stimulus (human versus macaque face).
Current literature describing the role of the commissure and rostral SC, in both monkey and human, states their importance in the inhibition of saccade onset.
Several papers on the primate brain, including both monkey and human data, unfortunately make the same mistake and assume that all that has a lateral position in EC is LEC and all with a medial position is MEC.
Directly after the end of the deprivation, the monkeys showed a preference for both monkey and human faces compared to pictures of toys, while normally reared monkeys showed a clear preference for conspecific faces (Sugita 2008).
In the primate literature, both monkey and human, many authors tend to take it for granted that LEC means the laterally positioned part/half of the EC and MEC means that it is positioned medially, i.e. EC is divided into a lateral and a medial strip.
Within close-up and full body categories (figure 6), the performance for full-face was always above that for profile views but this did not reach statistical significance in both monkey and humans.
The classic masklike facial expression appears in all primates infected with Ebola, both monkeys and human beings.
Such top-down control of attentional processes activates dorsal posterior parietal and frontal regions of the brain bilaterally in both monkeys and humans.
Photo by Norbert von der Groeben Karen Parkerr and her colleagues found that low levels of the hormone vasopressin in the cerebrospinal fluid of both monkeys and humans was related to less sociability.
In both monkeys and humans, motor cognition emerges from a parietal frontal network containing discrete dominant domains of visual, eye and hand signals, where neurons are responsible for goal and effector selection.
