… How do the brains of frogs and fishes differ from our brains? … That is, the human brain has
more nerve cells than do the brains … and axonal terminal arbors is likely to be a site of synaptic …

… is exemplified by perception 0r cognition, but here we see it … our muscles are teams of nerve
cells playing out their patterns … Over 100,000 miles of nerve fibers run through and trace out …

… By combining modern cognitive psychology with converged on the signaling properties of
nerve cells and high-resolution brain imaging, … to the CA3 region (by means of the mossy fiber …

… Since all the cognitive abilities cannot be attributed to … of nerve cells posed a new problem
that did not exist in other tissues of the body. Nervous tissue everywhere had these long fibers …

… nerve cells (ie, the genes encoding the proteins needed for … of how brain systems operate
and how cognition is organized; … , to obtain dynamic images of the living human brain in action; …

… This note will show what kind of form-function relations we … almost all the fibers in the optic
nerve and show that there are … by the shapes of their dendritic arbors—in the same way that …

… with understanding the relation between neural and cognitive … In this book we will show
that light can be shed on these two … molecules to give detailed pictures of fiber tracts and their …

… The topology of how the nerve cells interconnect is crucially … field containing many optic
nerve fiber terminals. When a … in the frog's right visual field, the electrode grid recorded neuronal …

… axonal arbors projected to the greatest number of muscle fibers, … presented in Figure 2A,
which shows a clavotrapezius motor … muscle target and the neuronal cell body is also increasing …

… than the lar&er motor nerve terminals on muscle fibers. … It will be interesting to examine the
frog neuromuscular junction … a wide range of complex cognitive, affective and behavioural …