The mammalian brain varies in volume by five orders of magnitude. These size differences also affect the connectivity of the brain. In this article, we compare the cerebral and the cerebellar cortex in small and large brains. Both cortices show an almost proportionate increase in their surfaces with brain volume. However, there are fundamental differences in the structure between the two, such as the isotropic connectivity of the cerebral as opposed to the anisotropic connectivity of the cerebellar cortex and the self-connectedness on the cerebral as opposed to the feed-forward connectivity on the cerebellar cortex. These differences are also reflected in different scaling factors with brain size
It is known that the white matter of neocortex increases disproportionately with brain size. However...
The great promise of comparative neuroscience is to understand why brains differ by investigating th...
In this paper, we demonstrate that two characteristic properties of mammalian brains emerge when sca...
The mammalian brain varies in volume by five orders of magnitude. These size differences also affect...
A formula for an average connectivity between cortical areas in mammals is derived. Based on compara...
The cerebral cortex retains its fundamental organization, layering, and input-output relations as it...
The mammalian brain is a highly complex organ, with a broad range of regional microscale cellular mo...
Brains come in many shapes and sizes. Nature has endowed big-brained primate species like humans wit...
Brains come in many shapes and sizes. Nature has endowed big-brained primate species like humans wit...
While larger brains possess concertedly larger cerebral cortices and cerebella, the relative size of...
Twenty years ago, Ringo and colleagues proposed that maintaining absolute connectivity in larger com...
An overall relationship between brain size and cognitive ability exists across primates. Can more sp...
Comparison of mammalian brain parts has often focused on differences in absolute size revealing only...
Certain remarkable invariances have long been known in comparative neuroanatomy, such as the proport...
Via the accumulation of data from across the neuroanatomy literature, we estimate the manner in whic...
It is known that the white matter of neocortex increases disproportionately with brain size. However...
The great promise of comparative neuroscience is to understand why brains differ by investigating th...
In this paper, we demonstrate that two characteristic properties of mammalian brains emerge when sca...
The mammalian brain varies in volume by five orders of magnitude. These size differences also affect...
A formula for an average connectivity between cortical areas in mammals is derived. Based on compara...
The cerebral cortex retains its fundamental organization, layering, and input-output relations as it...
The mammalian brain is a highly complex organ, with a broad range of regional microscale cellular mo...
Brains come in many shapes and sizes. Nature has endowed big-brained primate species like humans wit...
Brains come in many shapes and sizes. Nature has endowed big-brained primate species like humans wit...
While larger brains possess concertedly larger cerebral cortices and cerebella, the relative size of...
Twenty years ago, Ringo and colleagues proposed that maintaining absolute connectivity in larger com...
An overall relationship between brain size and cognitive ability exists across primates. Can more sp...
Comparison of mammalian brain parts has often focused on differences in absolute size revealing only...
Certain remarkable invariances have long been known in comparative neuroanatomy, such as the proport...
Via the accumulation of data from across the neuroanatomy literature, we estimate the manner in whic...
It is known that the white matter of neocortex increases disproportionately with brain size. However...
The great promise of comparative neuroscience is to understand why brains differ by investigating th...
In this paper, we demonstrate that two characteristic properties of mammalian brains emerge when sca...