cortex
Clusters of gray matter containing cell bodies in the central nervous system are called nuclei. They primarily consist of nerve cell bodies and are involved in processing and integrating information. White matter, on the other hand, consists mainly of myelinated axons and serves to transmit information between different regions of the nervous system.
Yes, cell bodies are found there. Gray matter is cell bodies; white matter is myelinated axons.
This description is most likely referring to gray matter in the nervous system. Gray matter consists of clusters of cell bodies and nuclei, where processing and integration of information occurs in the brain and spinal cord. It is darker in color compared to white matter, which is made up of myelinated axons.
Like all lobes of the cerebral cortex (the bumps and grooves of brain tissue that constitute the outside of the brain), the occipital lobe is made up of neuron cell bodies (gray matter) and the clusters of fibers that allow neurons to send chemical signals to other neurons (axons, or, white matter). The neurons in the occipital lobe are tightly packed and arranged in columns.
Theoretically it is known as the word mass .That is the best answer.
Probably not. Dark matter is not believed to concentrate well in or around masses the size of stars. But it does concentrate well around galaxies and clusters of galaxies. Most of the mass of a galaxy like ours is believed to be in a sphere of dark matter in the galaxy's spherical halo.
Clusters of gray matter containing cell bodies in the central nervous system are called nuclei. They primarily consist of nerve cell bodies and are involved in processing and integrating information. White matter, on the other hand, consists mainly of myelinated axons and serves to transmit information between different regions of the nervous system.
Galactic clusters, also known as galaxy clusters, are not typically described as "open clusters," which refers to a specific type of star cluster within a galaxy. Instead, galaxy clusters are large structures that consist of hundreds to thousands of galaxies bound together by gravity. They can contain hot gas and dark matter, playing a crucial role in the large-scale structure of the universe. These clusters are essential for studying cosmic evolution and the distribution of matter in the universe.
An expansive cloud of stars that are all formed from the same original matter is called a star cluster. These clusters can be divided into two main types: open clusters, which are loosely bound and contain young stars, and globular clusters, which are densely packed and contain older stars. Both types provide valuable insights into stellar evolution and the dynamics of star formation.
Yes, cell bodies are found there. Gray matter is cell bodies; white matter is myelinated axons.
All bodies: from Supergiant stars like Deneb or Betelgeuse, galaxies, galactic clusters, and super clusters, to molecules, atoms, baryons and mesons, and quarks. All forms of matter are part of the universe.Furthermore, since mass and energy are equivalent and matter-antimatter pairs can appear spontaneously (though usually fleetingly), even energy can be considered as a "body" that makes up the universe.
White matter
This description is most likely referring to gray matter in the nervous system. Gray matter consists of clusters of cell bodies and nuclei, where processing and integration of information occurs in the brain and spinal cord. It is darker in color compared to white matter, which is made up of myelinated axons.
True
Air, like all matter, is attracted to other matter. The bigger the "other matter" the stronger the attraction. Because of this, matter (including air) tends to clump together into masses (planets, stars). This process inevitably leaves gaps in-between these masses that don't contain any matter. Collectively, these airless gaps are referred to as "space" or "the vacuum".
That is a very good question. Gray matter is composed of cell bodies of neurons. Such cell bodies are also covered by myalin sheath. But the colour of myalin sheath is dominated by the color of nerve cell bodies. ( Without the myelin sheath, there will be short circuit.)
Diffuse clusters are large, loosely bound groups of galaxies that exhibit a lower density of galaxies compared to more compact clusters. They are characterized by their extended, diffuse distribution of galaxies and often contain significant amounts of dark matter and hot gas. These clusters play a crucial role in understanding the large-scale structure of the universe and the processes of galaxy formation and evolution. They can also provide insights into the nature of dark energy and cosmic expansion.