The correct spelling of the term "Reeler Mice" is based on its phonetic transcription. The word "reeler" (/riːlər/) is related to the neurological disorder "reelin" (/ˈriːlɪn/), characterized by changes in the brain's structure and function. The term "mice" (/maɪs/) refers to the small rodent species from the genus Mus. Therefore, "Reeler Mice" describes a particular strain of genetically modified mice that have the reelin mutation. The correct spelling of words is essential in maintaining accurate communication, especially in scientific research.
Reeler mice refer to a specific strain of laboratory mice that possess a genetic mutation resulting in a neurological disorder known as reeler phenotype. These mice are widely used in scientific research to study the development and functioning of the central nervous system.
The name "reeler" derives from the characteristic abnormality seen in the mice's gait. Reeler mice exhibit an unsteady, staggering gait resembling the movement of a person who is reeling or stumbling, hence the term "reeler". This motor impairment is caused by the absence or dysfunction of a specific cell adhesion molecule called reelin, which is crucial for the normal migration and positioning of neurons during brain development.
In addition to the gait abnormalities, reeler mice display a range of phenotypic features associated with the improper formation of brain structures. These include a disorganized layering of neurons in the cortex, an enlarged cerebral ventricle, and an absence of cerebellar foliation. These structural abnormalities often result in functional deficits, such as impaired motor coordination, learning and memory impairments, and altered social behaviors.
The use of reeler mice in scientific research has provided valuable insights into various neurological conditions, including autism spectrum disorders, schizophrenia, epilepsy, and neurodegenerative diseases. By studying these mice, scientists can gain a better understanding of the underlying molecular and cellular mechanisms involved in brain development and how disruptions can lead to neurological disorders, ultimately paving the way for potential therapeutic interventions.
The term "Reeler Mice" originates from the field of neuroscience and relates to a specific strain of laboratory mice known as "reeler mice".
The word "reeler" comes from the genetic mutation that leads to the neurological phenotype observed in these mice. Reeler mice have a mutation in a gene called "reelin" (officially known as RELN), which is responsible for producing the reelin protein. The reelin protein plays a crucial role in the development of the brain, particularly during embryonic and early postnatal stages.
Due to this mutation, reeler mice exhibit abnormal brain development, characterized by disorganized and inverted neuronal layers in the cerebral cortex and other brain regions. This results in a distinctive "reeling" or "reeling gait" behavior when the mice walk, giving them their name.