"Karyolysis" Pronounce,Meaning And Examples
"Karyolysis" Natural Recordings by Native Speakers
"Karyolysis" Meaning
Karyolysis refers to the breaking down or dissolution of the nucleus of a cell. It is a term often used in pathology to describe a characteristic of cells in some types of cancer or other diseases. In healthy cells, the nucleus typically remains intact, but in cells undergoing karyolysis, the nucleus becomes fragmented or disintegrates, leading to a loss of cellular function and potential cellular death.
"Karyolysis" Examples
Karyolysis
Karyolysis is a term used in the field of biology, specifically in cell biology. It refers to the process of chromatin condensation and nuclear fragmentation that occurs during apoptosis (programmed cell death).
Here are 5 usage examples:
Example 1
During apoptosis, the nucleus undergoes karyolysis, resulting in the breakdown of its structural components.Example 2
The process of karyolysis is an essential mechanism for removing damaged cells from the body.Example 3
Research on karyolysis has led to a better understanding of the molecular pathways involved in cell death.Example 4
Karyolysis is a hallmark of certain types of cancer, where it can contribute to the development and progression of the disease.Example 5
Studying karyolysis in vitro can provide valuable insights into the cellular mechanisms underlying apoptosis."Karyolysis" Similar Words
Karting
Karting: a form of motor sport in which drivers use small, low-powered cars, known as karts, which are typically 2-3 feet off the ground, with no doors or windows.
Kartvelian
Kartvelian is an adjective referring to something related to the Kartvelian languages, which are a group of languages spoken in the Caucasus region, primarily in Georgia and surrounding areas. The term is also used to describe the ethnic group or people who speak one of these languages.
Karyocyte
Karyocyte refers to a type of cell found in the bone marrow that produces immature or immature red blood cells.
Karyogamy
Karyogamy is a biological process in which two gametes (sperm and egg cells) merge their genetic material to form a single cell, known as a zygote. In other words, it is the process of fusion of the nuclei of two gametes during sexual reproduction, resulting in the formation of a new individual with a unique set of genetic traits.
Karyogenesis
Karyogenesis refers to the process of cellular differentiation that involves the formation of a new cell nucleus, typically during embryonic development or cell division. It is the process by which a cell's genetic material, including its chromosomes, is organized into a nucleus, and is a crucial step in the development of multicellular organisms.
Karyokinesis
Karyokinesis is a term in biology that refers to the process of nuclear division, where the nucleus of a cell divides, resulting in two daughter nuclei with the same number and constitution of chromosomes as the parent nucleus. This process occurs in the absence of cell division and is an essential part of the cell cycle, ensuring the genetic material is duplicated and partitioned equally among daughter cells during cell division.
Karyolymph
Karyolymph is the fluid that fills the nucleus of an eukaryotic cell, surrounding the chromatin (DNA) and other nuclear structures. It is a clear, colorless, and protein-rich fluid that plays a crucial role in maintaining the structural organization and integrity of the nucleus.
Karyolyses
Karyolyses refers to the fragmentation or destruction of cells, especially in tissue or organs, often resulting in the release of cellular contents into the surrounding environment.
Karyolytic
Karyolytic refers to the process by which the cell's nucleus breaks down and is destroyed. It is often used to describe the final stage of apoptosis, or programmed cell death, where the cell's nucleus is fragmented and then engulfed by other cells or broken down by enzymes.
Karyomiton
Karyomiton is a rare word that refers to the presence of chromatin in a cell's nucleus. In other words, it describes the material that makes up the chromosomes within the cell's nucleus.
Karyopherin
Karyopherin refers to a protein that mediates the transport of molecules, such as transcription factors, between the nucleus and the cytoplasm. It is also known as importin or karyorrhexin. Karyopherin proteins play a crucial role in regulating gene expression by facilitating the transport of specific proteins into or out of the nucleus.
Karyopherins
Karyopherins are a family of proteins that play a crucial role in the transport of proteins and other molecules across the nuclear envelope. They are also known as importins and exportins, and are responsible for importing proteins from the cytoplasm into the nucleus and exporting proteins from the nucleus into the cytoplasm. Karyopherins have a specific binding site that recognizes a specific nuclear localization signal (NLS) in the protein being transported, allowing them to selectively transport specific proteins into or out of the nucleus.
Karyoplasm
Karyoplasm refers to the material that fills the cell nucleus, including the chromosomes, nucleoplasm, and other non-chromosomal structures. It is the gel-like substance that surrounds the chromosomes and plays a key role in maintaining their structure and organization.
Karyorrhectic
Karyorrhectic refers to a type of cell death that occurs in the nucleus of a cell, where the chromatin is fragmented and the nuclear envelope is disrupted, leading to the loss of cellular function and ultimately cell death.
Karyorrhexis
Karyorrhexis is a term used in cell biology that refers to the fragmentation of the nucleus or nucleoli of a cell, typically occurring in response to cellular stress, damage, or apoptosis (programmed cell death). It is often observed in cells that are undergoing programmed cell death, such as during development or in response to tissue injury.
Karyosis
Karyosis is a term used in embryology and morphology to describe the process of nuclear divisions that occur in certain cells, especially during the development of an embryo or a fetus. It refers to the formation of daughter nuclei or cells from a parental nucleus, often resulting in the creation of different cell types or tissues.