What does multinucleate mean?
Multinucleate refers to the presence of multiple nuclei within a cell or organism. This characteristic is often seen in certain types of cells, such as those found in fungi, where it plays a crucial role in their life cycle. In biology, multinucleate cells are typically formed through the process of cell fusion, where two or more cells merge to form a single cell with multiple nuclei. The term multinucleate is used in various fields, including biology, medicine, and microbiology, to describe cells or organisms with this unique feature. Understanding multinucleate is essential for researchers studying cell biology, genetics, and developmental biology. The concept of multinucleate has significant implications for our understanding of cellular development, differentiation, and evolution.
adjective
Having more than one nucleus, especially in a cell or organism.
- 1. Having more than one nucleus, especially in a cell or organism.
"The multinucleate cells in the fungus were a key feature of its unique life cycle."
"The multinucleate cells in the fungus were a key feature of its unique life cycle."
"In some species of algae, multinucleate cells are formed through the process of cell fusion."
Reviewed by Deb Chak, Editor. AI-assisted content curated by RJS Tech Solutions LLP.
Etymology of multinucleate
The term multinucleate is derived from the Latin words 'multi,' meaning many, and 'nucleus,' meaning nucleus. The concept of multinucleate has been studied in various fields, including biology, medicine, and microbiology, for centuries. In biology, multinucleate cells are typically formed through the process of cell fusion, where two or more cells merge to form a single cell with multiple nuclei.
Usage notes
The term multinucleate is used in various fields, including biology, medicine, and microbiology, to describe cells or organisms with this unique feature. It is essential to note that multinucleate cells are not the same as multinucleated cells, which are cells that have multiple nuclei but are not necessarily formed through cell fusion.