"Multinucleated" Natural Recordings by Native Speakers
Having or consisting of multiple nuclei (the central part of a cell where DNA is stored).
Multimodular refers to something having multiple modules or components that work together to achieve a specific purpose or function. In other words, it is something that is composed of multiple distinct parts or units that can function independently or in conjunction with each other.<br><br>For example, a multimodular software program may have multiple modules that provide different functions, such as data processing, user interface, and database management. Each module may be designed to perform a specific task, but they can also work together seamlessly to provide a comprehensive system.<br><br>In biology, multimodular proteins are proteins that are composed of multiple protein modules or domains that interact with each other to perform a specific function. Each module may have its own binding site or active site that is essential for the protein's activity.<br><br>In general, the term "multimodular" implies a system or entity that is composed of multiple parts or components that work together to achieve a specific goal or function.
Multinational refers to a company or organization that operates in multiple countries, often with a global presence. The term is also used to describe a business entity that carries out a significant portion of its activities outside of its home country.
Multinationals refers to large companies that operate in multiple countries, often with subsidiaries or offices in numerous countries around the world. These companies typically have a global presence and conduct international business, often with management structures and operations coordinated across many countries. Examples of multinationals include Coca-Cola, IBM, and McDonald's. The term is often used to describe companies that have a significant presence outside of their country of origin and operate in a globalized marketplace.
Multinodous refers to having or forming many nodes or knots. In biology, it is specifically used to describe a type of branching structure, particularly in tree-like forms, such as those found in certain types of coral, fungi, or plants.
A multinomial is a mathematical concept that refers to an expression or sequence that contains multiple variables or terms, often used in statistics and algebraic manipulations. It can also refer to a distribution or probability model that has multiple outcomes or categories, such as a multinomial distribution in statistics, which is used to model the probability of multiple outcomes occurring together.
Multinormal is a term derived from the fields of multivariate statistics and probability theory. In essence, it refers to a multivariate normal distribution, which is a statistical concept that describes the joint behavior of multiple continuous random variables. <br><br>In a multivariate normal distribution, each variable (or feature) is normally distributed, and the relationships between these variables are modeled as multivariate normal distributions. This statistical concept is crucial in many areas, including data analysis, machine learning, engineering, and social sciences. It provides a powerful tool to understand complex phenomena and make predictions by analyzing the relationships between multiple variables.<br><br>In practical terms, a multivariate normal distribution is a way to capture the interactions and correlations between multiple variables, which is particularly useful in real-world applications where complex data often involves multiple variables.
Multinucleate refers to a cell or organism that has multiple nuclei, as opposed to single-celled organisms that have only one nucleus. In other words, multinucleate cells or organisms have multiple nucleoli, each containing their own set of genetic material, allowing for coordinated functions and greater complexity. This term is commonly used in biology, especially in the study of cells, tissues, and organisms.
Multinucleation is a biological term that refers to the occurrence of multiple nuclei in a single cell. This phenomenon is unusual in typical cells, where each cell usually has a single nucleus containing most of the cell's genetic material.
Multiparity refers to the condition of giving birth to three or more children during a woman's lifetime. A woman who has given birth to three or more babies is said to have multiparity. This concept is often used in medical and epidemiological research to describe the reproductive history of women.
Multiparous refers to a female mammal, especially a non-human primate or a cow, that has given birth to multiple offspring. In other words, it describes an animal that has had more than one pregnancy and has raised multiple babies or calves.
The word "multiparticulate" refers to something that is composed of multiple small particles or fragments. It is an adjective used to describe a substance or a mixture that consists of many tiny parts, often of varying sizes. This term is commonly used in fields such as chemistry, physics, and materials science to describe the composition of a material or substance.
Multipartism refers to a system of governance or politics where multiple parties or factions share power and representation in a government. This can include coalitions or alliances between different parties, or a system where multiple parties have seats in a legislature.
Having or involving more than two parties or groups, especially in politics or negotiations.
Multipath refers to a phenomenon that occurs in digital communication systems, particularly in wireless and wired networks, where a signal is transmitted and received through multiple paths or routes. This can happen due to various factors, such as reflective surfaces, obstacles, or the inherent properties of the transmission medium. As a result, the received signal becomes distorted, causing errors, delays, and signal strength fluctuations. In telecommunications, multipath interference is a common issue that can affect the quality and reliability of communication systems, such as Wi-Fi networks, Bluetooth devices, and satellite transmissions. To mitigate multipath effects, various techniques are employed, including signal processing algorithms, frequency hopping, and diversity techniques.