"Plasmolysed" Pronounce,Meaning And Examples
"Plasmolysed" Natural Recordings by Native Speakers
"Plasmolysed" Meaning
Plasmolysed refers to the shrinkage or dehydration of plant cells due to the removal of water or its replacement with a hypotonic solution, causing the cell sap to move out of the cell and concentrate in the vacuole, resulting in a smaller cell size. This process often occurs in experiments demonstrating osmosis and cell membrane function.
"Plasmolysed" Examples
5 Examples of "Plasmolysed"1. Biological Experiment: The scientist observed that the cells of the plant were plasmolysed due to the high concentration of salt solution in the container.2. Medical Context: After several hours of dehydration, the patient's tissues were plasmolysed, causing a visible shrinkage of the cells.3. Research Paper: The experiment aimed to study the effects of plasmolysation on the membrane permeability of certain cells under varying temperature conditions.4. Botany Textbook: The chapter describes how plants undergo plasmolysation during the process of osmoregulation, where excess water is removed from the cells.5. Scientific Journal: Plasmolysation was observed in the species of bacteria after exposure to a finite volume of hypertonic solution, resulting in cell death.
"Plasmolysed" Similar Words
Plasmodial
In biology, "plasmodial" refers to something related to a plasmodium, which is a stage in the lifecycle of certain parasites, such as those that cause malaria (Plasmodium spp.). A plasmodium is a multinucleated cell that results from the infection of a host cell by a sporozoan protozoan (a type of single-celled eukaryote).In this context, "plasmodial" can describe a number of features, including:1. A plasmodial cell: a multinucleated mass of cytoplasm containing multiple nuclei, typically found in the liver or other tissues of an infected host.2. Plasmodial growth: a type of rapid, asexual cell division that occurs in a plasmodium, resulting in the formation of new cells.3. Plasmodial infection: a stage in the lifecycle of a parasite that involves the invasion of a host cell and the formation of a plasmodium.In general, the term "plasmodial" can be used to describe any characteristic or process that is similar to the features of a plasmodium, such as the presence of multiple nuclei or rapid cell division.
Plasmodiidae
The Plasmodiidae family, also known as the Plasmodiine parasites, is a family of protozoan parasites that cause diseases in mammals and birds, especially in cattle.
Plasmodiophora
Plasmodiophora refers to a genus of protozoan parasites that are obligate, fungal-feeding parasites, specifically Myzozoa fungi-like protists.
Plasmodiophoraceae
Plasmodiophoraceae is a family of fungi, specifically parasitic rhizopodos that belong to the classchytridiomycetes, of order Plasmodiophorales. They are pyramidal and typically about 5–20 μm in diameter and are characterized by the presence of plasmodia (an amoeba-like or granular protoplasmic mass of the organism) throughout their body.
Plasmodium
Plasmodium is a genus of parasitic protozoa that cause malaria in humans and other animals. The word comes from the Greek word "plasmodes" meaning "something formed or contained within a plasma". This genus of parasites is characterized by its complex lifecycle, which involves both a human host and a mosquito vector.
Plasmogamy
Plasmogamy is a term used in biology, particularly in the field of cell biology. It refers to the fusion of the plasma (also known as the cytoplasm) of two cells to form a single cell, often in the process of cell division or conjugation.In simpler terms, plasmogamy is the merging of two cells' cytoplasmic contents to create a new cell, which eventually divides to produce offspring cells.This process is an important part of the life cycle of certain organisms, such as fungi and protists, and is a key step in their reproduction and development.
Plasmogen
A plasmaogen is a substance that can induce the formation of thrombin from its natural precursor, prothrombin.
Plasmolyse
Plasmolysis is a process that occurs when a plant cell loses water due to high salt concentrations or soil dryness, causing the cell membrane to shrink away from the cell wall. It is a type of plasmatic movement or shrinkage of a cell caused by loss of fluids or water, usually due to increased solute concentration in the surrounding environment.
Plasmolysis
Plasmolysis is the process by which a cell shrinks as it loses water, either due to a decrease in the osmotic pressure of the surrounding environment or as a result of increased salt concentration. This process is also known as dehydration, but it's more accurate in the context of plant cells. It's the opposite process of plasmogamy.
Plasmolyze
To cause a plant cell to shrink or contract due to water loss, usually to demonstrate the effect of osmosis in an experiment or biological study.
Plasmolyzed
The word "plasmolyzed" is a noun that refers to the process of plasmolysis, which is the shrinkage of cells due to the loss of water, typically caused by high concentrations of salt or other substances.
Plasmon
A plasmon is a quasiparticle that arises from the quantization of the collective oscillations of electrons at the interface between two materials with different dielectric constants, or in a conductor's bulk.
Plasmonic
In physics and materials science, plasmonic refers to the collective oscillations of free electrons at the surface of a metal, typically occurring at visible or near-infrared wavelengths. This phenomenon, known as surface plasmon resonance (SPR), is created by the interaction between light and the metal surface, resulting in a localized surface plasmon (LSP) or a surface plasmon polariton (SPP).The electric field of light induces an oscillation in the free electrons at the metal surface, which in turn creates a scattering effect, resulting in enhanced electromagnetic fields. This property is harnessed in various applications, including:1. <strong>Sensors:</strong> Surface-enhanced Raman spectroscopy (SERS) and surface-enhanced infrared absorption (SEIRA) exploit the plasmonic effect for detecting and analyzing molecules.2. <strong>Catalysis:</strong> Plasmonic nanoparticles catalyze chemical reactions by enhancing the local electromagnetic field.3. <strong>Imaging:</strong> Super-resolution microscopy, such as surface-enhanced coherent anti-Stokes Raman scattering (SECSRS), leverages plasmonic effects for image enhancement.4. <strong>Optical communications:</strong> Plasmonic waveguides and metamaterials aim to improve light transmission and manipulation.The study of plasmonics has led to profound understanding of light-matter interactions and seeks to achieve optimal manipulation of electromagnetic fields for various applications.
Plasmons
Plasmons are collective excitations in a conductor, caused by the quantized oscillations of free electrons at the interface between two materials with different electrical conductivities, such as a metal and an insulator. They can be thought of as a localized, self-sustaining wave of oscillating electrons that propagate through the material.In essence, plasmons are like a "quantum ripple" on the surface of a conductor, where the oscillating electrons behave as a collective entity. These ripples can be excited by various means, such as light, and can exhibit unique properties, such as wavelength scaling with frequency, which is equivalent to the properties of light waves.Plasmons have many potential applications in fields like electronics, nanotechnology, and biotechnology, due to their unique optical and electrical properties.
Plasmoptyses
Plasmoptyses refers to an imaginary being that has acquired the ability to enter and survive within the human body as well as other external sources of oxygen.
Plasmoptysis
Plasmoptysis refers to the expectoration (spitting up) of blood or a bloody sputum, often associated with lung disease, such as tuberculosis. It can also refer to the spitting up of frothy or foamy mucus, which can be a sign of various lung conditions.