"Autopsies" Pronounce,Meaning And Examples
"Autopsies" Natural Recordings by Native Speakers
"Autopsies" Meaning
Autopsies refer to the examination and dissection of a dead body to determine the cause and manner of death. It is a medical procedure usually performed by a pathologist, who conducts a thorough examination of the body's internal organs and tissues to gather information about the deceased person's health and circumstances leading to their death. The findings from an autopsy can help investigators determine whether the death was due to natural causes, an accident, a crime, or other factors. Autopsies can also provide valuable insights into the deceased person's medical history, health status, and any potential underlying conditions that may have contributed to their death.
"Autopsies" Examples
Examples of "Autopsies"
1. Medical Investigation
The coroner's office ordered autopsies on all the bodies found at the crime scene to determine the cause of death.2. Scientific Research
The team of forensic scientists conducted autopsies on the remains to gather data about the victim's health and potential toxins.3. Legal Procedure
The defense attorney argued that the lack of autopsies on the suspect's body raised suspicions about the investigation's thoroughness.4. Crime Scene Analysis
The police officer examined the crime scene and instructed the medical examiner to perform autopsies on the victims to gather evidence.5. Journalism and Reportage
The newspaper article detailed the shocking discovery of the century, including descriptions of the gruesome autopsies performed on the bodies of the murdered villagers."Autopsies" Similar Words
Autopoietic
"Autopoietic" is a term originating from the fields of systems theory and biology, coined by Chilean biologists Humberto Maturana and Francisco Varela. It refers to a self-producing or self-organizing system that creates and maintains its own structure through a set of interdependent processes. In other words, an autopoietic system is capable of generating and regenerating its components while maintaining its identity and stability.<br><br>In a more abstract sense, the term can be applied to social systems, organizations, or even mental processes, highlighting their ability to self-generate and adapt while preserving their essential nature.
Autopollination
Autopollination refers to the process in which pollen from a flower's anthers (male reproductive structures) is transferred to its own stigma (female reproductive structure), without the need for external agents such as wind, water, or animals. This type of pollination occurs within the same flower or between flowers on the same plant, leading to self-fertilization and the production of offspring genetically similar to the parent plant.
Autopolymerise
"Autopolymerise" is a verb that refers to the process in which a single monomer or a group of similar monomers react with themselves to form a polymer without the need for a catalyst or another initiating agent. In other words, it is the self-polymerization of a molecule, where the monomers combine spontaneously to create a larger, more complex molecule. This process is common in certain chemical reactions, particularly in the synthesis of plastics, resins, and other polymers.
Autopolymerize
Autopolymerize refers to the process of a polymer, such as a plastic or resin, to undergo polymerization without the need for external catalysts or initiators. In other words, it means that the polymer can start and complete its own polymerization reaction, often at room temperature, without any external assistance. This phenomenon is often observed in certain types of polymers that have a specific molecular structure, allowing them to self-initiate and self-propagate the polymerization reaction.
Autopolyploid
"Autopolyploid" refers to an organism that has multiple sets of chromosomes from the same species or closely related species, rather than from different species in the case of allopolyploids. It occurs when there is a spontaneous or induced duplication of an entire genome within an organism, leading to an increase in the ploidy level (number of chromosome sets). This can result in diploid, tetraploid, hexaploid, or higher ploidy levels, where "tetraploid" means four sets of chromosomes, "hexaploid" means six sets, and so on. Autopolyploidy can have various effects on an organism's biology, including changes in gene expression, fertility, and evolutionary potential.
Autoprotolysis
Autoprotolysis, also known as self-ionization, refers to the process where a substance reacts with itself to form ions. In the context of aqueous solutions, it is the reaction between water molecules to produce hydrogen ions (H+) and hydroxide ions (OH-):<br><br>H2O (l) ⇌ H+(aq) + OH-(aq)<br><br>This process establishes an equilibrium and leads to the formation of a small concentration of these ions, which is crucial for the acidity or basicity of a solution. The autoprotolysis constant (also called the ionization constant of water, Kw) represents the extent of this ionization and has a value of 10^-14 at standard temperature and pressure (25°C).
Autopsical
"Autopsical" refers to relating to or performed during an autopsy, which is a medical examination of a body after death to determine the cause of death or study the changes produced by disease. It can also describe the process or act of examining something closely or methodically, similar to how an autopsy investigates the inner workings of a body.
Autopsied
"Autopsied" is the past participle of the verb "autopsy." It refers to the process of performing a post-mortem examination on a dead body to determine the cause of death or to study the effects of disease. An autopsied body has undergone such an examination.
Autopsy
An autopsy is a medical examination performed on a deceased person to determine the cause of death or to investigate the disease processes that were present. It involves a detailed dissection of the body, examination of organs, tissues, and other internal structures, and may include laboratory tests on samples taken during the procedure. Autopsies can be conducted for legal, research, or educational purposes.
Autoradiogram
An autoradiogram is a photographic image produced by the emission of radiation from a radioactive substance that has been exposed to a film or other sensitive material. It is often used in scientific research to visualize the distribution and amount of radioactivity in a sample, such as DNA or proteins, after it has been labeled with a radioactive isotope. The resulting image shows areas of higher radioactivity as darker spots or bands, providing information about the location and quantity of specific molecules within the sample.
Autoradiograph
An autoradiograph is a photographic image produced by the radiation emitted by radioactive substances, typically used in scientific research to visualize the distribution of radioactively labeled molecules in a sample. It is created when a photographic film or a specialized detector is exposed to the radiation, capturing the pattern of the decay or emission events. Autoradiography is commonly employed in molecular biology, genetics, and biochemistry to study DNA, RNA, proteins, or other biomolecules.
Autoradiography
Autoradiography is a technique used in molecular biology and biochemistry to detect and visualize the distribution of radioactivity within a sample. It involves exposing a material, such as a film or a phosphor screen, to a radioactive substance or a sample that has been labeled with radioactive isotopes. The emitted radiation creates an image on the film or screen, which can then be analyzed to study the distribution and interaction of specific molecules within the sample. This method is commonly used in research to study DNA, RNA, proteins, and other biomolecules.
Autoreactive
Autoreactive refers to an immune response in which the immune system produces antibodies or other defense mechanisms that attack and damage one's own cells, tissues, or organs. This can occur in conditions such as autoimmune disorders, such as rheumatoid arthritis, lupus, or multiple sclerosis, where the immune system mistakenly targets and attacks healthy cells and tissues as if they were foreign substances.
Autorefractor
An autorefractor is a medical device used in optometry and ophthalmology to automatically determine the refractive error of an eye. It measures the correction needed to focus light properly on the retina, helping to assess prescription for glasses or contact lenses.
Autoregression
Autoregression is a statistical method used to analyze and model time series data, where the current value of a variable is predicted based on its past values. It assumes that there is a linear relationship between the variable and its lagged values. The term "autoregressive" refers to the fact that the process regresses itself over time. In a simple autoregressive model, denoted as AR(p), the prediction of the current data point depends on the p previous data points. Autoregression is widely used in economics, finance, engineering, and other fields for forecasting and understanding trends in sequential data.
Autoregressive
Autoregressive refers to a mathematical or statistical model that uses past values of a variable to predict or forecast its future values. In this type of model, the current value depends on one or more previous values, often with the inclusion of noise or random factors. It is commonly used in time series analysis, signal processing, and machine learning for tasks such as predicting stock prices, weather forecasting, or analyzing trends in data over time.