"Fibrillator" Pronounce,Meaning And Examples
"Fibrillator" Natural Recordings by Native Speakers
"Fibrillator" Meaning
A defibrillator, also knows as an AED (Automated External Defibrillator), is a medical device that helps restore a normal heartbeat in a person who is in cardiac arrest. It works by electrically shocking the heart to help it beat normally again.
"Fibrillator" Examples
Fibrillator Examples
Fibrillator is a noun that refers to a medical device that delivers an electric shock to the heart to restore a normal heartbeat.
Example 1: Medical Context
"The doctor immediately attached the fibrillator to the patient's chest to revive their heart."Example 2: News Article
"Atrial fibrillation sufferers may benefit from the new fibrillator technology being developed by researchers."Example 3: Technical Description
"The transvenous fibrillator is a pacing device used to generate an electrical impulse to treat arrhythmias."Example 4: Medical Case Study
"The patient's doctor recommended an implantable fibrillator to regulate their abnormal heartbeat."Example 5: Medical Research
"A recent study published in the Journal of Cardiology highlights the effectiveness of fibrillator therapy in treating ventricular fibrillation."Note: These examples aim to demonstrate the usage of the word "fibrillator" in different contexts, including medical, technical, and research settings.
"Fibrillator" Similar Words
Fibriform
Fibriform refers to a shape or structure that is made up of thin, fibrous strands or filaments, often arranged in a parallel or transverse pattern. In biology, fibriform structures can refer to tissues or organs that are composed of such fibers, such as the fibriform papillae found on the surface of the tongue. In a broader sense, the term can also be used to describe patterns or shapes in nature, architecture, or art that resemble or are reminiscent of fibriform structures.
Fibril
Fibrillar
Fibrillar refers to something that is formed into thin threads or fibers, often with a branching or bundle-like structure. In biology, fibrillar structures can refer to the arrangement of proteins or other molecules in a filamentous or thread-like pattern, such as the fibrillar structures found in collagen, keratin, or other biological fibers.
Fibrillary
Fibrillate
Fibrillate refers to a medical condition where fibers or muscles contract in a haphazard, irregular manner, often resulting in abnormal heart rhythms or cardiac arrhythmias. It can also refer to the process of fibers or strands becoming tangled or twisted together, often in the context of textiles or materials science.
Fibrillated
Fibrillated refers to a texture or structure that is characterized by the presence of fibers or fibers-like formations. It can describe something that has a rough, fibrous, or thread-like appearance. In biology, fibrillated can describe the texture of certain tissues, such as muscles or connective tissue, that have undergone changes or damage. In textiles, fibrillated can describe the texture of yarns or fabrics that have been processed to create a fuzzy or rough surface.
Fibrillating
Fibrillating refers to the abnormal, rapid, and uncoordinated contractions of muscle fibers, often occurring in the heart, that can lead to cardiac arrhythmias, palpitations, or even cardiac arrest. In medical contexts, fibrillation is a type of arrhythmia characterized by the chaotic and irregular contractions of the heart muscle, which can impair blood flow and oxygenation of the body's organs and tissues.
Fibrillation
Fibrillation is a medical term that refers to a type of abnormal heart rhythm. It occurs when the heart's normal pumping action becomes irregular and the muscle contractions become abnormal and irregular. This can lead to a rapid and irregular heartbeat, often accompanied by symptoms such as palpitations, shortness of breath, and dizziness. Fibrillation can occur in the atria (upper chambers) or ventricles (lower chambers) of the heart, and it is often seen in conditions such as atrial fibrillation or ventricular fibrillation.
Fibrillators
Fibrillatory
Fibrillin
Fibrillisation
Fibrillisation refers to the process of forming fibers or filaments, often in a biological or chemical context. In biology, fibrillisation can occur when proteins or other biomolecules aggregate and assemble into fibers or filaments, which can have important structural or functional roles in cells and tissues. In chemistry, fibrillisation can refer to the formation of fibers or filaments through the aggregation of molecules, such as in the synthesis of polymeric materials.
Fibrillization
Fibrillization refers to the process of forming fibers or filaments, especially in biological systems. In the context of protein structure and function, fibrillization can occur when a protein molecule aggregates or polymerizes to form a fibril, which can have important implications in disease processes such as neurodegeneration and amyloidosis.
Fibrillose
Fibrillous
Fibrillous refers to something that is fibrous or thread-like in shape or structure. It can also describe a condition or texture characterized by the presence of fine fibers or threads. In a medical sense, it can describe tissues or organs that have a fibrillous texture or appearance, often due to fibrosis or scarring. In general, the term suggests a sense of delicacy or subtlety, as opposed to something that is coarse or chunky.
Fibrils
Fibrils are small, thread-like structures that are composed of a protein or other material. In biology, fibrils can refer to a large variety of structures, including:<br><br> Protein fibrils: These are long, thin bundles of protein molecules that are often found in the cells of living organisms. They play a variety of roles, including providing structural support, participating in cell signaling, and forming fibers that give tissues their elasticity and strength.<br> Amyloid fibrils: These are a type of protein fibril that has been implicated in several neurodegenerative diseases, including Alzheimer's disease and Parkinson's disease. Amyloid fibrils are made up of misfolded protein molecules that aggregate to form insoluble fibers.<br> Fibrils of cellulose: In plant cell walls, fibrils of cellulose are a major component. Cellulose is a type of carbohydrate that is deposited in a crystalline form to provide structural support to the cell.<br><br>In general, fibrils are important structures that play a variety of roles in biology, including providing structural support, participating in cell signaling, and forming fibers that give tissues their elasticity and strength.